rowid,query,bioproject,node,length,coverage,rel_abundance,taxname_lca,taxid_lca,taxoncategory,taxoncategorysimple,bits,evalue,lowcoverage_flag,analysis_used,target,taxid,gene,allele,pident,sumperc_cov,alnlen,mismatch,qcov,gapopen,qstart,qend,tstart,tend,target_title,analysis,sumalnlen,maxbits,bits_percmax,tax_superkingdom,tax_clade,tax_kingdom,tax_phylum,tax_class,tax_order,tax_family,tax_genus,tax_species
19187102,PRJEB4632_P_NODE_856_length_247_cov_0.885057_g818_i0,PRJEB4632,856,247,0.885057,2.18609079,Ascomycota,4890,Fungi,Fungi,169,6.73e-49,,NR,KKO96813.1,5544,g818,i0,93.9,5.97570850202429,82,5,99.6,0,2,247,282,363,KKO96813.1 high-affinity iron transporter [Trichoderma harzianum],diamond,1476,170,0.994117647058824,Eukaryota,Opisthokonta,Fungi,Ascomycota,Sordariomycetes,Hypocreales,Hypocreaceae,Trichoderma,Trichoderma harzianum
23013543,PRJEB4632_P_NODE_799_length_250_cov_0.870056_g761_i0,PRJEB4632,799,250,0.870056,2.17514,Phlebiopsis gigantea 11,82310,Fungi,Fungi,176,8e-51,,NR,KIP12906.1,745531,g761,i0,98.8,0.984,82,1,98.4,0,248,3,84,165,KIP12906.1 glycosyltransferase family 32 protein [Phlebiopsis gigantea 11061_1 CR5-6],diamond,246,176,1,Eukaryota,Opisthokonta,Fungi,Basidiomycota,Agaricomycetes,Polyporales,Phanerochaetaceae,Phlebiopsis,Phlebiopsis gigantea
30469419,PRJEB4632_P_NODE_953_length_243_cov_0.905882_g915_i0,PRJEB4632,953,243,0.905882,2.20129326,Polyporales,5303,Fungi,Fungi,120,1.27e-29,,NR,KAJ3542228.1,194682,g915,i0,76.7,5.37037037037037,73,17,90.1,0,1,219,366,438,KAJ3542228.1 hypothetical protein NM688_g5996 [Phlebia brevispora],diamond,1305,121,0.991735537190083,Eukaryota,Opisthokonta,Fungi,Basidiomycota,Agaricomycetes,Polyporales,Meruliaceae,Phlebia,Phlebia brevispora
30696862,PRJEB4632_P_NODE_974_length_242_cov_0.911243_g936_i0,PRJEB4632,974,242,0.911243,2.20520806,Exophiala viscosa,2486360,Fungi,Fungi,68.2,4.03e-11,,NR,XP_062674322.1,2486360,g936,i0,58.9,1.09090909090909,56,21,66.9,2,1,162,672,727,"XP_062674322.1 P-loop containing nucleoside triphosphate hydrolase protein, partial [Exophiala viscosa]",diamond,264,68.2,1,Eukaryota,Opisthokonta,Fungi,Ascomycota,Eurotiomycetes,Chaetothyriales,Herpotrichiellaceae,Exophiala,Exophiala viscosa
30886576,PRJEB4632_P_NODE_874_length_246_cov_0.890173_g836_i0,PRJEB4632,874,246,0.890173,2.18982558,Lecanicillium sp. MT-2,1756136,Fungi,Fungi,100,1.71e-22,,NR,KAK3192082.1,1964301,g836,i0,87.5,0.682926829268293,56,7,68.3,0,172,5,188,243,KAK3192082.1 hypothetical protein K4F52_001709 [Lecanicillium sp. MT-2017a],diamond,168,100,1,Eukaryota,Opisthokonta,Fungi,Ascomycota,Sordariomycetes,Hypocreales,Cordycipitaceae,Lecanicillium,Lecanicillium sp. MT-2017a
30949902,PRJEB4632_P_NODE_654_length_271_cov_1.353535_g616_i0,PRJEB4632,654,271,1.353535,3.66807985,Lecanicillium sp. MT-2,1756136,Fungi,Fungi,154,1.91e-41,,NR,KAK3186245.1,1964301,g616,i0,96.4,10.1070110701107,83,3,91.9,0,2,250,370,452,KAK3186245.1 hypothetical protein K4F52_005009 [Lecanicillium sp. MT-2017a],diamond,2739,154,1,Eukaryota,Opisthokonta,Fungi,Ascomycota,Sordariomycetes,Hypocreales,Cordycipitaceae,Lecanicillium,Lecanicillium sp. MT-2017a