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contig_metadata

24 rows where analysis = "diamond", bioproject = "PRJNA393181" and tax_clade = "Opisthokonta"

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tax_kingdom 2

tax_superkingdom 1

tax_clade 1

  • Opisthokonta · 24 ✖

bioproject 1

  • PRJNA393181 · 24 ✖

analysis 1

  • diamond · 24 ✖
Link 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
1685498 1685498 PRJNA393181_S_NODE_35722_length_182_cov_3.434483_g35616_i0 PRJNA393181 35722 182 3.434483 6.25075906 root 1 Root_unresolved Root_unresolved 99 1.32e-22   NR XP_046859871.1 2897299 g35616 i0 66.1 1.94505494505495 59 20 97.3 0 6 182 184 242 XP_046859871.1 fumarylacetoacetase-like [Xenia sp. Carnegie-2017] diamond 354 99 1 Eukaryota Opisthokonta Metazoa Cnidaria Anthozoa Malacalcyonacea Xeniidae Xenia Xenia sp. Carnegie-2017
10614284 10614284 PRJNA393181_S_NODE_2829_length_625_cov_2.544218_g2747_i0 PRJNA393181 2829 625 2.544218 15.9013625 Leptodontidium sp. MPI-SDFR-AT- 1920929 Fungi Fungi 174 1.75e-49   NR KAH6700579.1 2826080 g2747 i0 67.8 2.3088 121 38 57.6 1 362 3 2 122 KAH6700579.1 hypothetical protein BKA61DRAFT_620796 [Leptodontidium sp. MPI-SDFR-AT-0119] diamond 1443 174 1 Eukaryota Opisthokonta Fungi Ascomycota Leotiomycetes Helotiales Leptodontidiaceae Leptodontidium Leptodontidium sp. MPI-SDFR-AT-0119
13164090 13164090 PRJNA393181_S_NODE_22391_length_246_cov_2.636364_g22285_i0 PRJNA393181 22391 246 2.636364 6.48545544 root 1 Root_unresolved Root_unresolved 70.5 2e-12   NR MEE6515959.1 8439 g22285 i0 44.3 9.40243902439024 79 33 82.9 1 3 206 67 145 MEE6515959.1 hypothetical protein [Ascaphus truei] diamond 2313 70.5 1 Eukaryota Opisthokonta Metazoa Chordata Amphibia Anura Ascaphidae Ascaphus Ascaphus truei
14439528 14439528 PRJNA393181_S_NODE_36852_length_179_cov_1.338028_g36746_i0 PRJNA393181 36852 179 1.338028 2.39507012 Agaricomycetes 155619 Fungi Fungi 95.5 8.429999999999999e-23   NR TEB38703.1 71717 g36746 i0 79.3 252.45251396648 58 12 97.2 0 1 174 12 69 TEB38703.1 ras-domain-containing protein [Coprinellus micaceus] diamond 45189 95.9 0.995828988529718 Eukaryota Opisthokonta Fungi Basidiomycota Agaricomycetes Agaricales Psathyrellaceae Coprinellus Coprinellus micaceus
20812271 20812271 PRJNA393181_S_NODE_35277_length_184_cov_1.850340_g35171_i0 PRJNA393181 35277 184 1.85034 3.4046256 root 1 Root_unresolved Root_unresolved 57 1.59e-7   NR VVC97936.1 189913 g35171 i0 69 11.0217391304348 42 12 68.5 1 126 1 92 132 VVC97936.1 unnamed protein product [Leptidea sinapis] diamond 2028 57 1 Eukaryota Opisthokonta Metazoa Arthropoda Insecta Lepidoptera Pieridae Leptidea Leptidea sinapis
24030140 24030140 PRJNA393181_S_NODE_24799_length_231_cov_1.994845_g24693_i0 PRJNA393181 24799 231 1.994845 4.60809195 Mollusca 6447 Mollusca Mollusca 81.3 8.83e-16   NR XP_048243562.1 6454 g24693 i0 52.1 1.8961038961039 71 33 92.2 1 228 16 127 196 XP_048243562.1 putative L-amino-acid oxidase YobN isoform X1 [Haliotis rufescens] diamond 438 82 0.991463414634146 Eukaryota Opisthokonta Metazoa Mollusca Gastropoda Lepetellida Haliotidae Haliotis Haliotis rufescens
27265017 27265017 PRJNA393181_S_NODE_23163_length_241_cov_1.995098_g23057_i0 PRJNA393181 23163 241 1.995098 4.80818618 Fonticula alba 691883 Root_unresolved Root_unresolved 92.4 9.99e-20   NR XP_009494630.1 691883 g23057 i0 54.4 0.983402489626556 79 36 98.3 0 239 3 331 409 XP_009494630.1 hypothetical protein H696_02451 [Fonticula alba] diamond 237 92.4 1 Eukaryota Opisthokonta       Rotosphaerida Fonticulaceae Fonticula Fonticula alba
27265038 27265038 PRJNA393181_S_NODE_39583_length_170_cov_2.315789_g39477_i0 PRJNA393181 39583 170 2.315789 3.9368413 Amoeboaphelidium occidentale 1498855 Root_unresolved Root_unresolved 57.4 2.14e-9   NR KAI3661009.1 1498855 g39477 i0 92.3 95.9294117647059 26 2 45.9 0 2 79 26 51 KAI3661009.1 hypothetical protein MP638_007564 [Amoeboaphelidium occidentale] diamond 16308 57.4 1 Eukaryota Opisthokonta     Aphelidea     Amoeboaphelidium Amoeboaphelidium occidentale
27265041 27265041 PRJNA393181_S_NODE_41563_length_165_cov_1.203125_g41457_i0 PRJNA393181 41563 165 1.203125 1.98515625 Penicillium decumbens 69771 Fungi Fungi 47.4 8.85e-5   NR OQD78233.1 69771 g41457 i0 44.2 2.87272727272727 52 27 92.7 2 10 162 29 79 OQD78233.1 hypothetical protein PENDEC_c001G06406 [Penicillium decumbens] diamond 474 47.4 1 Eukaryota Opisthokonta Fungi Ascomycota Eurotiomycetes Eurotiales Aspergillaceae Penicillium Penicillium decumbens
27675797 27675797 PRJNA393181_S_NODE_26384_length_222_cov_2.178378_g26278_i0 PRJNA393181 26384 222 2.178378 4.83599916 Lacerta agilis 80427 Chordata Chordata 79.7 2.77e-15   NR XP_033002290.1 80427 g26278 i0 63.1 1.75675675675676 65 21 87.8 2 195 1 1191 1252 XP_033002290.1 uncharacterized protein K02A2.6-like [Lacerta agilis] diamond 390 79.7 1 Eukaryota Opisthokonta Metazoa Chordata Lepidosauria Squamata Lacertidae Lacerta Lacerta agilis
27739073 27739073 PRJNA393181_S_NODE_44764_length_157_cov_1.300000_g44658_i0 PRJNA393181 44764 157 1.3 2.041 Mirounga leonina 9715 Chordata Chordata 45.8 8.35e-4   NR KAF3830524.1 9715 g44658 i0 64.7 0.974522292993631 51 18 97.5 0 155 3 98 148 KAF3830524.1 hypothetical protein GH733_004343 [Mirounga leonina] diamond 153 45.8 1 Eukaryota Opisthokonta Metazoa Chordata Mammalia Carnivora Phocidae Mirounga Mirounga leonina
27864851 27864851 PRJNA393181_S_NODE_37385_length_177_cov_1.821429_g37279_i0 PRJNA393181 37385 177 1.821429 3.22392933 Lacerta agilis 80427 Chordata Chordata 91.7 8.89e-20   NR XP_033002290.1 80427 g37279 i0 77.2 2.89830508474576 57 13 96.6 0 3 173 387 443 XP_033002290.1 uncharacterized protein K02A2.6-like [Lacerta agilis] diamond 513 91.7 1 Eukaryota Opisthokonta Metazoa Chordata Lepidosauria Squamata Lacertidae Lacerta Lacerta agilis
28418763 28418763 PRJNA393181_S_NODE_44306_length_158_cov_1.487603_g44200_i0 PRJNA393181 44306 158 1.487603 2.35041274 root 1 Root_unresolved Root_unresolved 42.4 0.0138   NR TQV90680.1 43265 g44200 i0 42.2 2.56329113924051 45 26 85.4 0 18 152 62 106 TQV90680.1 macro domain-containing protein [Cordyceps javanica] diamond 405 42.4 1 Eukaryota Opisthokonta Fungi Ascomycota Sordariomycetes Hypocreales Cordycipitaceae Cordyceps Cordyceps javanica
28906718 28906718 PRJNA393181_S_NODE_27948_length_214_cov_2.355932_g27842_i0 PRJNA393181 27948 214 2.355932 5.04169448 Strigops habroptila 2489341 Chordata Chordata 42 0.0482   NR XP_030331398.1 2489341 g27842 i0 36.2 0.658878504672897 47 30 65.9 0 195 55 105 151 XP_030331398.1 ancient ubiquitous protein 1 isoform X1 [Strigops habroptila] diamond 141 42 1 Eukaryota Opisthokonta Metazoa Chordata Aves Psittaciformes Psittacidae Strigops Strigops habroptila
29854232 29854232 PRJNA393181_S_NODE_32131_length_196_cov_1.421384_g32025_i0 PRJNA393181 32131 196 1.421384 2.78591264 Cladophialophora bantiana CBS 173.52 1442370 Fungi Fungi 109 4.94e-27   NR XP_016613449.1 1442370 g32025 i0 75.4 4.94387755102041 65 16 99.5 0 195 1 251 315 XP_016613449.1 uncharacterized protein Z519_12566 [Cladophialophora bantiana CBS 173.52] diamond 969 109 1 Eukaryota Opisthokonta Fungi Ascomycota Eurotiomycetes Chaetothyriales Herpotrichiellaceae Cladophialophora Cladophialophora bantiana
29917462 29917462 PRJNA393181_S_NODE_30691_length_202_cov_1.339394_g30585_i0 PRJNA393181 30691 202 1.339394 2.70557588 Lacerta agilis 80427 Chordata Chordata 99 3.53e-22   NR XP_033002290.1 80427 g30585 i0 66.7 3.07425742574257 69 21 99.5 1 201 1 244 312 XP_033002290.1 uncharacterized protein K02A2.6-like [Lacerta agilis] diamond 621 99 1 Eukaryota Opisthokonta Metazoa Chordata Lepidosauria Squamata Lacertidae Lacerta Lacerta agilis
30296937 30296937 PRJNA393181_S_NODE_20692_length_258_cov_2.294118_g20586_i0 PRJNA393181 20692 258 2.294118 5.91882444 Cunninghamella echinulata 76405 Fungi Fungi 49.7 1.05e-4   NR KAI9300859.1 76405 g20586 i0 34.5 0.976744186046512 84 53 96.5 2 257 9 74 156 KAI9300859.1 OSCP/delta subunit of ATPase [Cunninghamella echinulata] diamond 252 49.7 1 Eukaryota Opisthokonta Fungi Mucoromycota Mucoromycetes Mucorales Cunninghamellaceae Cunninghamella Cunninghamella echinulata
30865127 30865127 PRJNA393181_S_NODE_40494_length_168_cov_1.190840_g40388_i0 PRJNA393181 40494 168 1.19084 2.0006112 Malassezia restricta 76775 Fungi Fungi 90.9 2.51e-21   NR XP_027485772.1 76775 g40388 i0 78.2 0.982142857142857 55 12 98.2 0 166 2 96 150 XP_027485772.1 peptidyl-tRNA hydrolase, PTH2 family [Malassezia restricta] diamond 165 90.9 1 Eukaryota Opisthokonta Fungi Basidiomycota Malasseziomycetes Malasseziales Malasseziaceae Malassezia Malassezia restricta
30896957 30896957 PRJNA393181_S_NODE_18574_length_275_cov_2.457983_g18468_i0 PRJNA393181 18574 275 2.457983 6.75945325 Polyplax serrata 468196 Arthropoda Arthropoda 64.7 4.56e-10   NR KAK6619586.1 468196 g18468 i0 75 0.698181818181818 32 8 34.9 0 3 98 183 214 KAK6619586.1 hypothetical protein RUM43_012343 [Polyplax serrata] diamond 192 64.7 1 Eukaryota Opisthokonta Metazoa Arthropoda Insecta Psocodea Polyplacidae Polyplax Polyplax serrata
31086384 31086384 PRJNA393181_S_NODE_43375_length_160_cov_1.894309_g43269_i0 PRJNA393181 43375 160 1.894309 3.0308944 Testicularia cyperi 1882483 Fungi Fungi 83.6 2.93e-17   NR PWZ01463.1 1882483 g43269 i0 77.4 7.95 53 12 99.4 0 2 160 297 349 PWZ01463.1 NAD-dependent glycerol-3-phosphate dehydrogenase [Testicularia cyperi] diamond 1272 83.6 1 Eukaryota Opisthokonta Fungi Basidiomycota Ustilaginomycetes Ustilaginales Anthracoideaceae Testicularia Testicularia cyperi
31402707 31402707 PRJNA393181_S_NODE_47456_length_151_cov_1.350877_g47350_i0 PRJNA393181 47456 151 1.350877 2.03982427 Westerdykella ornata 318751 Fungi Fungi 40.4 0.0292   NR XP_033653906.1 318751 g47350 i0 50 0.834437086092715 42 20 81.5 1 133 11 71 112 XP_033653906.1 uncharacterized protein EI97DRAFT_37200 [Westerdykella ornata] diamond 126 40.4 1 Eukaryota Opisthokonta Fungi Ascomycota Dothideomycetes Pleosporales Sporormiaceae Westerdykella Westerdykella ornata
31592470 31592470 PRJNA393181_S_NODE_34216_length_188_cov_1.291391_g34110_i0 PRJNA393181 34216 188 1.291391 2.42781508 Clunio marinus 568069 Arthropoda Arthropoda 116 1.04e-29   NR CRL02559.1 568069 g34110 i0 85.5 0.98936170212766 62 9 98.9 0 186 1 251 312 CRL02559.1 CLUMA_CG015843, isoform A [Clunio marinus] diamond 186 116 1 Eukaryota Opisthokonta Metazoa Arthropoda Insecta Diptera Chironomidae Clunio Clunio marinus
32383209 32383209 PRJNA393181_S_NODE_24819_length_231_cov_1.726804_g24713_i0 PRJNA393181 24819 231 1.726804 3.98891724 Madurella fahalii 1157608 Fungi Fungi 42.4 0.0449   NR XP_070919493.1 1157608 g24713 i0 38.6 0.74025974025974 57 31 74 1 52 222 291 343 XP_070919493.1 uncharacterized protein MFIFM68171_07972 [Madurella fahalii] diamond 171 42.4 1 Eukaryota Opisthokonta Fungi Ascomycota Sordariomycetes Sordariales   Madurella Madurella fahalii
32446742 32446742 PRJNA393181_S_NODE_24059_length_235_cov_3.010101_g23953_i0 PRJNA393181 24059 235 3.010101 7.07373735 Acarospora aff. strigata 2871812 Fungi Fungi 43.1 0.0236   NR MCJ1366958.1 2871812 g23953 i0 36.4 0.702127659574468 55 33 67.7 1 72 230 326 380 MCJ1366958.1 hypothetical protein [Acarospora aff. strigata] diamond 165 43.1 1 Eukaryota Opisthokonta Fungi Ascomycota Lecanoromycetes Acarosporales Acarosporaceae Acarospora Acarospora aff. strigata

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CREATE TABLE contig_metadata(query VARCHAR, bioproject VARCHAR, node VARCHAR, length VARCHAR, coverage VARCHAR, rel_abundance VARCHAR, taxname_lca VARCHAR, taxid_lca VARCHAR, taxoncategory VARCHAR, taxoncategorysimple VARCHAR, bits VARCHAR, evalue VARCHAR, lowcoverage_flag VARCHAR, analysis_used VARCHAR, "target" VARCHAR, taxid VARCHAR, gene VARCHAR, allele VARCHAR, pident VARCHAR, sumperc_cov VARCHAR, alnlen VARCHAR, mismatch VARCHAR, qcov VARCHAR, gapopen VARCHAR, qstart VARCHAR, qend VARCHAR, tstart VARCHAR, tend VARCHAR, target_title VARCHAR, analysis VARCHAR, sumalnlen VARCHAR, maxbits VARCHAR, bits_percmax VARCHAR, tax_superkingdom VARCHAR, tax_clade VARCHAR, tax_kingdom VARCHAR, tax_phylum VARCHAR, tax_class VARCHAR, tax_order VARCHAR, tax_family VARCHAR, tax_genus VARCHAR, tax_species VARCHAR);;