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contig_metadata

31 rows where analysis = "diamond", bioproject = "PRJNA642647" and tax_superkingdom = "Eukaryota"

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tax_kingdom 3

tax_superkingdom 1

  • Eukaryota · 31 ✖

bioproject 1

  • PRJNA642647 · 31 ✖

analysis 1

  • diamond · 31 ✖
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
26638005 26638005 PRJNA642647_P_NODE_4501_length_171_cov_2.462687_g4451_i0 PRJNA642647 4501 171 2.462687 4.21119477 Bacillariaceae sp. 3061772 SAR_Eukaryotes SAR_Eukaryotes 62.8 1.18e-9   NR KAL3908317.1 3061772 g4451 i0 55.4 2.94736842105263 56 24 98.2 1 171 4 166 220 KAL3908317.1 MAG: hypothetical protein SGARI_003117 [Bacillariaceae sp.] diamond 504 62.8 1 Eukaryota Sar   Bacillariophyta Bacillariophyceae Bacillariales Bacillariaceae   Bacillariaceae sp.
26732709 26732709 PRJNA642647_P_NODE_6121_length_154_cov_2.290598_g6071_i0 PRJNA642647 6121 154 2.290598 3.52752092 Haematococcus lacustris 44745 Plants Plants 63.5 6.9e-12   NR YP_009463609.1 44745 g6071 i0 84.2 0.74025974025974 38 6 74 0 41 154 3 40 YP_009463609.1 photosystem I P700 chlorophyll a apoprotein A1 [Haematococcus lacustris] diamond 114 63.5 1 Eukaryota core chlorophytes Viridiplantae Chlorophyta Chlorophyceae Chlamydomonadales Haematococcaceae Haematococcus Haematococcus lacustris
26764717 26764717 PRJNA642647_P_NODE_481_length_500_cov_11.840173_g432_i0 PRJNA642647 481 500 11.840173 59.200865 Thoreauomyces humboldtii 1396496 Fungi Fungi 94.7 3.59e-19   NR KAJ3008852.1 1396496 g432 i0 42.6 0.774 129 73 76.8 1 7 390 137 265 KAJ3008852.1 hypothetical protein HKX48_008314 [Thoreauomyces humboldtii] diamond 387 94.7 1 Eukaryota Opisthokonta Fungi Chytridiomycota Chytridiomycetes Spizellomycetales Powellomycetaceae Thoreauomyces Thoreauomyces humboldtii
27017966 27017966 PRJNA642647_P_NODE_3782_length_184_cov_1.408163_g3732_i0 PRJNA642647 3782 184 1.408163 2.59101992 Hexamita inflata 28002 Fornicata other_Eukaryota 70.9 6.21e-13   NR CAK8748468.1 28002 g3732 i0 70.2 0.766304347826087 47 14 76.6 0 44 184 1 47 CAK8748468.1 HINF_094878 [Hexamita inflata] diamond 141 70.9 1 Eukaryota Metamonada   Fornicata   Diplomonadida Hexamitidae Hexamita Hexamita inflata
27302653 27302653 PRJNA642647_P_NODE_3463_length_190_cov_2.411765_g3413_i0 PRJNA642647 3463 190 2.411765 4.5823535 Prototheca miyajii 2034260 Plants Plants 46.2 9.77e-4   NR YP_011059328.1 2034260 g3413 i0 78.6 0.978947368421053 28 6 44.2 0 85 2 28 55 YP_011059328.1 ribosomal protein S4 [Prototheca miyajii] diamond 186 46.2 1 Eukaryota core chlorophytes Viridiplantae Chlorophyta Trebouxiophyceae Chlorellales Chlorellaceae Prototheca Prototheca miyajii
27776394 27776394 PRJNA642647_P_NODE_1424_length_292_cov_2.890196_g1374_i0 PRJNA642647 1424 292 2.890196 8.43937232 Brugia pahangi 6280 Nematoda Nematoda 46.6 0.0028   NR VDN81525.1 6280 g1374 i0 48.3 2.20890410958904 60 25 60.6 2 285 109 278 332 VDN81525.1 unnamed protein product [Brugia pahangi] diamond 645 46.6 1 Eukaryota Opisthokonta Metazoa Nematoda Chromadorea Rhabditida Onchocercidae Brugia Brugia pahangi
28028932 28028932 PRJNA642647_P_NODE_4465_length_172_cov_1.103704_g4415_i0 PRJNA642647 4465 172 1.103704 1.89837088 Podila horticola 311239 Fungi Fungi 77.8 1.41e-15   NR KAF9306318.1 311239 g4415 i0 58.9 1.93604651162791 56 23 97.7 0 4 171 188 243 KAF9306318.1 hypothetical protein BG003_001055, partial [Podila horticola] diamond 333 77.8 1 Eukaryota Opisthokonta Fungi Mucoromycota Mortierellomycetes Mortierellales Mortierellaceae Podila Podila horticola
28186440 28186440 PRJNA642647_P_NODE_986_length_356_cov_2.053292_g936_i0 PRJNA642647 986 356 2.053292 7.30971952 Chlorociboria aeruginascens 296797 Fungi Fungi 47.4 0.00336   NR TAQ83163.1 296797 g936 i0 65.6 0.497191011235955 32 11 27 0 322 227 2215 2246 TAQ83163.1 hypothetical protein B7494_g8512 [Chlorociboria aeruginascens] diamond 177 47.4 1 Eukaryota Opisthokonta Fungi Ascomycota Leotiomycetes Helotiales Chlorociboriaceae Chlorociboria Chlorociboria aeruginascens
28217996 28217996 PRJNA642647_P_NODE_5526_length_162_cov_1.120000_g5476_i0 PRJNA642647 5526 162 1.12 1.8144 Saprolegnia parasitica CBS 223.65 695850 SAR_Eukaryotes SAR_Eukaryotes 70.9 1.19e-13   NR XP_012202672.1 695850 g5476 i0 62.7 1.90740740740741 51 19 94.4 0 155 3 71 121 XP_012202672.1 translation initiation factor eIF-5A [Saprolegnia parasitica CBS 223.65] diamond 309 70.9 1 Eukaryota Sar   Oomycota Saprolegniomycetes Saprolegniales Saprolegniaceae Saprolegnia Saprolegnia parasitica
28407769 28407769 PRJNA642647_P_NODE_5966_length_156_cov_1.747899_g5916_i0 PRJNA642647 5966 156 1.747899 2.72672244 [Candida] jaroonii 467808 Fungi Fungi 42.7 0.00429   NR CAH6723999.1 467808 g5916 i0 68.6 0.673076923076923 35 6 57.7 1 33 122 14 48 CAH6723999.1 protein Tar1p [[Candida] jaroonii] diamond 105 42.7 1 Eukaryota Opisthokonta Fungi Ascomycota Pichiomycetes Serinales Debaryomycetaceae Yamadazyma [Candida] jaroonii
28439412 28439412 PRJNA642647_P_NODE_6506_length_151_cov_3.035088_g6456_i0 PRJNA642647 6506 151 3.035088 4.58298288 Tetraselmis suecica 270643 Plants Plants 75.9 9.83e-17   NR YP_010506648.1 270643 g6456 i0 88.4 0.854304635761589 43 5 85.4 0 131 3 1 43 YP_010506648.1 Z protein of photosystem II [Tetraselmis suecica] diamond 129 75.9 1 Eukaryota core chlorophytes Viridiplantae Chlorophyta Chlorodendrophyceae Chlorodendrales Chlorodendraceae Tetraselmis Tetraselmis suecica
28483182 28483182 PRJNA642647_P_NODE_1426_length_292_cov_2.180392_g1376_i0 PRJNA642647 1426 292 2.180392 6.36674464 Ascomycota 4890 Fungi Fungi 47.8 5.41e-4   NR KAL2011645.1 5088 g1376 i0 43 2.57876712328767 79 36 71.9 3 214 5 73 151 KAL2011645.1 hypothetical protein VTN00DRAFT_4363 [Thermoascus crustaceus] diamond 753 48.1 0.993762993762994 Eukaryota Opisthokonta Fungi Ascomycota Eurotiomycetes Eurotiales Thermoascaceae Thermoascus Thermoascus crustaceus
28483184 28483184 PRJNA642647_P_NODE_6306_length_152_cov_2.591304_g6256_i0 PRJNA642647 6306 152 2.591304 3.93878208 root 1 Root_unresolved Root_unresolved 48.9 7.12e-5   NR QKY88654.1 271932 g6256 i0 46 8.23026315789474 50 23 90.8 1 7 144 231 280 QKY88654.1 matrix metalloprotease 13 [Tetracapsuloides bryosalmonae] diamond 1251 49.3 0.991886409736308 Eukaryota Opisthokonta Metazoa Cnidaria Myxozoa Malacovalvulida Saccosporidae Tetracapsuloides Tetracapsuloides bryosalmonae
28597274 28597274 PRJNA642647_P_NODE_4507_length_171_cov_1.902985_g4457_i0 PRJNA642647 4507 171 1.902985 3.25410435 Aspergillus steynii IBT 23 306088 Fungi Fungi 55.1 9.04e-8   NR PLB42753.1 1392250 g4457 i0 69.7 4.63157894736842 33 10 57.9 0 128 30 29 61 PLB42753.1 hypothetical protein P170DRAFT_493811 [Aspergillus steynii IBT 23096] diamond 792 55.1 1 Eukaryota Opisthokonta Fungi Ascomycota Eurotiomycetes Eurotiales Aspergillaceae Aspergillus Aspergillus steynii
28723488 28723488 PRJNA642647_P_NODE_1367_length_300_cov_2.475285_g1317_i0 PRJNA642647 1367 300 2.475285 7.425855 Pythium insidiosum 114742 SAR_Eukaryotes SAR_Eukaryotes 135 9.54e-38   NR GLD98056.1 114742 g1317 i0 57.1 1.19 119 28 96 1 299 12 12 130 GLD98056.1 hypothetical protein PINS_up006753 [Pythium insidiosum] diamond 357 135 1 Eukaryota Sar   Oomycota Peronosporomycetes Pythiales Pythiaceae Pythium Pythium insidiosum
29146566 29146566 PRJNA642647_P_NODE_6429_length_151_cov_3.350877_g6379_i0 PRJNA642647 6429 151 3.350877 5.05982427 Rodentia 9989 Chordata Chordata 53.9 1.21e-6   NR EGW07491.1 10029 g6379 i0 85.7 7.47019867549669 28 4 55.6 0 5 88 406 433 EGW07491.1 Inositol 1,4,5-trisphosphate receptor type 2 [Cricetulus griseus] diamond 1128 53.9 1 Eukaryota Opisthokonta Metazoa Chordata Mammalia Rodentia Cricetidae Cricetulus Cricetulus griseus
30441246 30441246 PRJNA642647_P_NODE_6173_length_154_cov_1.025641_g6123_i0 PRJNA642647 6173 154 1.025641 1.57948714 Solanum 4107 Plants Plants 41.2 0.00583   NR TMX03370.1 4083 g6123 i0 55 3.11688311688312 40 18 77.9 0 148 29 11 50 TMX03370.1 hypothetical protein EJD97_016771, partial [Solanum chilense] diamond 480 41.2 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Solanales Solanaceae Solanum Solanum chilense
30460833 30460833 PRJNA642647_P_NODE_5233_length_166_cov_1.441860_g5183_i0 PRJNA642647 5233 166 1.44186 2.3934876 Phytophthora fragariae 53985 SAR_Eukaryotes SAR_Eukaryotes 43.1 0.00328   NR KAE8917126.1 53985 g5183 i0 56 0.903614457831325 50 21 90.4 1 15 164 10 58 KAE8917126.1 hypothetical protein PF009_g32553 [Phytophthora fragariae] diamond 150 43.1 1 Eukaryota Sar   Oomycota Peronosporomycetes Peronosporales Peronosporaceae Phytophthora Phytophthora fragariae
30492064 30492064 PRJNA642647_P_NODE_3913_length_181_cov_3.395833_g3863_i0 PRJNA642647 3913 181 3.395833 6.14645773 Panicum virgatum 38727 Plants Plants 52 4.88e-6   NR KAG2640198.1 38727 g3863 i0 80.6 2.83425414364641 31 6 51.4 0 179 87 157 187 KAG2640198.1 hypothetical protein PVAP13_2KG057316 [Panicum virgatum] diamond 513 52 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Poales Poaceae Panicum Panicum virgatum
30997625 30997625 PRJNA642647_P_NODE_5334_length_165_cov_1.054688_g5284_i0 PRJNA642647 5334 165 1.054688 1.7402352 Pseudogymnoascus sp. VKM F-4281 (FW-2241) 1420906 Fungi Fungi 50.4 2.55e-5   NR KFY19110.1 1420906 g5284 i0 44.2 1.38181818181818 43 24 78.2 0 4 132 1454 1496 KFY19110.1 hypothetical protein V493_08138, partial [Pseudogymnoascus sp. VKM F-4281 (FW-2241)] diamond 228 50.4 1 Eukaryota Opisthokonta Fungi Ascomycota Leotiomycetes Thelebolales Thelebolaceae Pseudogymnoascus Pseudogymnoascus sp. VKM F-4281 (FW-2241)
31060984 31060984 PRJNA642647_P_NODE_4255_length_175_cov_2.210145_g4205_i0 PRJNA642647 4255 175 2.210145 3.86775375 Actinostola sp. cb2 3060491 Cnidaria other_Eukaryota 47.4 3.37e-4   NR KAK3748527.1 3060491 g4205 i0 56.3 0.548571428571429 32 14 54.9 0 3 98 474 505 KAK3748527.1 hypothetical protein QZH41_012374 [Actinostola sp. cb2023] diamond 96 47.4 1 Eukaryota Opisthokonta Metazoa Cnidaria Anthozoa Actiniaria Actinostolidae Actinostola Actinostola sp. cb2023
31389314 31389314 PRJNA642647_P_NODE_1236_length_315_cov_2.996403_g1186_i0 PRJNA642647 1236 315 2.996403 9.43866945 Metazoa 33208 Arthropoda Arthropoda 45.8 0.00668   NR XP_050359582.1 171585 g1186 i0 28.6 4.22857142857143 91 40 71.4 4 296 72 214 295 XP_050359582.1 myoneurin-like isoform X2 [Nymphalis io] diamond 1332 46.2 0.991341991341991 Eukaryota Opisthokonta Metazoa Arthropoda Insecta Lepidoptera Nymphalidae Nymphalis Nymphalis io
31389315 31389315 PRJNA642647_P_NODE_5056_length_166_cov_2.914729_g5006_i0 PRJNA642647 5056 166 2.914729 4.83845014 Agaricales 5338 Fungi Fungi 49.7 4.56e-5   NR KAJ7601139.1 1033242 g5006 i0 84 1.35542168674699 25 4 45.2 0 164 90 495 519 KAJ7601139.1 thiamine diphosphate-binding protein [Mycena floridula] diamond 225 50.1 0.992015968063872 Eukaryota Opisthokonta Fungi Basidiomycota Agaricomycetes Agaricales Mycenaceae Mycena Mycena floridula
31452574 31452574 PRJNA642647_P_NODE_3156_length_198_cov_1.583851_g3106_i0 PRJNA642647 3156 198 1.583851 3.13602498 Sordariomycetes 147550 Fungi Fungi 61.6 4.38e-9   NR KAL2268291.1 72144 g3106 i0 54.5 5 55 25 83.3 0 12 176 371 425 KAL2268291.1 hypothetical protein VTJ83DRAFT_3137 [Remersonia thermophila] diamond 990 61.6 1 Eukaryota Opisthokonta Fungi Ascomycota Sordariomycetes Sordariales   Remersonia Remersonia thermophila
31535182 31535182 PRJNA642647_P_NODE_4956_length_166_cov_2.984496_g4906_i0 PRJNA642647 4956 166 2.984496 4.95426336 Hydrodictyon reticulatum 3107 Plants Plants 43.9 0.00525   NR YP_009364133.1 3107 g4906 i0 75 0.433734939759036 24 6 43.4 0 5 76 508 531 YP_009364133.1 hypothetical protein [Hydrodictyon reticulatum] diamond 72 43.9 1 Eukaryota core chlorophytes Viridiplantae Chlorophyta Chlorophyceae Sphaeropleales Hydrodictyaceae Hydrodictyon Hydrodictyon reticulatum
31787856 31787856 PRJNA642647_P_NODE_6477_length_151_cov_3.166667_g6427_i0 PRJNA642647 6477 151 3.166667 4.78166717 Ochromonadaceae sp. CCMP2298 483371 SAR_Eukaryotes SAR_Eukaryotes 43.9 0.00423   NR KAJ1415980.1 483371 g6427 i0 73.1 0.516556291390728 26 7 51.7 0 71 148 439 464 KAJ1415980.1 P-loop containing nucleoside triphosphate hydrolase protein [Ochromonadaceae sp. CCMP2298] diamond 78 43.9 1 Eukaryota Sar     Synurophyceae Ochromonadales Ochromonadaceae   Ochromonadaceae sp. CCMP2298
32009543 32009543 PRJNA642647_P_NODE_4818_length_167_cov_1.738462_g4768_i0 PRJNA642647 4818 167 1.738462 2.90323154 Symbiodinium microadriaticum 2951 SAR_Eukaryotes SAR_Eukaryotes 72.8 2.15e-13   NR CAE7860236.1 2951 g4768 i0 54.5 0.988023952095808 55 25 98.8 0 1 165 216 270 CAE7860236.1 unnamed protein product [Symbiodinium microadriaticum] diamond 165 72.8 1 Eukaryota Sar     Dinophyceae Suessiales Symbiodiniaceae Symbiodinium Symbiodinium microadriaticum
32167917 32167917 PRJNA642647_P_NODE_2878_length_206_cov_1.319527_g2828_i0 PRJNA642647 2878 206 1.319527 2.71822562 Leucocryptos marina 299206 Root_unresolved Root_unresolved 49.3 9.21e-5   NR YP_009730092.1 299206 g2828 i0 39.3 0.888349514563107 61 29 88.8 1 4 186 188 240 YP_009730092.1 LAGLIDADG homing endonuclease [Leucocryptos marina] diamond 183 49.3 1 Eukaryota       Cryptophyceae Kathablepharidacea Katablepharidaceae Leucocryptos Leucocryptos marina
32357827 32357827 PRJNA642647_P_NODE_6359_length_152_cov_1.217391_g6309_i0 PRJNA642647 6359 152 1.217391 1.85043432 Fistulifera solaris 1519565 SAR_Eukaryotes SAR_Eukaryotes 42.4 0.015   NR GAX10430.1 1519565 g6309 i0 49 1.00657894736842 51 21 92.8 2 149 9 749 798 GAX10430.1 hypothetical protein FisN_21Lu161 [Fistulifera solaris] diamond 153 42.4 1 Eukaryota Sar   Bacillariophyta Bacillariophyceae Naviculales Naviculaceae Fistulifera Fistulifera solaris
32610463 32610463 PRJNA642647_P_NODE_4580_length_170_cov_1.571429_g4530_i0 PRJNA642647 4580 170 1.571429 2.6714293 Aureococcus anophagefferens 44056 SAR_Eukaryotes SAR_Eukaryotes 60.5 1.01e-9   NR XP_009037592.1 44056 g4530 i0 58.5 1.87058823529412 53 22 93.5 0 168 10 42 94 XP_009037592.1 hypothetical protein AURANDRAFT_27149, partial [Aureococcus anophagefferens] diamond 318 60.5 1 Eukaryota Sar     Pelagophyceae Pelagomonadales Pelagomonadaceae Aureococcus Aureococcus anophagefferens
32736580 32736580 PRJNA642647_P_NODE_2520_length_218_cov_1.259669_g2470_i0 PRJNA642647 2520 218 1.259669 2.74607842 Phenoliferia sp. Uapishka_3 3038894 Fungi Fungi 42.4 0.0364   NR KAK4701127.1 3038894 g2470 i0 52.2 0.63302752293578 46 17 63.3 1 197 60 234 274 KAK4701127.1 hypothetical protein P7C70_g5108, partial [Phenoliferia sp. Uapishka_3] diamond 138 42.4 1 Eukaryota Opisthokonta Fungi Basidiomycota Microbotryomycetes Kriegeriales Kriegeriaceae Phenoliferia Phenoliferia sp. Uapishka_3

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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);;