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contig_metadata

67 rows where bioproject = "PRJNA478247" and tax_kingdom = "Viridiplantae"

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tax_phylum 2

tax_clade 2

analysis 2

tax_superkingdom 1

tax_kingdom 1

  • Viridiplantae · 67 ✖

bioproject 1

  • PRJNA478247 · 67 ✖
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
447832 447832 PRJNA478247_P_NODE_361_length_795_cov_2.212794_g279_i0 PRJNA478247 361 795 2.212794 17.5917123 Coccomyxa subellipsoidea 248742 Plants Plants 121 4.47e-27   NR KAK9908763.1 248742 g279 i0 53.1 1.27924528301887 113 50 41.5 1 586 257 211 323 KAK9908763.1 hypothetical protein WJX75_002528 [Coccomyxa subellipsoidea] diamond 1017 121 1 Eukaryota core chlorophytes Viridiplantae Chlorophyta Trebouxiophyceae   Coccomyxaceae Coccomyxa Coccomyxa subellipsoidea
1722521 1722521 PRJNA478247_P_NODE_1202_length_356_cov_2.510703_g1096_i0 PRJNA478247 1202 356 2.510703 8.93810268 Hordeum vulgare 4513 Plants Plants 350 1.07e-91   NTclustered gi|326524144|dbj|AK365880.1| 112509 g1096 i0 84.507 72.5589887640449 355 53 99 2 3 356 452 805 Hordeum vulgare subsp. vulgare mRNA for predicted protein, complete cds, clone: NIASHv2038I16 blastn 25831 350 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Poales Poaceae Hordeum Hordeum vulgare
1722522 1722522 PRJNA478247_P_NODE_162_length_1172_cov_4.269466_g119_i0 PRJNA478247 162 1172 4.269466 50.03814152 Eukaryota 2759 Plants Plants 381 5.23e-127   NR KAI3431832.1 3077 g119 i0 57.7 60.3993174061433 369 147 93.4 5 1154 60 1 364 KAI3431832.1 hypothetical protein D9Q98_010585 [Chlorella vulgaris] diamond 70788 384 0.9921875 Eukaryota core chlorophytes Viridiplantae Chlorophyta Trebouxiophyceae Chlorellales Chlorellaceae Chlorella Chlorella vulgaris
2372651 2372651 PRJNA478247_P_NODE_1742_length_273_cov_2.250000_g1636_i0 PRJNA478247 1742 273 2.25 6.1425 Cucurbita 3660 Plants Plants 169 2.3899999999999997e-37   NTclustered gi|1279756388|ref|XM_023094040.1| 3662 g1636 i0 79.051 65.3150183150183 253 47 92 6 1 250 554 305 PREDICTED: Cucurbita moschata heat shock cognate protein 80 (LOC111453091), mRNA blastn 17831 169 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Cucurbitales Cucurbitaceae Cucurbita Cucurbita moschata
3648286 3648286 PRJNA478247_P_NODE_2443_length_212_cov_2.546448_g2337_i0 PRJNA478247 2443 212 2.546448 5.39846976 Nymphaea colorata 210225 Plants Plants 90.9 2.03e-21   NR XP_031472690.1 210225 g2337 i0 100 0.693396226415094 49 0 69.3 0 210 64 3 51 XP_031472690.1 uncharacterized protein LOC116245150 [Nymphaea colorata] diamond 147 90.9 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Nymphaeales Nymphaeaceae Nymphaea Nymphaea colorata
4274741 4274741 PRJNA478247_P_NODE_1264_length_346_cov_1.911672_g1158_i0 PRJNA478247 1264 346 1.911672 6.61438512 Eukaryota 2759 Plants Plants 166 2.19e-50   NR CAL5332852.1 4442 g1158 i0 74.1 45.6936416184971 108 28 93.6 0 329 6 29 136 CAL5332852.1 unnamed protein product [Camellia sinensis] diamond 15810 166 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Ericales Theaceae Camellia Camellia sinensis
5551409 5551409 PRJNA478247_P_NODE_1265_length_346_cov_1.854890_g1159_i0 PRJNA478247 1265 346 1.85489 6.4179194 Genlisea aurea 192259 Plants Plants 146 2.11e-42   NR EPS74566.1 192259 g1159 i0 66 5.13294797687861 103 33 89.3 1 339 31 45 145 EPS74566.1 hypothetical protein M569_00188 [Genlisea aurea] diamond 1776 146 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Lamiales Lentibulariaceae Genlisea Genlisea aurea
5551419 5551419 PRJNA478247_P_NODE_3445_length_157_cov_2.460938_g3339_i0 PRJNA478247 3445 157 2.460938 3.86367266 Oryza sativa 4530 Plants Plants 185 1.2199999999999999e-42   NTclustered gi|32993583|dbj|AK108374.1| 39947 g3339 i0 87.898 88.3757961783439 157 19 100 0 1 157 181 337 Oryza sativa Japonica Group cDNA clone:002-142-D11, full insert sequence blastn 13875 185 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Poales Poaceae Oryza Oryza sativa
5551420 5551420 PRJNA478247_P_NODE_3585_length_152_cov_1.699187_g3479_i0 PRJNA478247 3585 152 1.699187 2.58276424 Stichococcus bacillaris 37433 Plants Plants 248 1.48e-61   NTclustered gi|115430291|emb|AM260460.1| 37433 g3479 i0 96.053 99.9736842105263 152 6 100 0 1 152 64 215 Stichococcus bacillaris partial 26S rRNA gene, strain SAG 379-1b blastn 15196 248 1 Eukaryota core chlorophytes Viridiplantae Chlorophyta Trebouxiophyceae Prasiolales Stichococcaceae Stichococcus Stichococcus bacillaris
7475142 7475142 PRJNA478247_P_NODE_1566_length_295_cov_1.812030_g1460_i0 PRJNA478247 1566 295 1.81203 5.3454885 Eukaryota 2759 Plants Plants 122 1.8599999999999997e-30   NR PTQ41203.1 3197 g1460 i0 59.1 14.1152542372881 93 38 94.6 0 17 295 95 187 PTQ41203.1 hypothetical protein MARPO_0035s0014 [Marchantia polymorpha] diamond 4164 122 1 Eukaryota Embryophyta Viridiplantae Streptophyta Marchantiopsida Marchantiales Marchantiaceae Marchantia Marchantia polymorpha
8100855 8100855 PRJNA478247_P_NODE_3247_length_165_cov_2.007353_g3141_i0 PRJNA478247 3247 165 2.007353 3.31213245 Eukaryota 2759 Plants Plants 100 1.07e-24   NR GHP08779.1 41880 g3141 i0 83.6 7 55 9 100 0 1 165 45 99 GHP08779.1 Rab-7 protein [Pycnococcus provasolii] diamond 1155 101 0.99009900990099 Eukaryota   Viridiplantae Chlorophyta Pseudoscourfieldiophyceae Pseudoscourfieldiales Pycnococcaceae Pycnococcus Pycnococcus provasolii
8100857 8100857 PRJNA478247_P_NODE_367_length_787_cov_3.353562_g284_i0 PRJNA478247 367 787 3.353562 26.39253294 Eukaryota 2759 Plants Plants 244 5.23e-78   NR XP_024385696.1 3218 g284 i0 74.6 82.2465057179161 173 44 65.9 0 774 256 1 173 XP_024385696.1 60S ribosomal protein L19-3-like [Physcomitrium patens] diamond 64728 246 0.991869918699187 Eukaryota Embryophyta Viridiplantae Streptophyta Bryopsida Funariales Funariaceae Physcomitrium Physcomitrium patens
8100858 8100858 PRJNA478247_P_NODE_507_length_636_cov_3.950577_g411_i0 PRJNA478247 507 636 3.950577 25.12566972 Eukaryota 2759 Plants Plants 226 1.48e-71   NR KAG9155460.1 34254 g411 i0 58.6 29.4198113207547 191 72 86.8 2 601 50 2 192 KAG9155460.1 hypothetical protein Leryth_009895 [Lithospermum erythrorhizon] diamond 18711 228 0.991228070175439 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Boraginales Boraginaceae Lithospermum Lithospermum erythrorhizon
9375580 9375580 PRJNA478247_P_NODE_1928_length_252_cov_4.058296_g1822_i0 PRJNA478247 1928 252 4.058296 10.22690592 Lathyrus oleraceus 3888 Plants Plants 89.8 1.74e-13   NTclustered gi|2314320680|ref|XR_007796969.1| 3888 g1822 i0 81.197 2.31349206349206 117 16 45 5 113 226 1838 1951 PREDICTED: Pisum sativum 28S ribosomal RNA (LOC127109700), rRNA blastn 583 89.8 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Fabales Fabaceae Lathyrus Lathyrus oleraceus
9375583 9375583 PRJNA478247_P_NODE_3028_length_176_cov_2.142857_g2922_i0 PRJNA478247 3028 176 2.142857 3.77142832 Hibiscus cannabinus 229543 Plants Plants 189 1.08e-43   NTclustered gi|1199285720|gb|KY382448.1| 229543 g2922 i0 91.304 78.1363636363636 138 12 78 0 39 176 981 844 Hibiscus cannabinus elongation factor 1-alpha (EF1a) mRNA, complete cds blastn 13752 189 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Malvales Malvaceae Hibiscus Hibiscus cannabinus
9375587 9375587 PRJNA478247_P_NODE_688_length_514_cov_2.872165_g583_i0 PRJNA478247 688 514 2.872165 14.7629281 Magnoliopsida 3398 Plants Plants 157 7.11e-46   NR KDO54608.1 2711 g583 i0 58.9 4.03891050583658 129 52 74.7 1 54 437 7 135 KDO54608.1 hypothetical protein CISIN_1g032124mg [Citrus sinensis] diamond 2076 158 0.993670886075949 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Sapindales Rutaceae Citrus Citrus sinensis
9375589 9375589 PRJNA478247_P_NODE_868_length_446_cov_2.527578_g763_i0 PRJNA478247 868 446 2.527578 11.27299788 Haematococcus lacustris 44745 Plants Plants 186 5.4199999999999984e-55   NR GFH24957.1 44745 g763 i0 61.2 7.88340807174888 147 57 98.9 0 445 5 162 308 GFH24957.1 cyclin N-terminal domain-containing protein [Haematococcus lacustris] diamond 3516 186 1 Eukaryota core chlorophytes Viridiplantae Chlorophyta Chlorophyceae Chlamydomonadales Haematococcaceae Haematococcus Haematococcus lacustris
10025456 10025456 PRJNA478247_P_NODE_328_length_842_cov_4.585486_g253_i0 PRJNA478247 328 842 4.585486 38.60979212 Eukaryota 2759 Plants Plants 339 4.39e-114   NR XP_042413289.1 94328 g253 i0 70.9 29.3052256532067 265 72 92.6 3 11 790 1 265 XP_042413289.1 40S ribosomal protein S2-like [Zingiber officinale] diamond 24675 342 0.991228070175439 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Zingiberales Zingiberaceae Zingiber Zingiber officinale
10651465 10651465 PRJNA478247_P_NODE_389_length_761_cov_2.452186_g303_i0 PRJNA478247 389 761 2.452186 18.66113546 Diphasiastrum complanatum 34168 Plants Plants 231 8.28e-70   NR KAJ7560923.1 34168 g303 i0 48.6 17.215505913272 255 117 95.4 6 760 35 66 319 KAJ7560923.1 hypothetical protein O6H91_03G006400 [Diphasiastrum complanatum] diamond 13101 231 1 Eukaryota Embryophyta Viridiplantae Streptophyta Lycopodiopsida Lycopodiales Lycopodiaceae Diphasiastrum Diphasiastrum complanatum
10651467 10651467 PRJNA478247_P_NODE_689_length_513_cov_3.185950_g584_i0 PRJNA478247 689 513 3.18595 16.3439235 Hordeum vulgare 4513 Plants Plants 507 8.92e-139   NTclustered gi|326496930|dbj|AK367289.1| 112509 g584 i0 84.762 78.4717348927875 525 58 100 19 1 513 1096 582 Hordeum vulgare subsp. vulgare mRNA for predicted protein, complete cds, clone: NIASHv2054B13 blastn 40256 507 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Poales Poaceae Hordeum Hordeum vulgare
12576129 12576129 PRJNA478247_P_NODE_1050_length_394_cov_2.287671_g944_i0 PRJNA478247 1050 394 2.287671 9.01342374 Eukaryota 2759 Plants Plants 52.8 0.038   NTclustered gi|2583733043|ref|XM_059780485.1| 4283 g944 i0 100 0.284263959390863 28 0 7 0 6 33 453 426 PREDICTED: Cornus florida cell wall protein IFF6-like (LOC132278646), mRNA blastn 112 52.8 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Cornales Cornaceae Cornus Cornus florida
13201398 13201398 PRJNA478247_P_NODE_411_length_730_cov_3.223966_g324_i0 PRJNA478247 411 730 3.223966 23.5349518 Oryza sativa 4530 Plants Plants 710 0   NTclustered gi|32993583|dbj|AK108374.1| 39947 g324 i0 84.509 70.686301369863 723 106 99 6 4 723 769 50 Oryza sativa Japonica Group cDNA clone:002-142-D11, full insert sequence blastn 51601 710 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Poales Poaceae Oryza Oryza sativa
13201400 13201400 PRJNA478247_P_NODE_851_length_450_cov_2.106888_g746_i0 PRJNA478247 851 450 2.106888 9.480996 Streptophyta 35493 Plants Plants 225 3.6600000000000005e-73   NR KAG0554180.1 3225 g746 i0 75.3 2.94666666666667 146 34 96 1 434 3 1 146 KAG0554180.1 hypothetical protein KC19_12G070000 [Ceratodon purpureus] diamond 1326 226 0.995575221238938 Eukaryota Embryophyta Viridiplantae Streptophyta Bryopsida Pseudoditrichales Ditrichaceae Ceratodon Ceratodon purpureus
15750416 15750416 PRJNA478247_P_NODE_2573_length_204_cov_1.851429_g2467_i0 PRJNA478247 2573 204 1.851429 3.77691516 Vitis vinifera 29760 Plants Plants 52.8 0.018   NTclustered gi|147835083|emb|AM460102.2| 29760 g2467 i0 100 0.137254901960784 28 0 14 0 14 41 17372 17345 Vitis vinifera contig VV78X115460.2, whole genome shotgun sequence blastn 28 52.8 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Vitales Vitaceae Vitis Vitis vinifera
16399726 16399726 PRJNA478247_P_NODE_2533_length_206_cov_2.457627_g2427_i0 PRJNA478247 2533 206 2.457627 5.06271162 Eukaryota 2759 Plants Plants 259 9.89e-65   NTclustered gi|2082262574|ref|XM_001694020.2| 3055 g2427 i0 89.32 99.0291262135922 206 22 100 0 1 206 304 509 Chlamydomonas reinhardtii uncharacterized protein (CHLRE_12g542250v5), mRNA blastn 20400 261 0.992337164750958 Eukaryota core chlorophytes Viridiplantae Chlorophyta Chlorophyceae Chlamydomonadales Chlamydomonadaceae Chlamydomonas Chlamydomonas reinhardtii
17025038 17025038 PRJNA478247_P_NODE_1134_length_373_cov_4.517442_g1028_i0 PRJNA478247 1134 373 4.517442 16.85005866 Valonia macrophysa 432605 Plants Plants 449 1.0799999999999998e-121   NTclustered gi|969822378|gb|KT950956.1| 432605 g1028 i0 89.548 93.0160857908847 354 37 95 0 20 373 12 365 Valonia macrophysa isolate 1528 actin gene, partial cds blastn 34695 449 1 Eukaryota core chlorophytes Viridiplantae Chlorophyta Ulvophyceae Cladophorales Valoniaceae Valonia Valonia macrophysa
18948641 18948641 PRJNA478247_P_NODE_2455_length_211_cov_2.472527_g2349_i0 PRJNA478247 2455 211 2.472527 5.21703197 Magnoliopsida 3398 Plants Plants 122 1.3899999999999998e-23   NTclustered gi|1540528823|ref|XM_027503055.1| 3816 g2349 i0 79.121 14.4407582938389 182 34 85 4 6 185 615 436 PREDICTED: Abrus precatorius glyceraldehyde-3-phosphate dehydrogenase, cytosolic-like (LOC113867643), mRNA blastn 3047 122 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Fabales Fabaceae Abrus Abrus precatorius
22124230 22124230 PRJNA478247_P_NODE_3078_length_173_cov_2.333333_g2972_i0 PRJNA478247 3078 173 2.333333 4.03666609 Mangifera indica 29780 Plants Plants 91.6 3.08e-14   NTclustered gi|2118910496|ref|XM_044629905.1| 29780 g2972 i0 85.227 1.57225433526012 88 13 51 0 78 165 172 259 PREDICTED: Mangifera indica 60S ribosomal protein L23 (LOC123211282), mRNA blastn 272 91.6 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Sapindales Anacardiaceae Mangifera Mangifera indica
22124232 22124232 PRJNA478247_P_NODE_718_length_500_cov_4.619958_g613_i0 PRJNA478247 718 500 4.619958 23.09979 Eukaryota 2759 Plants Plants 241 3.3900000000000004e-79   NR NP_567104.1 3702 g613 i0 74.8 49.8 151 38 90.6 0 30 482 1 151 NP_567104.1 Ribosomal protein S13/S15 [Arabidopsis thaliana] diamond 24900 242 0.995867768595041 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Brassicales Brassicaceae Arabidopsis Arabidopsis thaliana
22774131 22774131 PRJNA478247_P_NODE_2818_length_189_cov_1.618750_g2712_i0 PRJNA478247 2818 189 1.61875 3.0594375 Eukaryota 2759 Plants Plants 104 4.41e-18   NTclustered gi|2082259818|ref|XM_001690833.2| 3055 g2712 i0 85.714 1.92063492063492 98 14 52 0 60 157 197 100 Chlamydomonas reinhardtii ribosomal protein L18 (CHLRE_12g512600v5), mRNA blastn 363 104 1 Eukaryota core chlorophytes Viridiplantae Chlorophyta Chlorophyceae Chlamydomonadales Chlamydomonadaceae Chlamydomonas Chlamydomonas reinhardtii
24049065 24049065 PRJNA478247_P_NODE_2099_length_237_cov_4.076923_g1993_i0 PRJNA478247 2099 237 4.076923 9.66230751 Magnoliopsida 3398 Plants Plants 422 1.41e-113   NTclustered gi|2396003214|ref|XR_008051474.1| 2711 g1993 i0 98.734 100 237 3 100 0 1 237 1054 818 PREDICTED: Citrus sinensis 18S ribosomal RNA (LOC127899596), rRNA blastn 23700 424 0.995283018867924 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Sapindales Rutaceae Citrus Citrus sinensis
24673860 24673860 PRJNA478247_P_NODE_120_length_1307_cov_2.877152_g85_i0 PRJNA478247 120 1307 2.877152 37.60437664 Eukaryota 2759 Plants Plants 572 1.1299999999999996e-196   NR NP_001190553.1 3702 g85 i0 69.8 69.2983932670237 437 124 99.8 3 1307 3 200 630 NP_001190553.1 heat shock protein 81-2 [Arabidopsis thaliana] diamond 90573 574 0.996515679442509 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Brassicales Brassicaceae Arabidopsis Arabidopsis thaliana
26949595 26949595 PRJNA478247_P_NODE_1322_length_335_cov_2.500000_g1216_i0 PRJNA478247 1322 335 2.5 8.375 Panicum hallii var. hallii 1504633 Plants Plants 91.3 2.8e-20   NR PUZ47871.1 1504633 g1216 i0 64.2 9.42089552238806 81 29 72.5 0 92 334 50 130 PUZ47871.1 hypothetical protein GQ55_7G200800 [Panicum hallii var. hallii] diamond 3156 91.3 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Poales Poaceae Panicum Panicum hallii
26965777 26965777 PRJNA478247_P_NODE_3502_length_155_cov_1.301587_g3396_i0 PRJNA478247 3502 155 1.301587 2.01745985 Eukaryota 2759 Plants Plants 61.6 2.42e-9   NR XP_044411351.1 4565 g3396 i0 56.9 2.96129032258065 51 22 98.7 0 2 154 25 75 XP_044411351.1 mitogen-activated protein kinase 13-like isoform X1 [Triticum aestivum] diamond 459 62 0.993548387096774 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Poales Poaceae Triticum Triticum aestivum
26981296 26981296 PRJNA478247_P_NODE_2702_length_196_cov_1.736527_g2596_i0 PRJNA478247 2702 196 1.736527 3.40359292 Sphagnum jensenii 128206 Plants Plants 55.5 5.39e-7   NR CAK9250564.1 128206 g2596 i0 38.2 1.04081632653061 68 37 99.5 2 2 196 179 244 CAK9250564.1 unnamed protein product, partial [Sphagnum jensenii] diamond 204 55.5 1 Eukaryota Embryophyta Viridiplantae Streptophyta Sphagnopsida Sphagnales Sphagnaceae Sphagnum Sphagnum jensenii
27060755 27060755 PRJNA478247_P_NODE_2082_length_239_cov_2.600000_g1976_i0 PRJNA478247 2082 239 2.6 6.214 Eukaryota 2759 Plants Plants 102 9.07e-27   NR KAL0020376.1 2905654 g1976 i0 70.4 5.52301255230125 71 21 89.1 0 16 228 1 71 KAL0020376.1 hypothetical protein WJX79_009890 [Trebouxia sp. C0005] diamond 1320 102 1 Eukaryota core chlorophytes Viridiplantae Chlorophyta Trebouxiophyceae Trebouxiales Trebouxiaceae Trebouxia Trebouxia sp. C0005
27139085 27139085 PRJNA478247_P_NODE_1762_length_270_cov_2.597510_g1656_i0 PRJNA478247 1762 270 2.59751 7.013277 Symbiochloris irregularis 706552 Plants Plants 99.4 6.04e-25   NR KAK9808445.1 706552 g1656 i0 64.1 1.71111111111111 78 26 85.6 2 268 38 17 93 KAK9808445.1 hypothetical protein WJX73_006634 [Symbiochloris irregularis] diamond 462 99.4 1 Eukaryota core chlorophytes Viridiplantae Chlorophyta Trebouxiophyceae Trebouxiales Trebouxiaceae Symbiochloris Symbiochloris irregularis
27676762 27676762 PRJNA478247_P_NODE_3044_length_175_cov_2.445205_g2938_i0 PRJNA478247 3044 175 2.445205 4.27910875 Cymbomonas tetramitiformis 36881 Plants Plants 44.7 0.0032   NR KAK3244880.1 36881 g2938 i0 43.2 0.754285714285714 44 23 75.4 1 40 171 281 322 KAK3244880.1 hypothetical protein CYMTET_45530 [Cymbomonas tetramitiformis] diamond 132 44.7 1 Eukaryota   Viridiplantae Chlorophyta Pyramimonadophyceae Pyramimonadales Pyramimonadaceae Cymbomonas Cymbomonas tetramitiformis
27913460 27913460 PRJNA478247_P_NODE_3165_length_169_cov_1.650000_g3059_i0 PRJNA478247 3165 169 1.65 2.7885 Magnoliopsida 3398 Plants Plants 47 4.41e-4   NR GAV73720.1 3775 g3059 i0 55.3 6.19526627218935 38 16 65.7 1 112 2 369 406 GAV73720.1 Glyco_hydro_17 domain-containing protein/X8 domain-containing protein [Cephalotus follicularis] diamond 1047 47 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Oxalidales Cephalotaceae Cephalotus Cephalotus follicularis
28387188 28387188 PRJNA478247_P_NODE_886_length_441_cov_2.660194_g781_i0 PRJNA478247 886 441 2.660194 11.73145554 Magnoliopsida 3398 Plants Plants 97.4 2.14e-20   NR KAK7258451.1 3830 g781 i0 44.1 19.9047619047619 143 73 92.5 2 3 410 374 516 KAK7258451.1 hypothetical protein RIF29_24029 [Crotalaria pallida] diamond 8778 97.4 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Fabales Fabaceae Crotalaria Crotalaria pallida
28434330 28434330 PRJNA478247_P_NODE_1826_length_263_cov_2.636752_g1720_i0 PRJNA478247 1826 263 2.636752 6.93465776 Morus notabilis 981085 Plants Plants 80.5 2.48e-17   NR XP_010099432.1 981085 g1720 i0 54.3 0.798479087452472 70 32 79.8 0 259 50 2 71 XP_010099432.1 60S acidic ribosomal protein P1 [Morus notabilis] diamond 210 80.5 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Rosales Moraceae Morus Morus notabilis
28671533 28671533 PRJNA478247_P_NODE_1367_length_327_cov_3.137584_g1261_i0 PRJNA478247 1367 327 3.137584 10.25989968 Magnoliopsida 3398 Plants Plants 132 1.7899999999999998e-37   NR KAI5651090.1 4058 g1261 i0 61.3 11.6788990825688 106 39 95.4 2 10 321 3 108 KAI5651090.1 hypothetical protein M9H77_37095 [Catharanthus roseus] diamond 3819 133 0.992481203007519 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Gentianales Apocynaceae Catharanthus Catharanthus roseus
28718541 28718541 PRJNA478247_P_NODE_807_length_467_cov_2.184932_g702_i0 PRJNA478247 807 467 2.184932 10.20363244 Tetradesmus obliquus 3088 Plants Plants 151 2.41e-39   NR WIA13321.1 3088 g702 i0 54.7 1.81798715203426 139 62 89.3 1 433 17 469 606 WIA13321.1 hypothetical protein OEZ85_006904 [Tetradesmus obliquus] diamond 849 151 1 Eukaryota core chlorophytes Viridiplantae Chlorophyta Chlorophyceae Sphaeropleales Scenedesmaceae Tetradesmus Tetradesmus obliquus
29254962 29254962 PRJNA478247_P_NODE_949_length_423_cov_2.934010_g843_i0 PRJNA478247 949 423 2.93401 12.4108623 Argentina anserina 57926 Plants Plants 69.7 6.35e-12   NR XP_050380469.1 57926 g843 i0 42.3 0.872340425531915 123 62 80.9 4 16 357 5 127 XP_050380469.1 60S ribosomal protein L28-1-like [Argentina anserina] diamond 369 69.7 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Rosales Rosaceae Argentina Argentina anserina
29570820 29570820 PRJNA478247_P_NODE_1610_length_289_cov_2.261538_g1504_i0 PRJNA478247 1610 289 2.261538 6.53584482 Linum tenue 586396 Plants Plants 131 9.08e-37   NR CAI0560564.1 586396 g1504 i0 75.9 8.67820069204152 83 19 86.2 1 251 3 1 82 CAI0560564.1 unnamed protein product [Linum tenue] diamond 2508 131 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Malpighiales Linaceae Linum Linum tenue
29586714 29586714 PRJNA478247_P_NODE_830_length_457_cov_5.672897_g725_i0 PRJNA478247 830 457 5.672897 25.92513929 Eukaryota 2759 Plants Plants 242 2.8e-79   NR KAJ4895273.1 3726 g725 i0 83.5 37.417943107221 139 23 91.2 0 431 15 2 140 KAJ4895273.1 60S ribosomal protein L23 [Raphanus sativus] diamond 17100 244 0.991803278688525 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Brassicales Brassicaceae Raphanus Raphanus sativus
29902950 29902950 PRJNA478247_P_NODE_371_length_783_cov_5.588859_g287_i0 PRJNA478247 371 783 5.588859 43.76076597 Eukaryota 2759 Plants Plants 273 8.369999999999999e-89   NR KAK2080821.1 3111 g287 i0 59.7 11.2222222222222 236 94 90.4 1 42 749 3 237 KAK2080821.1 60S ribosomal protein L7B [Prototheca wickerhamii] diamond 8787 275 0.992727272727273 Eukaryota core chlorophytes Viridiplantae Chlorophyta Trebouxiophyceae Chlorellales Chlorellaceae Prototheca Prototheca wickerhamii
29949935 29949935 PRJNA478247_P_NODE_1411_length_319_cov_2.200000_g1305_i0 PRJNA478247 1411 319 2.2 7.018 Oryza sativa Japonica Group 39947 Plants Plants 174 4.27e-51   NR BAE45242.1 39947 g1305 i0 77.4 0.996865203761755 106 22 99.7 1 319 2 187 290 BAE45242.1 GDP-mannose-3'',5''-epimerase [Oryza sativa Japonica Group] diamond 318 174 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Poales Poaceae Oryza Oryza sativa
29949936 29949936 PRJNA478247_P_NODE_471_length_657_cov_2.579618_g378_i0 PRJNA478247 471 657 2.579618 16.94809026 Chara braunii 69332 Plants Plants 130 4.71e-34   NR GBG59625.1 69332 g378 i0 50.9 3.15068493150685 165 67 71.7 5 133 603 41 199 GBG59625.1 hypothetical protein CBR_g49889 [Chara braunii] diamond 2070 130 1 Eukaryota   Viridiplantae Streptophyta Charophyceae Charales Characeae Chara Chara braunii
29997742 29997742 PRJNA478247_P_NODE_2231_length_227_cov_1.570707_g2125_i0 PRJNA478247 2231 227 1.570707 3.56550489 Eukaryota 2759 Plants Plants 70.9 3.77e-12   NR KAJ9533139.1 44745 g2125 i0 57.4 23.511013215859 68 21 79.3 1 180 1 4 71 KAJ9533139.1 hypothetical protein QJQ45_018232 [Haematococcus lacustris] diamond 5337 71.2 0.995786516853933 Eukaryota core chlorophytes Viridiplantae Chlorophyta Chlorophyceae Chlamydomonadales Haematococcaceae Haematococcus Haematococcus lacustris
30060603 30060603 PRJNA478247_P_NODE_2331_length_219_cov_2.957895_g2225_i0 PRJNA478247 2331 219 2.957895 6.47779005 Magnoliopsida 3398 Plants Plants 94 2.19e-23   NR PON37200.1 63057 g2225 i0 70.9 17.4520547945205 55 16 75.3 0 211 47 17 71 PON37200.1 Ribosomal protein [Trema orientale] diamond 3822 94 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Rosales Cannabaceae Trema Trema orientale
30107782 30107782 PRJNA478247_P_NODE_3432_length_158_cov_1.232558_g3326_i0 PRJNA478247 3432 158 1.232558 1.94744164 Dunaliella salina 3046 Plants Plants 43.1 0.00443   NR KAF5829452.1 3046 g3326 i0 58.1 2.86708860759494 31 13 58.9 0 147 55 82 112 KAF5829452.1 ribosomal protein L14 component of cytosolic 80S ribosome and 60S large subunit [Dunaliella salina] diamond 453 43.1 1 Eukaryota core chlorophytes Viridiplantae Chlorophyta Chlorophyceae Chlamydomonadales Dunaliellaceae Dunaliella Dunaliella salina
30202423 30202423 PRJNA478247_P_NODE_352_length_804_cov_3.698065_g272_i0 PRJNA478247 352 804 3.698065 29.7324426 Scenedesmus sp. PABB 2909984 Plants Plants 358 6.14e-116   NR KAF8059167.1 2742167 g272 i0 64.3 28.7686567164179 258 92 96.3 0 15 788 453 710 KAF8059167.1 RPS4 [Scenedesmus sp. PABB004] diamond 23130 358 1 Eukaryota core chlorophytes Viridiplantae Chlorophyta Chlorophyceae Sphaeropleales Scenedesmaceae Scenedesmus Scenedesmus sp. PABB004
30234254 30234254 PRJNA478247_P_NODE_412_length_729_cov_4.034286_g325_i0 PRJNA478247 412 729 4.034286 29.40994494 Riccia fluitans 41844 Plants Plants 165 1.11e-46   NR KAL2636323.1 41844 g325 i0 45.5 1.88477366255144 231 96 91.4 5 722 57 24 233 KAL2636323.1 hypothetical protein R1flu_007802 [Riccia fluitans] diamond 1374 165 1 Eukaryota Embryophyta Viridiplantae Streptophyta Marchantiopsida Marchantiales Ricciaceae Riccia Riccia fluitans
30282319 30282319 PRJNA478247_P_NODE_432_length_707_cov_4.222714_g342_i0 PRJNA478247 432 707 4.222714 29.85458798 Magnoliopsida 3398 Plants Plants 184 8.2e-55   NR XP_059628865.1 4283 g342 i0 51.7 15.8868458274399 207 93 87.8 3 18 638 1 200 XP_059628865.1 large ribosomal subunit protein eL13z-like [Cornus florida] diamond 11232 184 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Cornales Cornaceae Cornus Cornus florida
30882203 30882203 PRJNA478247_P_NODE_514_length_631_cov_3.893688_g418_i0 PRJNA478247 514 631 3.893688 24.56917128 Eukaryota 2759 Plants Plants 298 7.8e-91   NR PRW60132.1 3076 g418 i0 73.6 32.4960380348653 201 52 95.1 1 31 630 1 201 PRW60132.1 60S ribosomal L15 [Chlorella sorokiniana] diamond 20505 298 1 Eukaryota core chlorophytes Viridiplantae Chlorophyta Trebouxiophyceae Chlorellales Chlorellaceae Chlorella Chlorella sorokiniana
30914023 30914023 PRJNA478247_P_NODE_1574_length_293_cov_3.621212_g1468_i0 PRJNA478247 1574 293 3.621212 10.61015116 Eukaryota 2759 Plants Plants 92 1.32e-20   NR KAH1230685.1 3847 g1468 i0 56.9 15.419795221843 102 37 97.3 3 291 7 101 202 KAH1230685.1 60S ribosomal protein L36-3 [Glycine max] diamond 4518 92 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Fabales Fabaceae Glycine Glycine max
31229621 31229621 PRJNA478247_P_NODE_555_length_603_cov_4.257840_g457_i0 PRJNA478247 555 603 4.25784 25.6747752 Magnoliopsida 3398 Plants Plants 194 1.03e-58   NR PHU07070.1 80379 g457 i0 54.1 77.5323383084577 172 79 85.6 0 13 528 51 222 PHU07070.1 60S ribosomal protein L18a [Capsicum chinense] diamond 46752 195 0.994871794871795 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Solanales Solanaceae Capsicum Capsicum chinense
31261472 31261472 PRJNA478247_P_NODE_655_length_537_cov_4.797244_g550_i0 PRJNA478247 655 537 4.797244 25.76120028 Streptophyta 35493 Plants Plants 194 2.84e-59   NR XP_028104491.1 4442 g550 i0 59.8 62.2067039106145 164 65 91.1 1 525 37 55 218 XP_028104491.1 60S ribosomal protein L12-like [Camellia sinensis] diamond 33405 194 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Ericales Theaceae Camellia Camellia sinensis
31276827 31276827 PRJNA478247_P_NODE_2575_length_204_cov_1.594286_g2469_i0 PRJNA478247 2575 204 1.594286 3.25234344 Musa acuminata subsp. malaccensis 214687 Plants Plants 82.4 3.94e-18   NR CAG1830869.1 214687 g2469 i0 60.3 0.926470588235294 63 25 92.6 0 190 2 3 65 CAG1830869.1 unnamed protein product, partial [Musa acuminata subsp. malaccensis] diamond 189 82.4 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Zingiberales Musaceae Musa Musa acuminata
31388134 31388134 PRJNA478247_P_NODE_816_length_464_cov_4.342529_g711_i0 PRJNA478247 816 464 4.342529 20.14933456 Viridiplantae 33090 Plants Plants 162 1.62e-47   NR CAL5370971.1 4442 g711 i0 59.6 29.6379310344828 151 58 97.6 2 464 12 44 191 CAL5370971.1 unnamed protein product [Camellia sinensis] diamond 13752 162 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Ericales Theaceae Camellia Camellia sinensis
31403642 31403642 PRJNA478247_P_NODE_3556_length_153_cov_1.862903_g3450_i0 PRJNA478247 3556 153 1.862903 2.85024159 Sphagnum jensenii 128206 Plants Plants 77.4 2.2e-15   NR CAK9250564.1 128206 g3450 i0 74 0.980392156862745 50 13 98 0 2 151 57 106 CAK9250564.1 unnamed protein product, partial [Sphagnum jensenii] diamond 150 77.4 1 Eukaryota Embryophyta Viridiplantae Streptophyta Sphagnopsida Sphagnales Sphagnaceae Sphagnum Sphagnum jensenii
31688090 31688090 PRJNA478247_P_NODE_477_length_652_cov_2.804173_g384_i0 PRJNA478247 477 652 2.804173 18.28320796 Cymbomonas tetramitiformis 36881 Plants Plants 76.6 3.23e-12   NR KAK3276030.1 36881 g384 i0 28.1 1.06288343558282 231 107 97.1 8 8 640 236 427 KAK3276030.1 hypothetical protein CYMTET_15873 [Cymbomonas tetramitiformis] diamond 693 76.6 1 Eukaryota   Viridiplantae Chlorophyta Pyramimonadophyceae Pyramimonadales Pyramimonadaceae Cymbomonas Cymbomonas tetramitiformis
31782861 31782861 PRJNA478247_P_NODE_1017_length_401_cov_3.602151_g911_i0 PRJNA478247 1017 401 3.602151 14.44462551 Monoraphidium minutum 39955 Plants Plants 44.7 0.00914   NR KAI8470570.1 39955 g911 i0 58.3 0.269326683291771 36 15 26.9 0 272 165 2 37 KAI8470570.1 MAG: hypothetical protein J3K34DRAFT_468978 [Monoraphidium minutum] diamond 108 44.7 1 Eukaryota core chlorophytes Viridiplantae Chlorophyta Chlorophyceae Sphaeropleales Selenastraceae Monoraphidium Monoraphidium minutum
32668385 32668385 PRJNA478247_P_NODE_2860_length_186_cov_1.949045_g2754_i0 PRJNA478247 2860 186 1.949045 3.6252237 Paspalum vaginatum 158149 Plants Plants 69.3 7.2e-12   NR KAJ1276583.1 158149 g2754 i0 46.2 1.83870967741935 65 30 96.8 2 185 6 553 617 KAJ1276583.1 hypothetical protein BS78_05G225500 [Paspalum vaginatum] diamond 342 69.3 1 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Poales Poaceae Paspalum Paspalum vaginatum
32731523 32731523 PRJNA478247_P_NODE_100_length_1455_cov_4.359748_g66_i0 PRJNA478247 100 1455 4.359748 63.4343334 Micractinium sp. CCAP 211/92 554058 Plants Plants 81.3 2.68e-12   NR KAL4435574.1 554058 g66 i0 28.6 1.68659793814433 262 141 49.9 9 1416 691 246 481 KAL4435574.1 hypothetical protein ABPG77_002537 [Micractinium sp. CCAP 211/92] diamond 2454 81.3 1 Eukaryota core chlorophytes Viridiplantae Chlorophyta Trebouxiophyceae Chlorellales Chlorellaceae Micractinium Micractinium sp. CCAP 211/92
32873343 32873343 PRJNA478247_P_NODE_2680_length_197_cov_2.428571_g2574_i0 PRJNA478247 2680 197 2.428571 4.78428487 Magnoliopsida 3398 Plants Plants 78.2 1.06e-15   NR ERM94413.1 13333 g2574 i0 60.9 15.5329949238579 64 25 97.5 0 195 4 163 226 ERM94413.1 hypothetical protein AMTR_s00010p00256040 [Amborella trichopoda] diamond 3060 78.6 0.994910941475827 Eukaryota Embryophyta Viridiplantae Streptophyta Magnoliopsida Amborellales Amborellaceae Amborella Amborella trichopoda

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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);;