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gwf2_scaffold_16075_1

Organism: GWF2_OP11_46_8_partial

partial RP 29 / 55 MC: 2 BSCG 31 / 51 MC: 3 ASCG 6 / 38
Location: 2..5950

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
Membrane-anchored cell surface protein {ECO:0000313|EMBL:KKU47498.1}; Flags: Fragment;; TaxID=1618604 species="Bacteria; Microgenomates.;" source="Microgenomates (Woesebacteria) bacterium GW2011_GWF2_ UNIPROT
DB: UniProtKB
  • Identity: 100.0
  • Coverage: 999.99
  • Bit_score: 3837
  • Evalue 0.0
membrane-anchored cell surface protein KEGG
DB: KEGG
  • Identity: 22.8
  • Coverage: 999.99
  • Bit_score: 167
  • Evalue 3.40e-38
Membrane-anchored cell surface protein similarity UNIREF
DB: UNIREF90
  • Identity: 0.0
  • Coverage: 0.0
  • Bit_score: 205
  • Evalue 1.00e+00

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Taxonomy

GWF2_OP11_46_8_partial → Woesebacteria → Microgenomates → Bacteria

Sequences

DNA sequence
Length: 5949
GATGTTGATTTGGGTAATGCCACCGGTGATACGGTTACTTTTACGGCCCTGGTTGATTCCAATATTGTCCCTTCAATCACCGATACCTATGATCTGGGCGCTTCCTCCTTAATCTGGAATGCTCTCTACGTTGACCAAGTCTGTTTTGACGGCTCAAGCGACTGTATCACCAATTCAGACTCGGCTGGACCATGGACGCTGACTGGTTCTACCCTCTACCCGGACCTAGCCTCCTACCGAGTCGGAATAGGGACAGCCACATCGGCTGATATCATTTCACCCCTATATGTCACCTCGGGGGCGACGGTTGGCAAGGCTCTGGCCATCTTCAACCAAACCGAAAACCAGCCTATTTTAACTGCCTCGGCGTCGGGGACTCCCCGCTTAGAGCTTTCCAATGCCGGCAATCTTCAATTCAAGCAAGCCTCAACCATTGATACTTCAGCCGGCGACTTAACTTTGGGAGCCGCCTCAAACTTAGTTCTCTCCCCGACTGGCGGCACCATTGACATCAACGCCTCAACCCTTGATGTTTCATCCCAGGCGACCAATATTGACCTGATTAACACAAACGCCGCTGCCCTCACCTTTGAAACAAACCTACTCCGACTAAATACTTCTAATACAGCGGTTGAAGTCACTGGGACCACCAATTTGGGTGATGGTGGAACGACCAACTACGCTCAATTCTCCTCCACCGGGGACCTAACCTTTGCCGGCACGGCCGATACCATCACCGGTCCTGGGGCAGGAGGACTAACCATGACCAACACCTCGGGTCAGATTCAGTTGATAACCGTTACGTCAGGAGAGCTGGATTTGACCAGTGCCGGACTAATGGATATTAATGCCGGGGCAAACCTGGACATTGATGTCACCGGCACCTTTGACTTGTTCTCAACCGGCGCTTTCTCAATTGACGGCACCGGCGCTTCCAATGTTTCGGCCACTTCAGGCAACCTGACTCTTTCCACCATTACATCGGGCGATGTCAATATTACAGCCGCAGGAAATATTGTTTTTGACGACGGCACCACCTCAAGCACGATTCCTTTCACTTTTGATGACACCGCCCTCCAAACCCCGACTAACGCGGTGGTTGATGCCATCAATGAGGCCTACAATGCTGCCATCGGAGGTGCCGGTGGTGTCTGGACCAGAGATGCGGGGACAGGCACGGTCTACCCGACCACCCTTTCCGACAAGGTCGGGATAGGGACAACCACACCTGCCGATATCATCTCCAAGCTCTTCGTAACCGGAAACTCAACCTTAACGGGTAAAGCAGTCGCCATCTTTAATCAAACCGAAAGCCAGGATATTCTAACAGCCTCTGCCTCCGGCACTCCCCGCTTGACTCTAACCAATGCCGGCAATCTCCAATTCCAGCAGGCATCCTCAATTACCACTACCGCAGGGAATTTAACCTTGGATTCTGCCGGAACCTTAGTCATCAATGACAACCTTGACCTTTCCAATGCTGCCAAGACCGTCGCCCTTGCCGATGTCGCCAACGCCCTCAACTTTGACTCCAATACCCTGACGATTGATGCCCTCAATAACAGAGTCGGCATCGGGACAGCGGCGCCAAATTACGCTCTTGAGATTTCTAAATCATCGGGATCGGAGGGAATTCAGATAAGTGATCTTTCGCCGATTATTTATCTTAATGAAACTGATCAGGGAGCTGATGCAAAGTTTTGGAGCCTTTGGGCATCAGGCGGAACTTTGTATGGAAAGGCAGTGAATGATGCTAAAACTTCATCTTCCAACTGGCTTCAGGTTACGAGGTCGGCCGCAGTTGTTACAAATGTCCTTTTCCCGAACGGCAACGTCGGCATTGGGACGACTTCTCCCCTCTATAACCTTCAAATCGGTGACGGAACAGATGTAAACAAAGCTCTCTTAATACAGGCTGGGGGCACAACAGGCAGAACGGCGTCAATTCTGTTCAAAACCACAAATATCACTACCGACAATAACGCTAAGGGTGCCGTAATTTGGGAAGATGATGGCTCTTCCAATGCAAGGGGCAAACTTCACTTGGCGGTAGATACTGCAGACGACAGCGGCAATGTCGGAATCTCTGATGCAAAACTCACAATCGATTCAACCGGCAACGTCGGCATCGGGACGGCAGCCCCCGACTCTAAACTCCACGTTGTCGGCGGAGACGTCTATATTGCTCCTGATATTGGTTATACCTTTAATAATCCTTCTGCCAACGAGGATTTGTATGTTTTTGGAAATCTTGAGGTGGACGGCACCATATACGGCACGGTTGAAGGAACGATTAATCCCGGCTTTACAACTGGTTCTGTCGTCTTCCAAGGCCCCTCCGGTCTGGCCCAGGACAATCCTAACTTCTTCTGGGACGATACCAATAACCTCTTGGGAATTGGTACTAATACTCCTGTGGCCAGACTGCAAATAGAAGGAGCCGTCCCCGGCAAAGCCCTGGCCATCCTCAATTACACTGGTACAGACCAGAACATATTGGTAGCTTCTGCATCAGGAACGGCCAGGATGACTCTTAGTAATGCCGGTCAGCTGGCTCTTTCGACCCAGGGTTCAACCGGCGGTCTACTTTTAGGAGGCGATGTCGCCCTTTACCGAGGGGCGGCTGACAGACTGACTTCTCCTGATTCGGCTGATATCGGCGGCTCTCTACGCGTCGGTTCGGCCGGGGCGCCAAGCGATACCCTGGATGTTGACGGCACGGCCAATATTTCGGGGGCGGTAACCCTTGGTTCAACTCTCACCTTGCCAAACACCAATACCCTAACCGGGGTGACCAACTACACCCAATTCTCCCAGGGAATCTCGATTGGCGGCGCCACCACTTATTACTTTGATTCTTCAGGCAATTTAAATGCCAACGCCGGAACCTTTGCCGGCACACTTGATGCCAATGGAATTGTCACTTTGGGGGACGGCGGCGATGCCATTACCATCTCCGGAACCACTATTTCCCTGACCTCAAATGGAGCCGGCAACGACATTACCATTTCTGCCGCCGATGACATCATCTTTGACGACGGGACGACAACCGGCGGGATTGCTTTTACTCTTGACGATACCGCTCTTTCTACTCCCACCAATGCCATTGTTGACGCCATTAACGAAGCCTATGCCGCCGCAATAGGTGGAACGGGCTCTGTCTGGACTCTTAATTCAGGCACCATCTATCCCACGGCCATTAATAATAAGGTAGGCGTCGGCACCACCACCCCGGGTGACATCATCTCCAAATTCTATGTCACTAACCAAGGCACCTTAACCGGCAGAGCCCTAGCCATCTTTAATCAAACCGAATCACAAGACATACTTACAGCATCAGCCAGTGGCACTCCCCGACTCACAGTCACCAATGCAGGCAACCTTCAATTTCATCAGGCATCAAGTATTACAACCACCACCGGCAACTTAACCCTTGATTCTTTTGCCAATACCGTCCTTGCCGATCCCACCATCCAGCTTTCGGGGACCAATCCGACCATCTCAGCCACTGCCACCAACTCGACTTTGGGTATTGCCGCCAATGGCACCGGGACCTTGACACTTAATTCAGGAGCAACCGGAAATATCCAGTTCTTCTCTTCTGCCAATACCCTCTCCTCGGCCGGGACGCTGACTCTGGCCGGAAATTTGAATGTCGGCGGCAGTTCCACCTTGGGTGATGCGGCTACCGATACCAATACTCTGCGAGGGTTGGTCACCCTTACCGATTCTGCATCAGCCTACCCGCTTCGTTTTGGAGCCGATGTTGATTTGTACAGAAGTGCGGCCAATACTTTAGCTTTGGCAACGGGTGATTCGTTAACTCTTGTTTCCGGAGACTACACCCAGACATCGGCAGCCACAACAGGGATAGCCGCCTCAATCACCGCCAGCTCTTTAAGCTCAGGCAATCTCATGTCTTTGGCCTCGACCTCAACCGCATTAACTTCAGGGGGGCTATTGTCTTTGGACTGGAGTCCGGGTTCAGCCACCACTGCTACCGGGGACCTTTTCGCCATCAATATCGGGCCTAACGGTAATGTCGGCAATCTCCTTAACGTCAAAGATGGTGGTTCATCGCTTTTCTCTGTTTCGGAAACAGCCGTCACCAGCAATCTGCCGACGACATTTACCTCGAGCGGTGATGTCTCGATTGCATATGACCTCCTCTTTACCAACCAGACCGCCTCAAACATCAAAACCTCGGCGCCCTTTACCCTTGAGGTCGGAGAAAGTTTTGAGAGCAACGACTTGACCTTGAAAACCTACAACAGCGGCGACATCGTCCTTGACTCTCCGGGCGGGGTGACTCTGGCTCAGGCTCAAGCCTGGGATCTGGCTGATTCTTCAACCACCTCTCTTTCCATCGAATCGGGTTTGATGAACTTTGATACGACAAACAGTAGGGTCGGCATCGGCGATACTTCTCCCGATGCAAAGTTAGAAGTTCTGGCAACTACCGAGCAGTTAAGGCTGACATATACCGACGATACGGTTGACTCCCGTTTTACGGTCGATTCAGCCGGAGACTTAACGATTAATAACACCGGAACCCAAACTATTCTTGCCGATGATTTACAGATTCAAGGGGGAGATTTAACCACCAACCAAATCACGGCTGCCTTGTTTAATACCACCGCCACCACCTTAAACATCGGCGGGGCTGCCACAACCAATATGAATGCTTTAACGTTAAGCGGCCACCTGACCCTTTCTTCGGATGCAAACGAGGGTGCCTCCGGAGGGGGCCTAACCGATTGTGATACTACCGCCACCTCCAAACTCATGTGGGATGCAACCACAAATAAATTCTCCTGCGGAACAGATCAGGGAGGTTCCTCTTCTCCGGCCAAGTGGTCTGCCCTGACTGACCCGGATACAAATCTTTCCCTTAACCATACGGCAACGGGCCAATATACAACGACGTTCGGCTGGACGGCAACGGGAGCTTTGGATCCTTGGACAATGAATATCACCAATAATGCAGGGGCAGCTACTGCCCAACGTTTTGTGAATATAGTCAATACCCTTACCTCCCAAACTGTTGATGTCAATACTGAAACCCTCTTGAGGCTTGATAATGCGGATACAGATGTAGCAGGATCAACTGTTGTCGATAATGTAATCTTGATTACCAACTCGGGCGGCATCACAAATGGGATAACCGATGCAATCGATGTTTCAGCAACCGAAATTGTCAATGCCATAAACGTCGGAGCAAACGTAATTACCGGAACAACTGCTAATATTGATTTGACTAACTTTGATGTAGTTGGTTCAACCGGCAATATTACCGTCGCGGCCGGAGTCGGACTGGATACCAATGCGGCCGGCATCCTGACTCTGGGCAATACCACCGCCACCACGATTAACCTGGGAACAACAGCGGCAACCGCCATCAACATTGGTGCAACCGGCAGCCTTACCCGAACAATTGCCATCGGAACAGGAACGGGCGCAGATACCATTAATATCGGCACCGGGGACACAACCGCCGATGATATTAATCTTGGCGGACTATCAACCACTACTGTTGATGTCTTGGGAACCCTCAGAGCCGGAGACGGCGGGATAACCAACTATCTGCAGATCACCTCGGGGGGCAATCTCTCCTTTGCCGGCAGCGCCTCAACCATTGATAAGGTCTCGGGTACCTTAAATATCAATACAACCAATAACCAGGCAATCACTACCGGAACAGGACTTTTGACGTCGGGCGGCAATCTGACTTTCTCGGGAACAACCGCCCGAACAATCACCGGTCCCTCAACCGGTGGTTTGACACTCACCGTCGACTCAGGAGCATTAGCTCTCTCAACCACCACCTCGGGAAACCTTACCCTGACCTCGGCGGGAGCTCTAAATCTCTCGGCTGCCTCGGCTTCAACCTGGACTCTTCCTGCGGTTGCTAATGCTTTGAATATTTCCATAACTACTACTAGGCGATAT
PROTEIN sequence
Length: 1983
DVDLGNATGDTVTFTALVDSNIVPSITDTYDLGASSLIWNALYVDQVCFDGSSDCITNSDSAGPWTLTGSTLYPDLASYRVGIGTATSADIISPLYVTSGATVGKALAIFNQTENQPILTASASGTPRLELSNAGNLQFKQASTIDTSAGDLTLGAASNLVLSPTGGTIDINASTLDVSSQATNIDLINTNAAALTFETNLLRLNTSNTAVEVTGTTNLGDGGTTNYAQFSSTGDLTFAGTADTITGPGAGGLTMTNTSGQIQLITVTSGELDLTSAGLMDINAGANLDIDVTGTFDLFSTGAFSIDGTGASNVSATSGNLTLSTITSGDVNITAAGNIVFDDGTTSSTIPFTFDDTALQTPTNAVVDAINEAYNAAIGGAGGVWTRDAGTGTVYPTTLSDKVGIGTTTPADIISKLFVTGNSTLTGKAVAIFNQTESQDILTASASGTPRLTLTNAGNLQFQQASSITTTAGNLTLDSAGTLVINDNLDLSNAAKTVALADVANALNFDSNTLTIDALNNRVGIGTAAPNYALEISKSSGSEGIQISDLSPIIYLNETDQGADAKFWSLWASGGTLYGKAVNDAKTSSSNWLQVTRSAAVVTNVLFPNGNVGIGTTSPLYNLQIGDGTDVNKALLIQAGGTTGRTASILFKTTNITTDNNAKGAVIWEDDGSSNARGKLHLAVDTADDSGNVGISDAKLTIDSTGNVGIGTAAPDSKLHVVGGDVYIAPDIGYTFNNPSANEDLYVFGNLEVDGTIYGTVEGTINPGFTTGSVVFQGPSGLAQDNPNFFWDDTNNLLGIGTNTPVARLQIEGAVPGKALAILNYTGTDQNILVASASGTARMTLSNAGQLALSTQGSTGGLLLGGDVALYRGAADRLTSPDSADIGGSLRVGSAGAPSDTLDVDGTANISGAVTLGSTLTLPNTNTLTGVTNYTQFSQGISIGGATTYYFDSSGNLNANAGTFAGTLDANGIVTLGDGGDAITISGTTISLTSNGAGNDITISAADDIIFDDGTTTGGIAFTLDDTALSTPTNAIVDAINEAYAAAIGGTGSVWTLNSGTIYPTAINNKVGVGTTTPGDIISKFYVTNQGTLTGRALAIFNQTESQDILTASASGTPRLTVTNAGNLQFHQASSITTTTGNLTLDSFANTVLADPTIQLSGTNPTISATATNSTLGIAANGTGTLTLNSGATGNIQFFSSANTLSSAGTLTLAGNLNVGGSSTLGDAATDTNTLRGLVTLTDSASAYPLRFGADVDLYRSAANTLALATGDSLTLVSGDYTQTSAATTGIAASITASSLSSGNLMSLASTSTALTSGGLLSLDWSPGSATTATGDLFAINIGPNGNVGNLLNVKDGGSSLFSVSETAVTSNLPTTFTSSGDVSIAYDLLFTNQTASNIKTSAPFTLEVGESFESNDLTLKTYNSGDIVLDSPGGVTLAQAQAWDLADSSTTSLSIESGLMNFDTTNSRVGIGDTSPDAKLEVLATTEQLRLTYTDDTVDSRFTVDSAGDLTINNTGTQTILADDLQIQGGDLTTNQITAALFNTTATTLNIGGAATTNMNALTLSGHLTLSSDANEGASGGGLTDCDTTATSKLMWDATTNKFSCGTDQGGSSSPAKWSALTDPDTNLSLNHTATGQYTTTFGWTATGALDPWTMNITNNAGAATAQRFVNIVNTLTSQTVDVNTETLLRLDNADTDVAGSTVVDNVILITNSGGITNGITDAIDVSATEIVNAINVGANVITGTTANIDLTNFDVVGSTGNITVAAGVGLDTNAAGILTLGNTTATTINLGTTAATAINIGATGSLTRTIAIGTGTGADTINIGTGDTTADDINLGGLSTTTVDVLGTLRAGDGGITNYLQITSGGNLSFAGSASTIDKVSGTLNINTTNNQAITTGTGLLTSGGNLTFSGTTARTITGPSTGGLTLTVDSGALALSTTTSGNLTLTSAGALNLSAASASTWTLPAVANALNISITTTRRY