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RIFCSPHIGHO2_02_OD1_41_19_rifcsphigho2_02_sub10_scaffold_1137_3

Organism: Candidatus Terrybacteria bacterium RIFCSPHIGHO2_02_41_19

partial RP 37 / 55 MC: 3 BSCG 37 / 51 MC: 1 ASCG 8 / 38
Location: comp(5353..9108)

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
Putative uncharacterized protein Tax=RIFCSPHIGHO2_02_OD1_41_19_curated similarity UNIPROT
DB: UniProtKB
  • Identity: 100.0
  • Coverage: 999.99
  • Bit_score: 2563
  • Evalue 0.0
Putative uncharacterized protein id=2269156 bin=GWA2_Elusimicrobia_66_18 species=Candidatus Kuenenia stuttgartiensis genus=Candidatus Kuenenia taxon_order=Candidatus Brocadiales taxon_class=Planctomycetia phylum=Planctomycetes tax=GWA2_Elusimicrobia_66_18 organism_group=Elusimicrobia organism_desc=Part of new group in this phylum similarity UNIREF
DB: UNIREF100
  • Identity: 60.8
  • Coverage: 561.0
  • Bit_score: 679
  • Evalue 5.90e-192

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Taxonomy

R_OD1_41_19 → Parcubacteria → Bacteria

Sequences

DNA sequence
Length: 3756
ATGAATAAATTTTTAGGTTTCAACAAAATTGTTGCTTCCGTTTTTTTTGGGGTGTTTTTGGTTGCTTTTTTAACGGCGGGAATGGCTCAAGCCGACGCCCGGCAATATACACTCAAAGTAAAGATATCCGGTATCGGCAAAATAACGGGAATCGGCGAGTCCAATGGCATAAATTGCGCCAAATTAAAAGAATGGCTGATTTTTGGAAAATACGCCGGAACCTGCAAAGCGAAATTCAACAAAGGAGATTCCGTTATTCTTACTTCTGAAGCGCCTGAAATGTCTATACCCGAAATGCCCGAAAGACCGCTGAAACCCGAAGTGTCCGCACCAGAAAAACCCCCCGTAATTGACAGCGCTTTTGTCGGCTGGGGCGGCGCCTGCAAAGTTGAAAAAGCGAGCGTCTGTTCTGTTACGATGGACGGCAATAAAAAAGTGTCGGCTAAATTTAAGAAAATTCCATCTCCAAAACCATTGCCGATAGAAATTTCTTCGGCGGGAAGATCTCAGTTAAAGCCAATCTCGCAAGAGTTACCTTTCGGAATTAGCAACCCATACAGCCAGGAAGATATTCAAACTAAAAAAGAATTGCCAAGTATTTTAAGAGATTTGGGTTTAAGCCAAGACGAGAATGGCATTGCCGGGTTTATTGTTGACGAAATAGCCAGAAGACACATTGAAAAAAAATGTAACACTGAAACTTGCCAAGAATACGATTTTTCTGACGCCCAAGATTTGATAGACCTTGTTGTCGGTCAAGGAAAAGCAAATTTATGGGTGGTGTTGGGTTCTCCATCAAACTATAAATTCACCGATGGAAAAATAAGAAAAAATGAAAAAACTTATTTGCCAGATGGTCCAATTTCCAGACAAGCGTATAAAGATTATCTTACCGAGATGGTGAATTTTGTGAATTCATACGGCAAGAAAGTTTCTGGTAATTCTAACTGGTATGTATCTAGGTGGAATCTTTACAACGAAGTGTCCGCTGAATATAAAAGCACTTTTGGCAAAAAAGATGAAAAAGATGTTGACAGTGCAGCGGTTGCTTACGCTAATTTTGTCATTGATTCATCAGAGATATTAAGAAAATTATCGCCTCAATCAAAAATTGTTTTGGCTGGCACTGGGTCAGGAACAGACTTGGAAGGAGGACATGGCGAATTTTACCGGCTGGTATTTTCAAAACTTAAACAATCTAAGCTCGCTTACGAGCCGTTTGATTACTGGGAGTCGCACTGGTTTGGAGAATTTAAGAATTATAAAACAAACGAAAAAGATTATGGCGCCGGAGATTTCGTTAATTTCTTGCGGGACAATGGCTATGGCGATAAAGAATTTGTCATAAGAGCCGGAGGGACTTATTCGGGACAAGACCTTCAAGAAAGGGAAGGATTGATGAATAATTACCAGAGCGAGCAAGATCAAGCAGAATTTTTAATTAAAAGATTTATTTACAATCTTGCTCATGGCGTCAAAAAAATCCCATGGTCAACTATTTATGAACGCGATAACTACCAAGGAGAAACGCATGTGCAGTTCCAATATATAAGCCTGATATATGACGGCTATCCCGATGATGTTTCAAAAAATCAAAAATGCGTTAAGGGATGGTTGCCGTGTCCCGATCCGGGCAGGGGCGTCAAAAAACTTTCTTACTACACCTATAAGTTCTTAATTGAGAAACTCAATGAAGCTGATTTTAACGACATAAAAATTATCAATACCAATATCCCCAATGTTTATTTGTATCAGTTCAACAAAGAAGGTAAACCGGTTTTCGTGGCCTGGCGGGATTGGTGGGCCCAAGGAGAGAAAGGAGAAACAAAACAAATTACTCTCACTTTGCCCGATATTAACGTTTCTCGGGTTAAGATAACTGAAGCCGTTCCTAATTTTCAAAATGATTTTCAAAGCCAAAGCGATAAACTGCGGGAGGCGGATTATCCCGGTTTCTTTGATTCTATCTCCGTCTCGGTCGGCTCATCGGAAAAAATAACCGTTTCTTTGGGCAAGGAGCCGGTGTATATAGAAGCAGAGGAAGTTTTGCCAGAGGAAGAATTGCCAATCGCGAAAGCCGGGACAGTTATTCCGTTCGGCGTAAATAATCCGTTCGCATATCCTGAAACGGACAGCGCCGGAGAAGACTGTCTTAAAAATAGCAGTGTTTTCAAAAAGAAGTCATCTTATTCGGAAAAGCACATAGAAATAGATAAGCTTAAAAAATGCCTTCCAGTCGCGGTCAGTTATATGAACAACATTAAAGATATCGGTTTAAATGTCATTTCCCAGTATTTCAACAGAAAATACGATGCTAGCGGAATGCCTTATTTCGGAATTGAGGAGAGAAACAATGAAGTGACGATTCAATTGTATGTCAAAGATTCCGGCAATTATTTTTGGGCGGCGATAAATCCGGTTTCCACGAAAGGATTTAAGGGCGACATAGACGCGAAAACGCATCAGATTCTCAAGAAAGACGAATTTTCAAAAAAAGGATCATACCTTCCGGCATCTGAGGCCGGTTTTGCGGAATGGCAAAAATGGCTTGGAGCAGTGTTTGACTATTTGAATGATCACGATACGACAAATAATCTAGTGTATATTCAAATTGGAAACGAGTCTGACAGCGATTACGCCAAGACCGATAAAATAGAGCGGGACAATCCAGACGATTTTTATTGGTCCGCTTACGCCAAACTGGCGGAAAAGTCCTACGATATAATAAAATCAAGGTCTCCTAAAACAAAAATCGTCATCGGAGCAAGCGGCGCCGGATCAATCACGATTGACGGCTTTCAAAGGCCGGTATTGGAATACCTGGCCGATAAAATAGACGAAACCGGGAAGATTGCAAACGGAAGCAAAAAATGCGGAGGTTCAGGTTGTTTTGATGTTTATGCTTATAACAATTATTCCGGCTATAAAGAATATAAAGGCAGGACGGTTTGTCAGCCGAGAAATTGCGTTAATCCCATTTTGACTTTTAAAAGAAGTCCGGAAAATATGAAAAAACTTCTCAGTGACACCGGTTTTCCGGATAAAAAAATGGCGGTTCAACAAGGCGGAACTTATACGGGACAAGACAGTAAAACTGAAAAGATGGAAAGTTACCAAAGCGAAGAAGATCAAGCCTCTTACTTGGTGAAAGGAGGCATTTACCTGTTAGCCAATGGAGTGGAACAGTCGTCATTCAGCACCTATATTGAGCATCTTAGTTTTGAAGACACAATTCATAATTGGTTCACAATGATGGGTCTCACTTATAACGGAATTCCAAAAAAAGGCGAGTGTGACGGCCAGTTGCCGTGTCCCGATCCGGGCAGGGGCGTCAAAAAACTTTCTTACTACTCTTACAAAAAATTGATTGAAGTTTCGAAAGAAAAAGACTGGAACAGTATTTCAGCGATAACGACAGGAATGGACGATGTCTATCTGTATAAATTGACCGACAAAACGCTCGGTGGCAAAGCGATTTATTTCGCCTGGTGGGATTGGTGGAAAAAGTGTCCGCAGCCGGATAATTCCAAACCGGAAATGGATTCGGTTTGCCTGGACAAAAACAGACCGACAGTAACCATTAATGTCGGAAAAGATATCGCCAGCATTGAGATAACCGCGCTTGTTCCCAAGTTTGACACCGGCCAAGAAGTTGAAAAAACCGGTTACACCAATGCTTTTGCCAGCCGTTCCGAAGAAACCAAAGAAGGAATCGCGAAGATAATTCTTGGAACAAAACCGGTGTATGTAAAATAA
PROTEIN sequence
Length: 1252
MNKFLGFNKIVASVFFGVFLVAFLTAGMAQADARQYTLKVKISGIGKITGIGESNGINCAKLKEWLIFGKYAGTCKAKFNKGDSVILTSEAPEMSIPEMPERPLKPEVSAPEKPPVIDSAFVGWGGACKVEKASVCSVTMDGNKKVSAKFKKIPSPKPLPIEISSAGRSQLKPISQELPFGISNPYSQEDIQTKKELPSILRDLGLSQDENGIAGFIVDEIARRHIEKKCNTETCQEYDFSDAQDLIDLVVGQGKANLWVVLGSPSNYKFTDGKIRKNEKTYLPDGPISRQAYKDYLTEMVNFVNSYGKKVSGNSNWYVSRWNLYNEVSAEYKSTFGKKDEKDVDSAAVAYANFVIDSSEILRKLSPQSKIVLAGTGSGTDLEGGHGEFYRLVFSKLKQSKLAYEPFDYWESHWFGEFKNYKTNEKDYGAGDFVNFLRDNGYGDKEFVIRAGGTYSGQDLQEREGLMNNYQSEQDQAEFLIKRFIYNLAHGVKKIPWSTIYERDNYQGETHVQFQYISLIYDGYPDDVSKNQKCVKGWLPCPDPGRGVKKLSYYTYKFLIEKLNEADFNDIKIINTNIPNVYLYQFNKEGKPVFVAWRDWWAQGEKGETKQITLTLPDINVSRVKITEAVPNFQNDFQSQSDKLREADYPGFFDSISVSVGSSEKITVSLGKEPVYIEAEEVLPEEELPIAKAGTVIPFGVNNPFAYPETDSAGEDCLKNSSVFKKKSSYSEKHIEIDKLKKCLPVAVSYMNNIKDIGLNVISQYFNRKYDASGMPYFGIEERNNEVTIQLYVKDSGNYFWAAINPVSTKGFKGDIDAKTHQILKKDEFSKKGSYLPASEAGFAEWQKWLGAVFDYLNDHDTTNNLVYIQIGNESDSDYAKTDKIERDNPDDFYWSAYAKLAEKSYDIIKSRSPKTKIVIGASGAGSITIDGFQRPVLEYLADKIDETGKIANGSKKCGGSGCFDVYAYNNYSGYKEYKGRTVCQPRNCVNPILTFKRSPENMKKLLSDTGFPDKKMAVQQGGTYTGQDSKTEKMESYQSEEDQASYLVKGGIYLLANGVEQSSFSTYIEHLSFEDTIHNWFTMMGLTYNGIPKKGECDGQLPCPDPGRGVKKLSYYSYKKLIEVSKEKDWNSISAITTGMDDVYLYKLTDKTLGGKAIYFAWWDWWKKCPQPDNSKPEMDSVCLDKNRPTVTINVGKDIASIEITALVPKFDTGQEVEKTGYTNAFASRSEETKEGIAKIILGTKPVYVK*