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RIFOXYD2_FULL_Elusimicrobia_34_30_rifoxyd2_full_scaffold_1837_4

Organism: Elusimicrobia bacterium RIFOXYD2_FULL_34_30

near complete RP 49 / 55 BSCG 48 / 51 ASCG 11 / 38
Location: 1375..6138

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
beta-galactosidase; K01190 beta-galactosidase [EC:3.2.1.23] Tax=RIFOXYD2_FULL_Elusimicrobia_34_30_curated similarity UNIPROT
DB: UniProtKB
  • Identity: 100.0
  • Coverage: 999.99
  • Bit_score: 3223
  • Evalue 0.0
Glycoside hydrolase family 2 sugar binding id=3295998 bin=GWF2_Planctomycete_41_51 species=unknown genus=unknown taxon_order=unknown taxon_class=Opitutae phylum=Verrucomicrobia tax=GWF2_Planctomycete_41_51 organism_group=Planctomycetes organism_desc=a211 similarity UNIREF
DB: UNIREF100
  • Identity: 24.7
  • Coverage: 999.99
  • Bit_score: 252
  • Evalue 2.30e-63
glycoside hydrolase family 2 similarity KEGG
DB: KEGG
  • Identity: 28.0
  • Coverage: 536.0
  • Bit_score: 208
  • Evalue 1.80e-50

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Taxonomy

RIFOXYD2_FULL_Elusimicrobia_34_30_curated → Elusimicrobia → Bacteria

Sequences

DNA sequence
Length: 4764
ATGGGTTTTTGTAATTGGCGTAAACATGCCATGCTTTTTGCATTGGCTTTTTTTGTCAGTAGTGGGATAAGTATTGTTTTTGGTATGACAGATACCAAAGTAGTTCAGGATTTAAGCAACAATATGTGGAAGTGCAAGAAATTGGAAGGCACAAGAAACAACCCTCCCGACGATACTGGAACGAAAGGAAAATATTTTAAAATAAATTATGATGATTCATCCTGGGCAGACCAGTTTGTTCCTTGGAATTGGGACCGCAAATATCCGCCGGAAAAATTTGTTGTTCATGGATTAAACAATGTCACAGGCAAATTTTTTGATGAAGGCGGAATCGGCTGGTATCGTAAAAGATTTACAGTAGATTCAAAAATCCCTAAGGACTACAGAATAATACTACATTTTGGTGCTGTGGACACTGAATGTATTGTATATTTGAATGGGAAAAAAATAGGCGAGCATCAAGGGTATATTACCCCATTTAATTTTGATGTAACCGATATAATATCAAGAAAGAAAGAAAATGTTTTAGCGGTGCGTGTATATGACATGCATTTTAATCCGAAAGAACCAGGTAAAATGTTACCCGGTATGGATGGATTAATGTATATGACTACAAGCGGCGGGATAACAGAACCAGTAGTTTTAATCGGAAGGCCTCAGATATATGTAAAAAGATTAAAAATAGATACCCATATAAGTCCTGCAAGTATTGATGTCGAGATATTTATAGAAAGTAAAATTAAGAGCAGTAAAAAACTACAGGCAGTATTTAAGGTTTATCCTATAAAAGAAAAAGAAACGGTAGCGAGCTTAAAGGAAATCCCAATAGAAATAAACACTGGAATGAATAATATTAAAGCAAAATTAAATATTTCAAATCCGGTTCTATGGAAGCCCGACAATCCATATTTATATAAACTGCAGATAGCATTGATTGAAAACGGAAAGGAAGTTGAAGTATATAGCGAACGTTTCGGATTGAGGGAAATAAAAACCCAAGGCAGGGACCTATTGCTAAACGGCAAAAAAATAAGATTATTCGGTACAGAATATGTAATTCCTCGCAACGATATGGAGCGCGAATGGGCGGACACGATACAAAATGAAGGTGATTTCATGAGACGTGCACTTCTGAAATTTAAAGAAATGAATTTTAATATTGTCCGTTCACACGATATATATCCGCCTGTGTTTTACGATATTTGCGACGAAATTGGTCTAATGGTTTACGCCGAATATGGCTGGAATAATATATATAAACCGGATAATAATTATTTTCTTTCCAAAGTAGCTCCGCAAATGACCGAATGGATACAACGTGACTATAATCATCCATCAATTATATTATGGTGTCTTGGTAACGAAAATAATTTTAATGCTGTATCACTAATGACTAAATTATATGATCATGTAAAAACACTTGATAAAAGCCGTCCCGTAAGCGCAACTTCAGGTGGTGAATTCATAGACCCGGCATTAAAAAGCGATTTTGTTGACATACATAGTTACAGGGGTGGTGCATTTGAAGAGCCGTGGCCGTTTGTTTGTGAATTACTCCATGAAGACATGAAAAAATCAGAAGAAGCACGCGGTGGATTACAGAGACCTGTATTAAATACCGAGTATGGCTGGAGTGATGGTGATTGGTTACCTTGGGATAGCGAAAAACCAAGAATTGTGTTAGACAGTGAAAAACAAACAGGTCAAATAACTAATATTAACATGATAGTTAAACGTGATAATTATAAAGAAATTGCCCAGGAAATGTCAAAAAACGGTATCAGAATGGGTGAAGTCCGACATCTGGGATTACAGACTGTACTCATTCCTAAAACCAAATCGCTGGCGAGGGCGATTGAATGGAAACGGCTTGAAGAAAAACTGCGTTCCTGCGAATTTTTGACCGGACAAATAAATTTTGTAACTGGGCGTACATTAATGACAGGTGCAGTTCCAATGTATCCTTTAAAAGATTATCCGTTTGCATGGAAACCCGTATGCGAAAACTTAAGAATTACATCCCAACAGATTTTGCCGTTTTTGAAGGATTTTAAAAGTGGTTTGTTTGCCGGAAGAAAAGAATCATTCAATTTTTATTTGGCAAACGATTCTGAGGGCGATTTGGGTCCGACGGTATTAATGCTTTCTCTCGTAGATAAAAACGGAAAAGAATATTTTTCGGATAAAGTAAATACACTTGGCGTAAAAGCGGGTACGAAAATAGAAGTGCCGTACAAATTCAATGTTCCTAATGTGCCGACGGGTTCTTATAAACTAAACATTAAACTGAAATCCGGCGAAAAACAAATATCTGAAAACTTTTATGACTTTTTTGTGCTTGGAAAATCGGATATTCCTGCTTCTCTGAATGGCGCGGCGAGAATAGCAATTTATGATACATTAGGCAAAACCAAAGATATATTGGACTCGCTAAATATAAATTATTCTTTTGTGAAAAGTTTTAACAATCTTTCTTCGTTTGATACTTTAATAATAGGTTATTCGTCTCTGGACGACAGAATAAAGGATTCTGCAATAAAAATCAGGAAATGGGTGGAAAAAGGCGGGAAAGTTATAAGCTTTGAGCAATATCGGAATTTATTCCGTGACTGGGTGCCACGGCTTGTATTATTGGGAAGAGAAGGTGAGGCACAACATTACAACGTATTTGCGGATGTAGTTGATTTTAGTCATCCTATATTCAAAGGTCTGACACGGGATAATTTCAATTTCTGGAATAATGAACATGGATTGGTATCCAAAACATTACTTAGTCCTATACGCGAATCCATACTTGCAGGTGGCGGCGAATCCGTAAAAGGATTATCCTCAAGCATGCAGATGGTAATTTGCGAAGAAGAACTGGGAGCGGGAAAGGTATTATTAAGTCAAGTTGAAGCAACAAGTGCATGGCAGAAAGATCCGTCTGCGACATTGTATATGATAAACCTTTTAAAATACACGCTGAAAAAAGATAAGCCAAAAGAAATCAAAAAAACAGCAACGACAGGAACAACCGAACAGGACAAACAACAGGCAACTGTAAGAATCGCAATTCCTGCGGACATATCAATGCCGATTGACCGTTTTATTGACCTTGAATCGGTAAACAAAAACTTTGTAACAAAAGAAACCAAAGACATAAATTTGGATATAGTAATAAAATCCAATCCGAGCGCAATGTATTTCTCACTTACTCGCCCATTAACGAAAGTAGAAACAGACAATATAATTCAATGGGTCCGACAGGGCGGTAATTTGATAATCAAGGCAAACAAAGACGATATAGATAATAACCTGAATAGTTTATTGGAGCAGGCAGGACTAATGATAACAAAAGAAGGTTACATCTCGCTTCCAACGGCGGTATTCCAGCCTAAATCATTCCTTGCAAAAGACCAGAAATATTTAGAGAGTCCAGTTACACAAGGCGTAAAAGAAATAGAGTTGCTTGATGAAATGGGTTACTGGACAGTAGACCTATCAAAATCGCCCGATACAAAACCGCTATGTTCATTAATTTATCAATCTATGGAAATGCCGGTCATTGTAGCCAAAGACATAGGAGCAGGCAAAATAATATTATTCAACATTATGACCGACAGACCTAAAATGTTTGACATAGACGGTTTGAATCAGCCCGGAAAAGACAATCGCAGGCTTATAACCCAGTTATTCGACGAGATTTATAAAAATGCAAAGCCGATAGAACCGTTGATAAGTGACAACTGTCGTTTAAATTACGAAGATGGCAGATTAACTATAGCAAACGAACTTATTGAAGTAGGGATAATTCCGTCAGCTGGTGGAAGGGTAATGGACTTCTTATATTCACCGCTCGAATTCCAAAACCAACTAAAAGCTTCTGACCCTAACAATCACGGTGGATTTTACGAACTATTCAGCACAGAAGGCTGGCCGGGAAAATGGTGGAACAAACCATATGATTTGAAAATAATAAAAAGAGATCCCGCCGAGGTTAAAATTTCTTTAAGCTGCAATAACGATGGAAAAATAGTAACGCGATATCTAACGATAAAAAAAGAAAACGCAACGATATTTTATGAAGTAAACATCAAAAACGCAACTCAGTCAAAATGGGAAGACCAATATAACACCCATCCTGAAACCGCGGTTGGCGGCAATGATGAAATGGACGATATACTCAGTGTATCAATTATCGCGGGTGAATCTGAAATAACACCTTTAGGTACTATGAAAAAAAATTCTGAGAAAAAATGGACCCAGCCATGTTCATTTTATGGTGCGGCTGATTCTCTGAAAAAGGTTGCATTTGTCCATTATTTTCCGCAAGTCAAGCCGTTTCCACGTCTATGGCACGGAAGTGGCACTTACAATCTTGAAGAAATATTCCCAAAATTTTCTTTAGAACCGGGACAAGACATAACCTATAACTTTGAATGGTCTATATTAAACGGACTTAAAACATTGTCGTATTACGATAAAGGCATTGGCTATGATATCTCGGTTGAAAAATCACAAATGAAAAACAAAATACCTGTAACTATTTCTCTTTCTTCAAGCCAAAAAGACAAATTCTCTGGAAAAGTTGTATTAAACGTCATGGATAAAGCCGGAAAAAAGCAATCGGAAAAAATAGGAATGATACAAATGGAACTTCCGAACAATAAGGCGGTTGAGAAAACGGTTAATGTTGATGTAACGGCAGACACTGGCAGTATCTTGGCAGAATTCTACCGCGGCGACACTCTCGTATTCAAAAAAACAATACCTATAGAATAA
PROTEIN sequence
Length: 1588
MGFCNWRKHAMLFALAFFVSSGISIVFGMTDTKVVQDLSNNMWKCKKLEGTRNNPPDDTGTKGKYFKINYDDSSWADQFVPWNWDRKYPPEKFVVHGLNNVTGKFFDEGGIGWYRKRFTVDSKIPKDYRIILHFGAVDTECIVYLNGKKIGEHQGYITPFNFDVTDIISRKKENVLAVRVYDMHFNPKEPGKMLPGMDGLMYMTTSGGITEPVVLIGRPQIYVKRLKIDTHISPASIDVEIFIESKIKSSKKLQAVFKVYPIKEKETVASLKEIPIEINTGMNNIKAKLNISNPVLWKPDNPYLYKLQIALIENGKEVEVYSERFGLREIKTQGRDLLLNGKKIRLFGTEYVIPRNDMEREWADTIQNEGDFMRRALLKFKEMNFNIVRSHDIYPPVFYDICDEIGLMVYAEYGWNNIYKPDNNYFLSKVAPQMTEWIQRDYNHPSIILWCLGNENNFNAVSLMTKLYDHVKTLDKSRPVSATSGGEFIDPALKSDFVDIHSYRGGAFEEPWPFVCELLHEDMKKSEEARGGLQRPVLNTEYGWSDGDWLPWDSEKPRIVLDSEKQTGQITNINMIVKRDNYKEIAQEMSKNGIRMGEVRHLGLQTVLIPKTKSLARAIEWKRLEEKLRSCEFLTGQINFVTGRTLMTGAVPMYPLKDYPFAWKPVCENLRITSQQILPFLKDFKSGLFAGRKESFNFYLANDSEGDLGPTVLMLSLVDKNGKEYFSDKVNTLGVKAGTKIEVPYKFNVPNVPTGSYKLNIKLKSGEKQISENFYDFFVLGKSDIPASLNGAARIAIYDTLGKTKDILDSLNINYSFVKSFNNLSSFDTLIIGYSSLDDRIKDSAIKIRKWVEKGGKVISFEQYRNLFRDWVPRLVLLGREGEAQHYNVFADVVDFSHPIFKGLTRDNFNFWNNEHGLVSKTLLSPIRESILAGGGESVKGLSSSMQMVICEEELGAGKVLLSQVEATSAWQKDPSATLYMINLLKYTLKKDKPKEIKKTATTGTTEQDKQQATVRIAIPADISMPIDRFIDLESVNKNFVTKETKDINLDIVIKSNPSAMYFSLTRPLTKVETDNIIQWVRQGGNLIIKANKDDIDNNLNSLLEQAGLMITKEGYISLPTAVFQPKSFLAKDQKYLESPVTQGVKEIELLDEMGYWTVDLSKSPDTKPLCSLIYQSMEMPVIVAKDIGAGKIILFNIMTDRPKMFDIDGLNQPGKDNRRLITQLFDEIYKNAKPIEPLISDNCRLNYEDGRLTIANELIEVGIIPSAGGRVMDFLYSPLEFQNQLKASDPNNHGGFYELFSTEGWPGKWWNKPYDLKIIKRDPAEVKISLSCNNDGKIVTRYLTIKKENATIFYEVNIKNATQSKWEDQYNTHPETAVGGNDEMDDILSVSIIAGESEITPLGTMKKNSEKKWTQPCSFYGAADSLKKVAFVHYFPQVKPFPRLWHGSGTYNLEEIFPKFSLEPGQDITYNFEWSILNGLKTLSYYDKGIGYDISVEKSQMKNKIPVTISLSSSQKDKFSGKVVLNVMDKAGKKQSEKIGMIQMELPNNKAVEKTVNVDVTADTGSILAEFYRGDTLVFKKTIPIE*