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H3-16-all-fractions_k255_9059652_1

Organism: H3-16-all-fractions_metab_conc_40

near complete RP 45 / 55 BSCG 48 / 51 ASCG 14 / 38 MC: 1
Location: comp(1..5805)

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
Cell wall surface anchor family protein id=1850634 bin=GWE2_Bacteroidetes_42_42 species=Fluviicola taffensis genus=Fluviicola taxon_order=Flavobacteriales taxon_class=Flavobacteriia phylum=Bacteroidetes tax=GWE2_Bacteroidetes_42_42 organism_group=Bacteroidetes organism_desc=Good + similarity UNIREF
DB: UNIREF100
  • Identity: 27.9
  • Coverage: 1195.0
  • Bit_score: 283
  • Evalue 1.10e-72
hypothetical protein similarity KEGG
DB: KEGG
  • Identity: 24.1
  • Coverage: 1692.0
  • Bit_score: 243
  • Evalue 4.70e-61
Tax=RIFCSPLOWO2_12_FULL_Bacteroidetes_35_15_curated similarity UNIPROT
DB: UniProtKB
  • Identity: 27.5
  • Coverage: 1280.0
  • Bit_score: 302
  • Evalue 2.50e-78

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Taxonomy

RIFCSPLOWO2_12_FULL_Bacteroidetes_35_15_curated → Bacteroidetes → Bacteria

Sequences

DNA sequence
Length: 5805
ATGAAAAAATTAATTCTCCTCACTGCCTTTTCATTTATCTGTTACCTGGAAAGCGCTTCGCAGGTCTGCGGCTTCGATCAATTGCTGAACCAGGCACTGGCTGATCCGGATGCTAAAACACAATACGATTCATTGTCGGCCCAGCTTCACCGGCAGATCAACCAGAACAATTACCAAAGCTTTACCCAGCCTAATAATTATATCATACCGGTTGTGGTGCACCTGGTAGGAAGCCAGGTAAGCAATGCCATTTCCGACCTGCAGGTTGCTTCGCAGATCGACCAGATGAACGACGCCTTTGCCAATCTCCTGGGATCAACACAATCGGTATCGGATGACGCCCAGATCAGGTTCTGCCTTGCCTCACAATTGCCCACCAATCATCCCTGGTCGAGCCTGAACACGGATTATCCAACACTGAACTCTACCAGCTCAGGGATAACGCGCTGCATTACCTCAACCGCGACTTCCGTATCGGGTACGCATTATATGGACGTAACGGGCACAGCCGGACAAACGGCCTTAGCCAACGTGGTTTATTTTAATCCTGCAAACTACCTCAACATTTGGGTAGTGAACAGCATCAGCTCTTCGTCCCAGGCACAGACAAATGATGTGTTCGGTTATTCTCCTTATCCTTTAACACAAGGGCCCAGCCAGGGACAATACCTCGACGGAATAGTTGTAAGGGCTGATTGTTTCGGGAACCCATCACTCAACCCCATCCGCAACAGGGGACTTGTAGCTGTGCACGAAGCCGGACACTACCTGAACCTGTTCCATACTTATCAGTTTGGATGTTCGCTGAACTTAGCCTGCAACGCGCCGGGCGGAGGCGATGAAGTATGCGACACGCCACCTGTTGCAAACCAGAATGCAGGTTGCAGCGTCGTGCTGAACTCCTGCTTTGAAACACCGATCGATTTGAACGACATGCTGGAAAACTACATGGACCATACCACGGATGCGTGCAGAAGCACCTACACTGTTGGACAGGTGGACCGCATGCACGCGGGCATTCAAACCTTCAGGTCCAATCTTGTCTCCTATCCGAACCTGATATTAACGGGTCTCGCAGCTACGGGCTGCCTTACAGGAGTTGATCCTACTTTTGCATCCAGCCTGCCAAACGCAAGCACACAACTTTGTGTTGGCAGCGCAAACACGATCGGGTTCAATTCCATACCCGGGGCCAGCAGCTATACCTGGTCGCTGCCCGGGGCAAGCCCGGCAACAAGCTCCACGCTGGCTAACCCGACAGGATTTTATTATACCACGCCCGGTGTTTACCTTGTTACCTTAACGGTTACCGATGCAAACGGACTTCCTTATTCCTCCACCCAACAGATCTTTGTCACCACATGCACCTTATCCAATCCTTCACAATCCGATTGGTATTTTGGCCAGTCAGGCGTTATTGATTTTTCAACGGGAGTAGCGGTGGCAGGAACACAAAGCAGCATGAGCAATGATGGTGAAGGATGTGCCGGTATCAGCAGCAGTACTGGAAATCTTCTTTTTTATTCCAATGGCATGAGCATCTGGGATCAAACGCATGCTTATCTGGCAAACAGCTCTTTTAACCAGCTGGAAGGATCGCCGAACTCCACTGCAGGATCTGCAGCGGAAGGCGTGAGCATAGCGCCTGATCCTGCAAATGCAAACCGCTATTATATTTTCACGGTCTCCGATGTGCCAATGCCGTCAAGCAACAGCTATATCAATCATGGACTGGGCTACAGCATTGCGGACATGAGCTCAGGTAATGGCGTTCTTACTTCTACTGTCAACAATCACCCATCTGCAAATTACGCTACTACGGAATCCGTGATTTCAGTTCCCGCCTGCAATGGAACCGATTATTGGATCATTGTTAAGCCTACTGTAAACGCTTACACCGGGCTGATCAATGTAAACGGAAACTTGTCCAACGCCACACTTTCAAACAGTATCCTGGCTTACCGGCTATCCGCAAGCGGGCTTTCCAACACGCCCGTGGTGAGCAGTTCGGGTCCTTATACAACACCCATCGTATTCGTGGTTGCAAATCAATGGATCACTTCCCTCAAAGTGTCGCCGAATAAAAAATACATTGCATTAAGCGATGATGACCAGGGGAAAACATTTATTTACCGTTTCGATTGCGAAACGGGGATCTTAAATTACCTGACTACCCTTACTAATGTGGAAGGTTATTCCTGCAGTTTCAGTCCGAATTCACAGCTCTTGTACGCGGCTTCAACATCTCCTTCCAATGCCATTAATCAATACGATCTTTCCAATCTGAGCGAATGCAATCCCAATCCTCCGCACAACACTTTCACCTTTAATACCAATGATCCGGCCTTTACTTTACAAAACTGGGGAAATACACTTCAGTTGGGGCCGGATAACAAAATATACATCTCCAGGCATGGCAACACAGTACCCAGCGGACAATCAAAACGCGTTGCAGTGATCAATTTTCCGGATGTTTACAATACAGGGAACAACAATGCCTGCGGGTACAATTTTGATGGAGTCATTCTACCGAACATTCAATACGTAAGAGGAGGTTTGCCCAATATGAACGACGGAACAACCGCGGCGCCTGTGCAGGATTTCACCTGGTGCATTAGCAATTGCGGCCTCGTTCATTTTACACCGACCGGTTGCGGAACGAATTTTAACTGGAGCTTCGGCGAAAATAATTACAGCATCAGCGGTGCGAACGGTACCATACCGTCCAATACCAACAACGGGACAACAAGCGGCAATTATGAATACCCGGCGCATCAATATCCCGGCCCCGGAACTTATACAGTTAGCCTTGTCATCAACAGCACTACCACGATCACACATACGGTGATCATCACCACCCCTCCTCCTCCAACCATTACCGGGCCTAACCCGGTTTGCGTCGGTCAAAGCTCGGTGAGCTATTATGGTCCTACCGGGTACAATTGCAGCTGGACAGCGGTGAACGGTACACCGACAACGGGAACAGGACAAACATTCAACATTAACTGGAATTCTTTTCCGGCTACACTTACGCTTGTCATAACCGATCCTGCCACAGGTTGCACCAACTCCAGCATGATCACCGTTACGCAAACCTCATCCGCTCCTGTTGCAAATGCCGGCAGCAATGTTACTGTATGCCAGTACCAATCCGTTCAACTGAATGGAAGTGGGAACGGAACCTATCAATGGACTCCCTTAAATTCAGGGCTCAGCTGCTCTACCTGCGCCAACCCGGTAGCTACTCCAACGGCTACAACAGTTTATACACTTACCGTAAGCAACGGTTGCGGGGCAAGCTCAGCTACTGTAACAGTTACCCTCAGCCCCGCTCCTCCCGTTCTCGCATCCGCAGCGAGCCGTTCAATTTGCCTTGGAAGCGGAACCAATATTACAGCCACCGGCGCCAGCACGTATACCTGGAGCCCGGGGACCGGCCTGAATACAACAAGCGGGGCAACAGTATTCGCATCTCCTCCTTCAACCATTACCTATACGGTAACCGGTACAAACAGCCTGGGCTGCAGCAACACCGCCACTATAACCATTACTGTTGTGCCCTTACCAACGATTACAGTTAGCCCTGTAAATCCTGCTATATGCGTTGGAAATAATATCGTGCTTACAGCAGGCGGGGCCAGCACCTATACCTGGACCCCTTCCTCCAGCCTGAGCTCATCCACGGGAACAAGCGTAACCGCTACCCCAACAGTTACTACTACTTACACTGTTACCGGAACCGCCAGCACAGGCTGTGTGAATACCACCACAGTAACCGTTACGGTAAGTCCTGGCTGCGTTGCGGCAAATAATTACAATTCGCCCGCTACGCTTTCCGGAACCTTCTCAGGAACAAGCCTGGCCTTCAATGCAGACATTACAGTGAGCGGAACCCTGAACCTGGTCAACTGCAACATAACCGTACTTCCGAATAAACGCATAACCGTACCGAGTGGAGCTACACTGACTATACAGGGCACTTATATCAAAGCCTGTAACGGCGGACCCTGCAATTCATCGGGCATGTGGTATGGAATTTATGTGGCAACAGGCGGCACATTGAATATAAATGGGTACAGCATCATTGAAGATGCACAGAACGCGGTGATCACCGACCTGGTGACCGGGACCATTACAGGAATTCCTTCTTACTCCATGCGCGATGTTATCTTCAATAAAAATACGGTCGCGGTTATGATCTCGCAGCACCCGAACAATCTTGCAGCCAATGCAATTCAAAACGTGCTTTTCACCTGCCGCTCGCTTGCATCAACAGCAGCCACCGCAGGTAATTTCACCGCTATAAAAAGCGATATTGTTGCACAGACAAATAGCCAGGGTTCATTTACGGTAACCCTGTCGGGAACAAGATCGCAACAGGGCGTATACATGTACAATGTAACCAATGGTAATGTGGGTGTTCCCACCTCATCCGTTATGAACTATTTCGAAAATATGGATTACGGCATCTACATTAAAGGATCAACCAGCACCATTGTGAACAATTCGTTCATCCGTCTCCAGGGCCAGGTTGTTGCTGCTGTTCCTTACGGAGTGGGTGTATACGCTCCGCCGCAGACCCTGCCTTCCATCAACAGAACGATCACGGTAGGTACCTCTGCTCCAAGTGGCGGAAATACCTTCACCAATGTTTTAAGGGGAATAGACATTCACAATCATCAAACCAGCATCAATACGGCAAACACGTTCAGCTGCTCAAGCATTATTGTAACAGGTAACAGCCAGCAGGGTGAATGCGCGATCCTGACCTCGGATATCAGCTCAGCAGTGAATACGCAATACAACAGCGTCACCAATTTCATATCCGGAATAAAACTGCTGAGGAACAGTGTAGCCGGATCACTGAATCCTTTATTTACCATCGACAACAATACGATCACAAACAATCTTGCGAATGTGCTTCCGCAGAATGGTATTATCGTGGGAGACCTTGTGAACAATACGATCAGCACGGTGATGAATAATTCCATCAGCTATAATGATATTCAGAAATGCAACGCGGTGGCTATTAAGGTCAGCAACATTAAAAATAAAGTTACCGTTTCCCTCAACCCGAACATTACCGTCAATTATGCGGCAACAGGTAATCAGTACGGTGTATGGCTCGAAACCTGTTCGCTTGCGGTTGTGAAAGAAAATCCCAACATCCGGAGCACATACACTGGTACCTATACAAGTGTGCCCAACCAAAACATCAGGGGAATTTATGTGTACAAGAGCACGAACAACCTGATCACCTGCAACCATATATCACAGCTTGCCATTGGCATTGACGTGGAAGGAACATGCACCAGCCCAACAGCCAGCGGACCTTACGGGATCTACAGCAACAGTTTTGACCTGATGCAGATCGGGCTTCGCCTCATGAACCTTGGGGTAATGGGCCAGCAGGGTACAAGCGGCACTCCGCGTAATAATACATGGACCGCTACTCCGGGCGCTTATGTCTTCGGGCAAACCAATGTTAACGGCAGTAATCCTGCGAACAGCGTGATCTATGGCTTGTCAGGCGACCTGCCTACTTTTAATTCAGGAAGTCCCGCCTATTCATCAACAACGCTTTTTACTACTACCGGAACTGAAGCGACCTGTGTAGGGTCGAGGCAGGCGGCGCCAATTGTAAGTACTCCTGCTGTTTCGTTCAACCTGTATCCTAACCCGAATGACGGGAATATGATCCTTGATTACGCGACGGGAATGGATGCTGAGATGATCATTACGGACGGGCTCGGAAAAGAGCAATGCAGCTATCACCTGTCGAAGGAAAAAAGCAGCCTCTCACTT
PROTEIN sequence
Length: 1935
MKKLILLTAFSFICYLESASQVCGFDQLLNQALADPDAKTQYDSLSAQLHRQINQNNYQSFTQPNNYIIPVVVHLVGSQVSNAISDLQVASQIDQMNDAFANLLGSTQSVSDDAQIRFCLASQLPTNHPWSSLNTDYPTLNSTSSGITRCITSTATSVSGTHYMDVTGTAGQTALANVVYFNPANYLNIWVVNSISSSSQAQTNDVFGYSPYPLTQGPSQGQYLDGIVVRADCFGNPSLNPIRNRGLVAVHEAGHYLNLFHTYQFGCSLNLACNAPGGGDEVCDTPPVANQNAGCSVVLNSCFETPIDLNDMLENYMDHTTDACRSTYTVGQVDRMHAGIQTFRSNLVSYPNLILTGLAATGCLTGVDPTFASSLPNASTQLCVGSANTIGFNSIPGASSYTWSLPGASPATSSTLANPTGFYYTTPGVYLVTLTVTDANGLPYSSTQQIFVTTCTLSNPSQSDWYFGQSGVIDFSTGVAVAGTQSSMSNDGEGCAGISSSTGNLLFYSNGMSIWDQTHAYLANSSFNQLEGSPNSTAGSAAEGVSIAPDPANANRYYIFTVSDVPMPSSNSYINHGLGYSIADMSSGNGVLTSTVNNHPSANYATTESVISVPACNGTDYWIIVKPTVNAYTGLINVNGNLSNATLSNSILAYRLSASGLSNTPVVSSSGPYTTPIVFVVANQWITSLKVSPNKKYIALSDDDQGKTFIYRFDCETGILNYLTTLTNVEGYSCSFSPNSQLLYAASTSPSNAINQYDLSNLSECNPNPPHNTFTFNTNDPAFTLQNWGNTLQLGPDNKIYISRHGNTVPSGQSKRVAVINFPDVYNTGNNNACGYNFDGVILPNIQYVRGGLPNMNDGTTAAPVQDFTWCISNCGLVHFTPTGCGTNFNWSFGENNYSISGANGTIPSNTNNGTTSGNYEYPAHQYPGPGTYTVSLVINSTTTITHTVIITTPPPPTITGPNPVCVGQSSVSYYGPTGYNCSWTAVNGTPTTGTGQTFNINWNSFPATLTLVITDPATGCTNSSMITVTQTSSAPVANAGSNVTVCQYQSVQLNGSGNGTYQWTPLNSGLSCSTCANPVATPTATTVYTLTVSNGCGASSATVTVTLSPAPPVLASAASRSICLGSGTNITATGASTYTWSPGTGLNTTSGATVFASPPSTITYTVTGTNSLGCSNTATITITVVPLPTITVSPVNPAICVGNNIVLTAGGASTYTWTPSSSLSSSTGTSVTATPTVTTTYTVTGTASTGCVNTTTVTVTVSPGCVAANNYNSPATLSGTFSGTSLAFNADITVSGTLNLVNCNITVLPNKRITVPSGATLTIQGTYIKACNGGPCNSSGMWYGIYVATGGTLNINGYSIIEDAQNAVITDLVTGTITGIPSYSMRDVIFNKNTVAVMISQHPNNLAANAIQNVLFTCRSLASTAATAGNFTAIKSDIVAQTNSQGSFTVTLSGTRSQQGVYMYNVTNGNVGVPTSSVMNYFENMDYGIYIKGSTSTIVNNSFIRLQGQVVAAVPYGVGVYAPPQTLPSINRTITVGTSAPSGGNTFTNVLRGIDIHNHQTSINTANTFSCSSIIVTGNSQQGECAILTSDISSAVNTQYNSVTNFISGIKLLRNSVAGSLNPLFTIDNNTITNNLANVLPQNGIIVGDLVNNTISTVMNNSISYNDIQKCNAVAIKVSNIKNKVTVSLNPNITVNYAATGNQYGVWLETCSLAVVKENPNIRSTYTGTYTSVPNQNIRGIYVYKSTNNLITCNHISQLAIGIDVEGTCTSPTASGPYGIYSNSFDLMQIGLRLMNLGVMGQQGTSGTPRNNTWTATPGAYVFGQTNVNGSNPANSVIYGLSGDLPTFNSGSPAYSSTTLFTTTGTEATCVGSRQAAPIVSTPAVSFNLYPNPNDGNMILDYATGMDAEMIITDGLGKEQCSYHLSKEKSSLSL