ggKbase home page
Advanced Search
Search Help

rifcsplowo2_01_scaffold_10054_11

Organism: RIFCSPLOWO2_01_FULL_Pacearchaeota_37_9

partial RP 27 / 55 MC: 7 BSCG 15 / 51 MC: 1 ASCG 27 / 38
Location: comp(7414..11634)

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
hypothetical protein Tax=RIFOXYB2_FULL_OP11_Roizmanbacteria_38_10_curated similarity UNIPROT
DB: UniProtKB
  • Identity: 31.5
  • Coverage: 594.0
  • Bit_score: 198
  • Evalue 4.80e-47
Putative uncharacterized protein id=5046322 bin=GW2011_AR3 species=GW2011_AR3 genus=GW2011_AR3 taxon_order=GW2011_AR3 taxon_class=GW2011_AR3 phylum=Archaeon tax=GW2011_AR3 organism_group=Woesearchaeota organism_desc=gwa2_.43_13b similarity UNIREF
DB: UNIREF100
  • Identity: 25.7
  • Coverage: 999.99
  • Bit_score: 173
  • Evalue 1.20e-39
putative outer membrane adhesin like protein similarity KEGG
DB: KEGG
  • Identity: 24.4
  • Coverage: 795.0
  • Bit_score: 98
  • Evalue 1.80e-17

Lists

This feature is not on any list.

Notes

This feature has no notes.

Taxonomy

RIFOXYB2_FULL_OP11_Roizmanbacteria_38_10_curated → Roizmannbacteria → Microgenomates → Bacteria

Sequences

DNA sequence
Length: 4221
ATGATAGATAAATATAAAAAAATGAGGTTTGAGAGGGCGGCATTAGTCATAACTTTAATAGTTGGACTTCTTTTCTTTTTGCCATTAGTTTCCGCAGCAGATCCTGGCCACGGAGCTGCTGTTATTGGTCCAGGTTCATTTGAAGCAGGAAATTATGTCTTTCCTAATAATATCACTATCGGCGGCAATACTTTGCATGTTGATAACAGCACAGGGAGAGTTGGAATAGGAACTTCCACGCCGACTCATAAGTTAAATGTTGTAGGAACTTTCAATGTAACTGGATTGTCATACTTCGGTGCAAATATTAGTATGGTGGGATTTCAAATCAATAATTTGGGAACGCCAAAGTTATCAACAGATGCAGCTACAAAAGCTTATGTTGATAGTATTACTGGAGGTGCTGGAAGCACAGTATGGAGTTCAGCTTCAGGAGTAGTTTATCTTAATACAACTACAAATAATGTAAGCATTGGAGGGACAACAAGCAGTTCAAAACTAGAAGTTGTGGGAGATGTTGGCATCACAAATGGAAGCCTGTGGATGCCTGTTTATTCCAGTGATGATGGCCTTGTCGGCTACTGGGATTTCGGAGAAGGAACAGGAACAACAGCATTTGACAGAAGTCCATATGGGAATGATGGCACTTTAAATAATACTGCTACAAGAGGCTCAGGCAAATATGGGCGCGGCGGATTATTTGATGCACAAAACGGGACAAGGATGATTGTATCACAATCTCCTTCATTAAACATATCCCGTAATAATTTTTCATATTCCTTCTGGGTAAAGAGAGGAAATGGTCAGACCAATATAGCTCCATATGTAATACAAAAATCCTCTGATGAAATCAGAATATTTTATTCTTCAAATAATGAAGTACTTAACTTTATTCTTAGGAACTCTACAGGAGGCCTAACTAGTAGAACTCTTGGGACTACCCCTTACGATATATGGACATTTGTAACTCTAGTTAAAGATGATACCAATGTAGTCACTTATATCGATGGAATTGCGACCAATATTTATACAAGTGAATTGCTATCAGGATATAATAGCGACTTAAATATAGCAGGGGTTAATACCAGAGAATTTAATGGTTCCATTGATGAAGTAAAAATATATAATCGGGCATTAAGTCCCGATGAGATTAAAGCGCAATATCTTGGAGGTCTGCAAAGCCATAGCGTAATAAGAGCAGATAAGTTCAGGATTGTCAATACAACAGGTTCAACACAGTTGTATGTTAATGGGAGCAATGGAAACATTGGAATAGGAACGGCTTTGCCCTCAGCAAGACTAGATATAAAGAAAGCAGGAGCAGGAGCATTCGGATTGAATGTTTCAGGCAATCTTTATGTTAATGATACGAATGTGGGGATAGGGACTGCGACGCCGAGTGCAAAATTAGATATAGATACAGGAAGCAATTCGTTGGGATTAAGATTGCGAGGAACAGCAGAAACAACAGAGATTGCCGATATGTTTGTGAGCGATGGGGGCGAACTTGTCTTGACAACTAGAAATACTGGGGGAAGTACTGCATTTATTGAAGTCGATGCAGAAGATGACCAATATGGTTTAATCATCCGAGATTCAAATACGGGCAGCAGCCAATATGCTAATCTTTACATGACTGATGCAGCAACTGATTATCTAAACATAGTGCTAAATGCTGCAACTTCAACTACAGGATTGGTAATAGATGATAATGATAGAGTCGGCATCGGCACAACAACTCCAAGCCATACCTTAACCGTAAAGAGCGGAGCTACAGGCGGGGCGGATGTTAATTTGTCAAATGTGTTGTATGTGAATGGGAGCAATGTGGGGATAGGGACGACGGGGCCAGTGGGTAAATTGAGTGTTGTGAACAGCAATGCAACTCTTGCCCGAGGAATAATCTTGCGTAATCCTGATGGGACGACAGGTTCATCTATATCTCTTGATTTTGAGACTTCTGGAGGAGTGCATGGCGATGAGGCAGCGATGGCTGGCAGGATTTCTGGTGTAAGGCTTGGGTCAGGGACCGCTGGCGCTTTAACTTTTAGCACAACCAATGCAGGTGTTTTAGGAGAACGGGTTAGGATACTAGACACAGGCAACGTCGGCATTGGCTTAACTTCCCCAACAAGCAAACTGACAGTCAATGGAACAATAGATGTTCTAAACAATAAAATAGTTAATTTGTCCACTCCCACACTTGCCACAGATGCTGCTACAAAAGCTTATGTTGATTCGATAACAGGTGGCGGCGCGAATCTCAGCGGTTCTGGCGGGACAAATTACTTGGCTAAATGGACAGGAACATCATCATTGGGAAATTCAACGATTTATGATAATGGAACTTATGTTGGGATTGGTACGGGTTCTCCGTCTGATAAGCTAGAAGTTGTTGGCAATATAAGAGTAGAAGCAGGTTCAAATAAGGGAGATTTATTGTTTACTGATGGCACTGCTTATGCAAGTAATAGGACTAGTTTTATCTCAACTCTAGCAGGAATAAAAGGAAGATTAGTTAATTATAACCCTGACTTCTCTCAAAATACAACCCAATATGTGGTCTATGATAATAATGTCTCTGCTCCAAATCCAGTCCATACAATAGTAAGTGAGACTTCATCTCCCAGTACTTCAGGAAAGATATTGAATATATCTTATGATGGAACAGGCACCCCCGATAGCAATCCGATTCCAGGATATGGAGGATTTTATATTGCAGTATCGAAATGTGCCTCGAAAGCCAGTGATGATTGTTATATAGAGGGGAGTAGATATGTTTATAGGATTTGGGCTAAGATACCTTCTGGAAGAACAATTAGTTTTACTAGTAATGCTTATGGAACTGGCGGGTCATACAGTTGGATAACGCCTACAGATGGTACGGATAATTGGTATCAATATATTATGGTACAGAAAATAGGGGTAGGGGGTTCTCTTAGTTCAACTGGATTTTGGTATATTCCAGGAGGAGATAATGTTGCATTTAGCTGGCAAGTCGCTTCTGTTGAGATGATTGGTGTAGATGAACCTGCAACGGTTGATCAAACAAAGTCTTTGAATATAGGGTATAAACAGGGAGTCGCTTTGGGCTCAGGGACTTTATTGTCAACAGCCGATACTTATTTGGCAACAGATTCGGGCAGCGTTGGGGTGGGGACGACGACTCCGACGCAGAAGCTTGATGTTAGAGGTTCAATCAACGTGTCAGCAGATATTTATGTAAATAATGGAACTTCTTTAGCAACATGGGCATATAACCAAACTACAACCACTCTTCCTGCAAGTGCCATCACTGCAGGAACATTCGGAGCAGGTAATTTCATATTCCAGAATAATTTGACTGTTGGGACAACGCAGTTTTTTGTTAATAAAGATACGGGGAATGTCGGGATTGGAACGGCGACTCCGGGGGCGAAGTTGCAATTATATGGTAGTACAAATTGGCGAACGATCAGCATAGGTGCCGATAGTGGACAGTCATATATTGCCAATAATGCACAAGAAACTAGCGGTACGTGGTCTGTGAATGATGCAACCTATCATGGGGTCAAGTGGGAGACTCAAATAGGAACGGCTGATAGTACCACTTATCACAAATTTGATTTCATAGACAAGACAAGTGGTGCAGAATCTACAGCAATGGTAATTGGAAAAGACGGCAACGTCGGCATTGGCTTAACTTCCCCAACAAGCAAACTGACAGTTAATGGAACAATAGATGTTCTAAACAATAAAATAGTTAATTTGTCCACTCCTACTTTATCAACGGACGCAGCTACAAAGGCTTATGTTGATTCGATAACAGGTGGCGCAGGAAGCACGGTATGGAGTAAGTCGGGAGGGAATGTATTTTTGAATACTAGCACTGATAGCGTGGGGATTGGGACTGCGACGCCAGCAAGTAAGTTAGAGATTAACGGAAGTGAAGATAGTTCTCTTTTAACGTTTAGGTCATCAAGTGCAGCTTCAATTGCATTGTTTCCTATTAATACTAGGGAATGGGAATGGAGAGCATCAAGTTCTGGAGACTATAAGTTTATTTTAAATAATACTGCCACAGGCGGTTTTGATTTGGCTGTTCTTGGTAAAGTTGGAATAGGCACAACTTCCCCCAGTCATAAGCTGAGCGTGGTGGCGGGAGGGGTGAACGTTACAACGACATCTAATACTGCTAATTTCAGAATTGAGGAGAGTGGGGATGTTATTATTGGGATATAA
PROTEIN sequence
Length: 1407
MIDKYKKMRFERAALVITLIVGLLFFLPLVSAADPGHGAAVIGPGSFEAGNYVFPNNITIGGNTLHVDNSTGRVGIGTSTPTHKLNVVGTFNVTGLSYFGANISMVGFQINNLGTPKLSTDAATKAYVDSITGGAGSTVWSSASGVVYLNTTTNNVSIGGTTSSSKLEVVGDVGITNGSLWMPVYSSDDGLVGYWDFGEGTGTTAFDRSPYGNDGTLNNTATRGSGKYGRGGLFDAQNGTRMIVSQSPSLNISRNNFSYSFWVKRGNGQTNIAPYVIQKSSDEIRIFYSSNNEVLNFILRNSTGGLTSRTLGTTPYDIWTFVTLVKDDTNVVTYIDGIATNIYTSELLSGYNSDLNIAGVNTREFNGSIDEVKIYNRALSPDEIKAQYLGGLQSHSVIRADKFRIVNTTGSTQLYVNGSNGNIGIGTALPSARLDIKKAGAGAFGLNVSGNLYVNDTNVGIGTATPSAKLDIDTGSNSLGLRLRGTAETTEIADMFVSDGGELVLTTRNTGGSTAFIEVDAEDDQYGLIIRDSNTGSSQYANLYMTDAATDYLNIVLNAATSTTGLVIDDNDRVGIGTTTPSHTLTVKSGATGGADVNLSNVLYVNGSNVGIGTTGPVGKLSVVNSNATLARGIILRNPDGTTGSSISLDFETSGGVHGDEAAMAGRISGVRLGSGTAGALTFSTTNAGVLGERVRILDTGNVGIGLTSPTSKLTVNGTIDVLNNKIVNLSTPTLATDAATKAYVDSITGGGANLSGSGGTNYLAKWTGTSSLGNSTIYDNGTYVGIGTGSPSDKLEVVGNIRVEAGSNKGDLLFTDGTAYASNRTSFISTLAGIKGRLVNYNPDFSQNTTQYVVYDNNVSAPNPVHTIVSETSSPSTSGKILNISYDGTGTPDSNPIPGYGGFYIAVSKCASKASDDCYIEGSRYVYRIWAKIPSGRTISFTSNAYGTGGSYSWITPTDGTDNWYQYIMVQKIGVGGSLSSTGFWYIPGGDNVAFSWQVASVEMIGVDEPATVDQTKSLNIGYKQGVALGSGTLLSTADTYLATDSGSVGVGTTTPTQKLDVRGSINVSADIYVNNGTSLATWAYNQTTTTLPASAITAGTFGAGNFIFQNNLTVGTTQFFVNKDTGNVGIGTATPGAKLQLYGSTNWRTISIGADSGQSYIANNAQETSGTWSVNDATYHGVKWETQIGTADSTTYHKFDFIDKTSGAESTAMVIGKDGNVGIGLTSPTSKLTVNGTIDVLNNKIVNLSTPTLSTDAATKAYVDSITGGAGSTVWSKSGGNVFLNTSTDSVGIGTATPASKLEINGSEDSSLLTFRSSSAASIALFPINTREWEWRASSSGDYKFILNNTATGGFDLAVLGKVGIGTTSPSHKLSVVAGGVNVTTTSNTANFRIEESGDVIIGI*