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AR1-0.1_scaffold_21_34

Organism: AR_2015_1-01_BD1-5_23_19

partial RP 47 / 55 MC: 1 BSCG 36 / 51 MC: 1 ASCG 3 / 38
Location: 38429..42478

Top 3 Functional Annotations

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Value Algorithm Source
Putative uncharacterized protein n=1 Tax=Francisella novicida GA99-3549 RepID=A7JJ11_FRANO similarity UNIREF
DB: UNIREF100
  • Identity: 28.2
  • Coverage: 999.99
  • Bit_score: 409
  • Evalue 1.60e-110
  • rbh
Uncharacterized protein {ECO:0000313|EMBL:KKQ38174.1}; TaxID=1618481 species="Bacteria; Microgenomates.;" source="Microgenomates (Roizmanbacteria) bacterium GW2011_GWA2_37_7.;" similarity UNIPROT
DB: UniProtKB
  • Identity: 35.0
  • Coverage: 999.99
  • Bit_score: 695
  • Evalue 1.20e-196
hypothetical protein similarity KEGG
DB: KEGG
  • Identity: 28.1
  • Coverage: 999.99
  • Bit_score: 407
  • Evalue 1.30e-110
  • rbh

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Taxonomy

GWA2_OP11_37_7 → Roizmanbacteria → Microgenomates → Bacteria

Sequences

DNA sequence
Length: 4050
ATGGATAAAAATAGTTTTTCACAGTTTACTAATTTGTATGAATTAAGTAAAACTTTGAGGTTTGAGTTGAAGCCTATTGGGGAGACACAAAAATTGCTTGATGAAAATGAAGTTTTTTTAACTGATAAAATTAGACAAAGGAAATATGAAGAAATAAAACCATTTTTAGATGAATTTCATTTGAATTTTATACAATGTTGTCTTTGAGATTTGGTTTTATATTATACTGAATATAAAAAATCTTTGGATAATTATCAAAAAGATAAAAAAAATAAAGATTTAGAAAAGAAAAAACAAGATGAAGAAACAAAACTTAGAGAAGAAATTGTTGCAAGATTTAATTTTAAAATCAAAGATTATTTAAAAAATTTTTGAGAAGTTGAAATAATAAAATGAAAAAAAGATAATGATAAAATAAAAGTAATATTATGAAAAGATTGGGAAGTAGAGTTTTCAAATAATAACACAAAGTTTTTAAGGGAGACTTGAATGTTTGATTTAATGAAAAAGAATTTTGAAAAAAGATGAGATATTTATGCGACAGATAAACAAACTTGAGAAATTTACAAAAATGAAAAAACTTGAAAATATATCACTATTTTTGATGATTGGAATTGATGGCTAGGTTATCTTGATAAATTTTTTAATACAAGAGATAATTTATATAAATCAGATGGAACTTCAACATCTTTAGCAACAAGAATTATTGACCAAAATTTAAAGAGATATTGTGAAAATTTAGATATATACAATAAAATTTTTGAAAAAGAAAATTTAAAAAATAAATTTAAAAATTTAGAAACTGATTTTTGAATATCACTTGAAAGATTTTTAAGTTTAGAAAATTACAATAATTGTATTTTACAAGCATGAATACAAAAATATAATGAAATAGTTTGATGAAAAGTTATTGATAAAAACAAAAAAATTCCTTGAATAAATGAATATATAAATAAATATAGACAAGATACTTGAGAAAAATTACCTTTTTTACAAAAACTTGATAAGCAAATTTTAGCTTGATGAAAAGAGAATTTCATAGAACAAATTGAAAATGAAATTGATTTTGAAAAAAATTTAAAAGATTTTTATAATAATTCTGTTAACAAAGTAGAAATTCTAACTCATATTTTTGAAAATATATGAAAATATAGTGATAAAGATTATAAGACAATATACTTTTCAAAAGAAGCTTTTAACACTATTTCTCATAAGTTTACAGATCAAGTTCTAGTTTTTGAAAAAATTGTATTTAATGAGCTATTAAATGATAAATTAGTTGAAAAAAAAGATTTTGATAAAAAAGAAGAAAAATATAAATTTCCTGATTTTTTACCTTTGTTTTATGTGAAAAAATGATTAGAAAATTACCAAAAAGAGGAGTTGTTTTATAAATCAAGATATTACGAAAATGAAATTATAGTAGAAAATAATGATACGATTTGGAAAAACTTTTGTACTATATTAAATTATGAATTTAAAACTTTACTTTCAAATACTATAATAAATCAAAATGGTGAAGAAGTTGAAGTTGGTTTTAATACTTCAAGAAAAAAATTAGAAAAAATTTTAGAGAATTTTGCTCTATGAGAAAAAAATAATTGAATTATAAAAGATTTTGCAGATATAAGTAAAACTATTTATCAAATGTGAAAATATTTTGCTTTAGAGAAAAAAAGAGAGTGGAATAATAATTTTAACTTACATTCTGAATTTTATTCAGAATGACTAGAAAATAGTTGATATAAAGATTTTTATAATGAAGCTTATGAACAAATTATTGTTCCTTACAATTTGATGAGAAATTTTATAGCAAAAAAACCTTGGGAAGATAATAAGAAGTGGAAACTGAATTTTGATCATAAAAAATTACTTTGATGATTTACTGAAAGCAAAACAGATAAAAGTGATAACTGAACTCAATATTGAGCATATCTTTTTAGACAAAAAAATGAAGATTGAAAATATACATATTTATTATGAGTTTCTAAAAATGCAAAACTATTTAGAAAAGATAACGATGTATTAGAAAATGACACTTTATCAAATTTAGAAAGATTAAATTATTTTCAAATATTACCAAAATCTATTTATGGAGCATTATATGAGTGAAATTTTGATAGTGATAAAAAGAATTTATCAGATTGAGAAATCATAAAGAAAATTAAAAATGCTTTAAAAAATTATACTAATATTAAAGCATTTAAACAAATTGTAGAAAATTGAGAATATAAAGTTATTAAAGATATACAAAAAGATATTACTGAAGCAATTACAAATTATTGAACTATTCTAAAATATCAAAATATAACTAACAATCAAATAGAAGAAGCTAAAAAATCTAATAATCCTTTTTATTTATTTGAAATTTATTCTCAAGATTTATATTTAGAAAATTCTAATAAAAACTTACATTCTCTTTATTTTAAAGAGATATTGAAGTGAGAAAATACAATGTTCAATTTATGAAATTGAGAAATATTTTTTAGACCAAAAACTGAAAAAGAAAAATTATGAATGAAAAAAGATAAAAGTTGAAAAGAAGTCATTAACCATAAAAGATATTCTGATGATAAATTAATTTTTCATTTATCAACAATTGTAAATAATTCTTGAAATAAATTTACAAAAAGAGAATCAGACTGAGATTTCTTTAATTTCACATTTAATAAATATACAAATAATATTTTAGCAAACAATAGAGATATAAACATTATTTGAATTGATAGATGAGAAAAACATTTAGCCTATTATTCAGTAATAAATCAAAAACAAGAAATTCTTGAAAGTTGAAGTTTAAACTATATTTATCAGTATGATAAAGATTGAAATACTATACAAAAAGTAGAGAAAAAAATACAAGAAATTAGAAATGAAGAATGAAAAATTGTTGATTATGAATTAGTTGAAACTTGAAATATGATACCTTATGAAGATTATTGAGTCTTACTTGATTATAAAGAGAAAAAAAGAAGATTACAAAGACAATCATGGAAAGAAGTTGAACAAATAAAAGATTTGAAAAAGTGATATATTTCAGCAGTTGTAAGAAAAATAGCTGATTTAATTATAAAATATAATGCAATTGTTATATTTGAAGATCTTAATATGAGATTTAAGCAAATAAGATGATGAATAGAAAAAAGTGTTTATCAACAATTAGAAAAAGCATTAATTGATAAATTAAACTTTTTAGTAAATAAATGAGAAACAAATATAGAAAAGGCAGGAAATTTACTTAAAGCTTTTCAACTTACAGCTCCAATTTGAACATTTAAAGATATGTGAAAACAAACTTGAATAATTTTTTATACACAAGCAAGTTATACTTCAAAAATTGATCCAGTTACAGGATGGAGACCAAATTTATATTTAAAAAAACAAAGTGCTGAAATAAATAAATCAAATATATTAAAATTTGAATCAATTATTTGGAATAAACAAAATGATATATATGAAATTACATATGATTTAGAAAAATTTCAATCAGAAAATACAAAAAAAGAAAAAGATAAAAAAGAAGAAAAACTAGAAAAAACAAAATGGACTTTATCTACTTGTGTAGAAAGATATAAATGGAATAAAAATCTAAATAATAATAAATGATGATATGAACATTATAAAAACTTAACAAAATCTTTTCAAGAACTTTTTGATGATTATTGAATTAAAATTGAATGAGATATTTTAGAACAAATTAAAAATCTAGAAGAAAAATGAAATGAAAAATTTTTCAGCTATTTTTTAGACTTATTTAAATTATTATGTCAGATTAGAAATACAAAAGATGATGAAAAATGAGATTGAAATGATTTTATAATGTCTCCTGTTTATCCCTTCTTTGATAGTAGAAAAGAAAATGCAATTTGAGTAAAAAATTGAGATGATAATTGAGCATATAACATTGCTAGAAAATGAATAAAAATTCTTGAGAGTATATGAAAATGGAAAAAAGATAATGATAAAAAAATAGAAAATTGAGAAAAAGAAATTTATCCTGATTTGTTTATTTCAAATATTTCTTGGGACAACTTCACACAAAAAAAATAA
PROTEIN sequence
Length: 1350
MDKNSFSQFTNLYELSKTLRFELKPIGETQKLLDENEVFLTDKIRQRKYEEIKPFLDEFHLNFIQCCL*DLVLYYTEYKKSLDNYQKDKKNKDLEKKKQDEETKLREEIVARFNFKIKDYLKNF*EVEIIK*KKDNDKIKVIL*KDWEVEFSNNNTKFLRET*MFDLMKKNFEKR*DIYATDKQT*EIYKNEKT*KYITIFDDWN*WLGYLDKFFNTRDNLYKSDGTSTSLATRIIDQNLKRYCENLDIYNKIFEKENLKNKFKNLETDF*ISLERFLSLENYNNCILQA*IQKYNEIV**KVIDKNKKIP*INEYINKYRQDT*EKLPFLQKLDKQILA**KENFIEQIENEIDFEKNLKDFYNNSVNKVEILTHIFENI*KYSDKDYKTIYFSKEAFNTISHKFTDQVLVFEKIVFNELLNDKLVEKKDFDKKEEKYKFPDFLPLFYVKK*LENYQKEELFYKSRYYENEIIVENNDTIWKNFCTILNYEFKTLLSNTIINQNGEEVEVGFNTSRKKLEKILENFAL*EKNN*IIKDFADISKTIYQM*KYFALEKKREWNNNFNLHSEFYSE*LENS*YKDFYNEAYEQIIVPYNLMRNFIAKKPWEDNKKWKLNFDHKKLL**FTESKTDKSDN*TQY*AYLFRQKNED*KYTYLL*VSKNAKLFRKDNDVLENDTLSNLERLNYFQILPKSIYGALYE*NFDSDKKNLSD*EIIKKIKNALKNYTNIKAFKQIVEN*EYKVIKDIQKDITEAITNY*TILKYQNITNNQIEEAKKSNNPFYLFEIYSQDLYLENSNKNLHSLYFKEILK*ENTMFNL*N*EIFFRPKTEKEKL*MKKDKS*KEVINHKRYSDDKLIFHLSTIVNNS*NKFTKRESD*DFFNFTFNKYTNNILANNRDINII*IDR*EKHLAYYSVINQKQEILES*SLNYIYQYDKD*NTIQKVEKKIQEIRNEE*KIVDYELVET*NMIPYEDY*VLLDYKEKKRRLQRQSWKEVEQIKDLKK*YISAVVRKIADLIIKYNAIVIFEDLNMRFKQIR**IEKSVYQQLEKALIDKLNFLVNK*ETNIEKAGNLLKAFQLTAPI*TFKDM*KQT*IIFYTQASYTSKIDPVTGWRPNLYLKKQSAEINKSNILKFESIIWNKQNDIYEITYDLEKFQSENTKKEKDKKEEKLEKTKWTLSTCVERYKWNKNLNNNK**YEHYKNLTKSFQELFDDY*IKIE*DILEQIKNLEEK*NEKFFSYFLDLFKLLCQIRNTKDDEK*D*NDFIMSPVYPFFDSRKENAI*VKN*DDN*AYNIARK*IKILESI*KWKKDNDKKIEN*EKEIYPDLFISNISWDNFTQKK*