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Meg22_810_Bin_76_scaffold_33008_13

Organism: Meg22_810_Bin_76

megabin RP 39 / 55 MC: 14 BSCG 32 / 51 MC: 10 ASCG 32 / 38 MC: 8
Location: comp(11398..15771)

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
PREDICTED: early endosome antigen 1 isoform X1 n=1 Tax=Microtus ochrogaster RepID=UPI00038C06E2 similarity UNIREF
DB: UNIREF100
  • Identity: 21.1
  • Coverage: 796.0
  • Bit_score: 114
  • Evalue 8.80e-22
SPBc2 prophage-derived transglycosylase {ECO:0000313|EMBL:ETT41433.1}; TaxID=1226755 species="Bacteria; Firmicutes; Bacilli; Bacillales; Paenibacillaceae; Paenibacillus.;" source="Paenibacillus sp. FSL R7-269.;" similarity UNIPROT
DB: UniProtKB
  • Identity: 21.5
  • Coverage: 1189.0
  • Bit_score: 117
  • Evalue 1.10e-22
autotransporter adhesin Aae similarity KEGG
DB: KEGG
  • Identity: 27.3
  • Coverage: 483.0
  • Bit_score: 92
  • Evalue 7.70e-16

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Taxonomy

Paenibacillus sp. FSL R7-269 → Paenibacillus → Bacillales → Bacilli → Firmicutes → Bacteria

Sequences

DNA sequence
Length: 4374
ATGCTAGGTCAAGGACACTCAGGAATACCACAAGCTGGAATCGAGCTTGTGGTATTCCGTTTTGCCGCTTTTATGAGCATGATGCGCCGCGCCGAATACGGTGTCGGCATCTTAAACGATTCTCTTCGTGATTCTGCGATAAAATCAAAAGAGGCATCCAGGGCATTCCAACACCTTGAAGCGACGCAGCAAGAAGAAATCTTAGCATCAATAGAGCAAACATTTGCAGCAAAAAAAGAGACGGTTGCATTAGGTATTTTAGGCAACGTCATTTTAGTCGTAGGAAATCGCATGTCTGCGGCCACTGTACAAATACGAACTTATAGACAAGAATCGCAACGGACAGAGGCGGTATTGCAGCGTGTTGCTAAAGTGCATGACATTACGGCGGCGTCGCTTAAGGCGTATACAAAGACAGTTGAAGATAATGCACAATCAATGTCTAAGGCCCGTGGATACATCACACAATTTGAAAATGCGCAACTAGACGCAAACGATGCTGTGCGGTTGGCTGCAGTTGCGAATGATGTTGCTGCGGGTACTACAGGAGATACTGCAAAAGCATATGATTTGCTCACACATGCCGCTGTAAACGCCTCTGTATCTATGCTCAATTCCTTACGCGTAGGAAATAGTGCTGATCGCGTATTTGCTGCATACGCTGCGACAATAGGAACTACAGCAGAAAAGCTAACAGATACAGAACGCCGATTGGCCACATTAGATTACGAATTTCGCATAGGTGCGCAATACGCTGGCGCATATGATGCGACTTTGGGCACTCTATGGCATGCACAAAATGAGTTGAACGGTGCATGGTCTGAAGCAAAAGACAGCTTAGGGCGAGGAATTACGCCAGCACTTATGGCACTTATGTATGCTGCCACATTAACGCTAAAGGCGTTTAACGCCTTGCCGAAGGGAATTAAGGCACTTATTGGTGGGACGTTTGCTACAACAGGTGCGCTTTTGGCCCTTATTGGTACAATAAATACAACAAAAATATCTGTACAACTGCTCACAGAAGCACTAAATGCTAAGGGCATCAAAACCTTTTCTGACGTAACGGCTGCGTTGACAAAACGAATGAAAAAGTATCTGCAGCTAGACACAGCGAAGAAAATAACTGCCAATGCCGCTGCAACAGCAAAAGATACCAGTGCAAAGGCAGCTAATACTGTAGCTGTAAATGTAAATACCACGGCTGTGGCAGCTAATAATGCTGTGCGTGCTAAGCAATTAACATTAGATGCACAATTAGCTATCGGCAATGCAATGACGTGGGAGCGAGCAAAAGCGCTCGAGAAGGTATACGCAATTTCAAAGAAGCAACACTCGATTTCATGGTTGTTGGATAAGGATCGGTTCATTCGTGGTACGCAACCGCATCTCCCTGGAATTGTTCCTACGAGCGTATTTGATATAGCACGTGATGCTGAAGCAGGACCTATTGGACAAGTTGTGGACATGGCTGCAACAAAGCGTATGGCCAAACAGTTGGATATGTTTGCACAGCTCCAAACTAAAGCAACACAGCTAAAATTGGAAGACGCACCACGGTGGTTCCCAAGACCTGAACATGCAGATGCATTTGACGCATATATTGCAGATGTCCTCGCGGGAACAAAGGCAAATCGTGGATTTATGGCATCTATGGCGGCGAGCAATGCACCCATAGCCAAATTCATCACATTGATGGGGAAAGCAATAACTGTCCAAACAGGATTCAATGCTGTGGCAATATCTACAATAACATTACCCCTCATTGCTTGGCTGGGCCTTGTTGCTGTCGGTGTTGGTGGAGTAGCATATGCTTTTAGCCAACTAGACAAAAACATCGACAAACACGAAGACGCGTTGCATGATTTGGATATGGCGTACCGTGATTTCATAACCCTAAAAAAGGCAAACATCGTCCTTGGTTCAGATATTACAGACGACCTAAAAAGATTCAACTTCAACCTTGAAGAGGCTGTCTACCAATATAGGTTATTGTATACTGCCCAAGACGATTTCGCCAAGGGAGCGCAAATAGCGCGCGAGCAAATAAACTTGCTAGTCGAACAGGAACTGAAGAGAGTTAGGGAAGAGATAGATAAAATTGAAGATAGCTTAGATGATTTGGGCACAGAAAAGTTTGAATTGCGCGTAGAAATACACGACATTGATGAGGAAATTGCAGCTATAGAAAAACAAATGGCTGCATTGGACCTACAAGTACGTCCGCAGCAAAAGTGGTATGAACAGGTGCAGAGGGAAGTGACGCTTATAAAGATCCCACTGCAGCTGGACAAGCTAATGCTGGAAAAGATACTGCGTGAAGTCGAGGATGCTGCAGATGAGGTGCGCAAGCGCTTTGATGAAAGCGCTGAGTATCTCTATGCCAAAGAGCAACTAGAGGCAGCACAGCAAGCAGCGGAGGGATATGAACGGCAACTCAGTAAGGTAGCACGAGAAATCGCAGCCATAGAAGAGCAGAGTGCCGCGCTAGATCGTTTACTGCAGCCTCTACGAGAAGCCATTGCGCTAGAAGAAGCGCGGGCGACGATTGCTGTAGCACCGCTTATAGAAGAGAAGATAGCTATTGAAGAAACTATCGTGGCGTATGAGCGCCAGATGGAAGCAATCCGCAAATCTATACTCGAAGGACAGGAATACACATCAATAACAAAAGAACTTGAACGGCAAGAGGATATTCTCGAAGATATAGCAGAAAAAATTGCTGCTGTCGACGATGCAATGAGCGCAGTACGAGAACAAGAGTATGAGCTTGACAAGGCCCTGTGGCCGTTTGAGGACGCTTTAGCTCGCGCAGAAGCCGCTGCAACATTGATTATAATTCCTTTGGAGCGACAGAAAAAGGTCATCCAAGCAGAAATAGCTGCAATGGAAGAAGCAGCTGCAGTAGAGCAGAAGAGATACGACGTAATAATCAGCGCATTAGAAGAGCGCATACGTTTGCAAGAGGAAGTGTACGAGCAGGCTTCCGAATATGCCGCTGTTCTGGACCACGAACTCTTTATGGAGAGGCTACGTAACACGATTCTGCGCAAAGCAGGATCTGCTCGCCAGTTAGAACTAGAGAGTGAACGTCGTGTGCAGGACGTCGTAATAGCTAAAGAGCAAGAGCGCCTGCAGAAAATGAAAGACGAATTAGACGACCAAAAAGAGCTTGCCGAAATACAGAAAGAGGCAGCGGACAAGCAAATAGAAGCTGCTAATAAGCAAATAGAAGCTATTGACGCAATGATAGATGCAGAAAAGGAGCGCATAACTTTCCTTGAAGAAGAGTTAGCAATAGCTAAAGCGCTACAGTTCGAAGAGCGCCAAATACTCATTGAAAAAATGCGGCGTTTGGAAGAAGAGCGAAAAGCTCTTATAAAGCAGCAAGATGTTGTAAAAGAAACGATAAAAAATCTGGAAGATCGCTTAGCTGCGATTGAAAAAGCAATGAACGAGCAGTTAGATATCATTGGGGGGAAGAAGAGCGCTGCGGAAGCGCGATTACAAGCTATAGAAGATGCCATAAACTCAGAGTTTAAATACTCGGAAGAACTAAAAAGACAATTAGCTATAGAAGAAGCAAAGCAAGTAGCGCAACAGATAAATTTCGCCCGCCGTATCGCAGCACAAGAAGAGATAAAGAGGCAGATAGAAAAAGAACTCGGTCTGGTCGATGACGAGATTACTAAATACGAAGACATAATTAAGAAAATAGAAGAAGCCCGTGATGCAGAACTGGCACTGATAGAGGCAAGAAAGAAGGCGATTGAAGAACAAATTGCGATCGTAGACAGAAAAATTACGGAACAAAATGCTAGAATAGAACAACAAAAGCTGCTTGTAGAGCACGTGGCGACAACTATTGCGCAACAGAAAAAGGACATGCAAGATCAAGTAGACGAATTAAATGCGCAGAAAGATGTGTTAGACGATATTGTTAGTGGCGTCGATTGGGAAATAGTTCTCTTAGAGCGTAAACTCAAAATACAACAGGATATAACAGACGAGTTGGAACTGCAAAGGACAATAGCATTAAATACTATCGATGATATACAGAATAAGCTCCAAGAGGAGGCTGATAAAACCTCATGGATAGACGAGTTCTGGGAAGCGATACAGCAGGCTGTAATACGTAGTGGAATCTTCAAGGGCATACTGTGGAATTCCTCAGATTCCGCTTCACTTCAAGGAGCATTTGGCCAAGGTGCAGTAAGTGGTGGGCTTCCTCAACAAACGCAAGGACCTACAACGGTCACTAACAATTATAGCATTCAAGGGCATACCGTACAGGTGGATGCAGCATACGCCAATTCACAATCTCCTGCTTCTGTACGAGAGGATGTAGAACTAGCACTCCAGATCGCGAGGTAG
PROTEIN sequence
Length: 1458
MLGQGHSGIPQAGIELVVFRFAAFMSMMRRAEYGVGILNDSLRDSAIKSKEASRAFQHLEATQQEEILASIEQTFAAKKETVALGILGNVILVVGNRMSAATVQIRTYRQESQRTEAVLQRVAKVHDITAASLKAYTKTVEDNAQSMSKARGYITQFENAQLDANDAVRLAAVANDVAAGTTGDTAKAYDLLTHAAVNASVSMLNSLRVGNSADRVFAAYAATIGTTAEKLTDTERRLATLDYEFRIGAQYAGAYDATLGTLWHAQNELNGAWSEAKDSLGRGITPALMALMYAATLTLKAFNALPKGIKALIGGTFATTGALLALIGTINTTKISVQLLTEALNAKGIKTFSDVTAALTKRMKKYLQLDTAKKITANAAATAKDTSAKAANTVAVNVNTTAVAANNAVRAKQLTLDAQLAIGNAMTWERAKALEKVYAISKKQHSISWLLDKDRFIRGTQPHLPGIVPTSVFDIARDAEAGPIGQVVDMAATKRMAKQLDMFAQLQTKATQLKLEDAPRWFPRPEHADAFDAYIADVLAGTKANRGFMASMAASNAPIAKFITLMGKAITVQTGFNAVAISTITLPLIAWLGLVAVGVGGVAYAFSQLDKNIDKHEDALHDLDMAYRDFITLKKANIVLGSDITDDLKRFNFNLEEAVYQYRLLYTAQDDFAKGAQIAREQINLLVEQELKRVREEIDKIEDSLDDLGTEKFELRVEIHDIDEEIAAIEKQMAALDLQVRPQQKWYEQVQREVTLIKIPLQLDKLMLEKILREVEDAADEVRKRFDESAEYLYAKEQLEAAQQAAEGYERQLSKVAREIAAIEEQSAALDRLLQPLREAIALEEARATIAVAPLIEEKIAIEETIVAYERQMEAIRKSILEGQEYTSITKELERQEDILEDIAEKIAAVDDAMSAVREQEYELDKALWPFEDALARAEAAATLIIIPLERQKKVIQAEIAAMEEAAAVEQKRYDVIISALEERIRLQEEVYEQASEYAAVLDHELFMERLRNTILRKAGSARQLELESERRVQDVVIAKEQERLQKMKDELDDQKELAEIQKEAADKQIEAANKQIEAIDAMIDAEKERITFLEEELAIAKALQFEERQILIEKMRRLEEERKALIKQQDVVKETIKNLEDRLAAIEKAMNEQLDIIGGKKSAAEARLQAIEDAINSEFKYSEELKRQLAIEEAKQVAQQINFARRIAAQEEIKRQIEKELGLVDDEITKYEDIIKKIEEARDAELALIEARKKAIEEQIAIVDRKITEQNARIEQQKLLVEHVATTIAQQKKDMQDQVDELNAQKDVLDDIVSGVDWEIVLLERKLKIQQDITDELELQRTIALNTIDDIQNKLQEEADKTSWIDEFWEAIQQAVIRSGIFKGILWNSSDSASLQGAFGQGAVSGGLPQQTQGPTTVTNNYSIQGHTVQVDAAYANSQSPASVREDVELALQIAR*