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scnpilot_p_inoc_scaffold_30_123

Organism: SCNpilot_P_inoc_Flavobacteriales_40_82

near complete RP 53 / 55 MC: 1 BSCG 51 / 51 ASCG 13 / 38
Location: 122235..127334

Top 3 Functional Annotations

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Value Algorithm Source
Fibronectin type III domain protein n=2 Tax=Myroides RepID=H1Z8E8_MYROD similarity UNIREF
DB: UNIREF100
  • Identity: 26.4
  • Coverage: 999.99
  • Bit_score: 447
  • Evalue 5.10e-122
  • rbh
Uncharacterized protein {ECO:0000313|EMBL:EKB09094.1}; TaxID=883155 species="Bacteria; Bacteroidetes; Flavobacteriia; Flavobacteriales; Flavobacteriaceae; Myroides.;" source="Myroides [odoratimimus] C similarity UNIPROT
DB: UniProtKB
  • Identity: 26.4
  • Coverage: 999.99
  • Bit_score: 447
  • Evalue 7.20e-122
putative adhesin similarity KEGG
DB: KEGG
  • Identity: 34.6
  • Coverage: 790.0
  • Bit_score: 440
  • Evalue 1.80e-120

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Taxonomy

Myroides odoratimimus → Myroides → Flavobacteriales → Flavobacteriia → Bacteroidetes → Bacteria

Sequences

DNA sequence
Length: 5100
ATGAAACAACAGTTTACAAATCGACTATGGGTCTTTTTGTGTCTTTTCGGCACGTTTCTCTTTTTCGGGAGAGGCTCAATCAATGCGCAGATTTCTGCCTCCTACAACTGGAACTCAGGAGGATTAGTCTGGACCTCAGATGATTTTGAGGTGGACACCGATTCTCCATGTGAGGGAGCAGGATCAGCAATCGTAAATTATTTTTACGGATATTCTTTTGATGCTGTATCGCCGGCCCTTTCCGGGAATAACGGAGGGATATTAACAGTAAATTTTCAGTATAAGATTACTGAATATGCTGATCCGGGGACGGAAGGTTCTCTTACTTATTTGGGGACGGTTAAGCTTCAGTGGGCTACTTCGGCAACAGGTCCGTGGACAGATATCTATACGATAGATAATACAAATCATGTGGAAAGTACTTCTTGTGCGACTATCAATGCAACAGCGAATGGCTTGCCGGCAACAGGAGATATCTACTTAAGATTTTTAGCCATAGCTGACGAAGATGCGGATTATGATTTATATATTGATGATGTTCAGGTTTCTCAGTCAGCACCACCTTCTTGCTTTGCTGTTTCCGGGTTGTCCCTTTCGGTATTACAGGCAGACGCAGCAACAGTTACCTGGAACCCATCTTCATCTTCCCCTGCAAACGGATATGTGTACTATTACAATACTACAAATACTGTTCCGGCAGCTCCGAGTGGGACGGCAACAGGAACTACAGCTAATTTATCATCTCTAACAACCAGCACGACCTATTATTTCTGGGCGGCGGCAGTTTGTGGAGCAGGTGATACAAGTACTTTAACGGGCCCGATCACTTTTGTAACTCCTTGTGCTGCGACAAATATTCCTTATTTAGAGGATTTTGAAAGCGCAAGCTTACCTGCTATCCCAACATGTACATCGGTTGAAAATGTTGGCCAGGGAAATGTGTGGACCACCGCTGCTCTTAGCGGATTCAGTAATGTAATGACTTACGTTTATAACAGTTCTTATGCAGCAAATACCTGGTTCTATACACAAGGGATCAATTTAACAGCAGGAACAGTATATCGTATATCTTATAAATACGCCAATAATTCAACTGCTTACGTAGAGAAATTCAAAGTAGCTTATGGCCAGGCTCCTGTTGCGACTGCAATGACAACTCCATTAGCTGATCATCCAAATGTAACTGGTGCAGTACTAAGTTCTAACGATGTGGATTTCACACCGTCTACATCCGGAGTTTATTATTTTGGATTTAATGCCTATTCAGGTATAAATCAGTACGAGCTGTATGTAGATGATATCAGTGTGGATTTAGCACCGTCTTGTGTAGCACCGACGAATCTGGTTACTTCAGGAATTACAGCAAATGAAGCTACGGTAAAATGGAACCAGTCCTTGTCTTTACCTGCTGACGGATATGTGTATTACTATAATACGACAAATACAGCCCCATCAGTTCCAAATGGCGCAACAGCAGCCGGTGATACGACAGCAGATCTGTCTTCTCTGACGGAGAATACAATGTATTATGTATGGGCAGCAGCCGTTTGCGGATCTGGTGATACAAGTAATTTAGCAGGACCGATCAGCTTTACAACTCCTTGTATTGCGACAAATATTCCTTATTACCAGGATTTTGAAACCGCAACTACTCCTGACTTACCTTCTTGTACATCCAGAGAAAACCTGGGGCAGGGGAATAACTGGAACACAACGAATACAACATCTTATGGTTTTTCCAGCAATGTGCTGAGATATAGCTATAATTCCAATTATGCAGCCAATGCGTGGTTTTATACACAGGGTGTAAATCTGACATCCGGTACTTCTTACAGAATTAAATACAAGTATGCTACATCTTCTACATCTTCTGTTGAAAAACTGAAAATAGCGTATGGAACAGCTGCATCAGCAGCATCTATGACAACTATTTTAGCAGATCATCCGAGCATTAGTAATAATGTTGCAGTAGAAAATTATTTGGATTTTGTACCATCTGCGTCCGGAGTTTATTATTTTGGATTTAATGTTTACTCAGCCGCGGATCAATATACTTTATACGTAGATGATATTTCAGTAGAGCTTTCACCTTCCTGTGTTAACCCGCTTAACCTGGCTGTTTCAGGGGTAACGACAAATGAAGCTACGGTAAAATGGAATCAGTCCTTGTCTTTGCCTGCTGACGGATATGTGTATTACTACAATACAACAAATACAGCTCCAACGGCACCAAGCGGCACAACAGCAGCCGGAGATACGACAATAGATCTGTCTTCTCTGACAGCTAATACAATGTATTATGTATGGGCAGCAGCGGTTTGTGGTGCTGGTGATACAAGTGCTTTAACAGGACCGATGAGCTTTACAACTCTTTGTGATGCGATTACTGCTCTTCCGTGGACGGAAAATTTCGACGGAGTAGCGGCAAATGCAACTTATACTCAGGGCAGAGTACCTGATTGCTGGTTGGGTGTGGATAAAGTAAGTGTTATGAGTGATGCTTCCAGTTATATAATACCAAGCAGCCCATCGAATGCCTTGGCTTTCCAGTACGCAACTTCTTCCACAACCGGCGCATGGGCATTTACACCTCAGTTTGAGCTGCAGGCAGGTACATCTTATCGTTTCAAGTTTAGCTACAGAAACTATAATACCAGTGCTTTTGATACTTTGCGTATTGGTCTGGGAATAAACGCTTCTGTCGGAGCTATGACAATCATTGGAACACCTCTTTATGACATTACTAATACAACTTATAGTGAATATTATGTAGATTTCACGGTTCCTTCAACAGGAAACTATAATTTAGGTATTAATGTGTGGGAGGTCTCTACTTCACCGTGGTATTTACTTGTGGATGATGTTTCATTAGATTTGACTCCTACTTGTGAAGTTCCGACGAATATTGTTGTTTCAGGCATTACAACGGATAACGCAACAATTACCTGGCAACAATCATCATCCTTGCCGGCTGATGGTTATGTGTACTATTACAATACATCAAACACGGCACCGGGATCTTCCTACAGCGGAGCAACTGCAGCGGGAGATACAACAACAGATTTATCTTCTCTGACAGCTAATACAACGTATTATGTCTGGGTAAAAGCCGCTTGTGCTTCTTCAGATTCCAGTACATGGACAGGTCCTGTAAGCTTCACAACTTTGTGTAATGCTACAAATATTCCTTATTATCTGGATTTTGAAAGTGTTACAACTCCTGCGATTCCGGGATGTACTTCTATCGAAAATGCAGGAACAGGAAACAACTGGCGAACTGCTTCAAATCCGGGATATGGCTTTACCGGCCAGGTGCTGAATTATCCTTATAATAGTTCTAATCCTGCCAATGCATGGTTCTATACACAAGGACTTAACCTGACAGCAGGAACATCCTACCGTTTGAGATTCAGATATGGTAATAACTCTTTAAGTTATACAGAAAGCCTGAAAGTTGCTTATGGAACGTCTGTTTCCAATACATCAATGACGACTGTTCTTGCAGATTTCCCTTCCATTTCATTAGAAGGCTCTAACCTGTATTTTATAGATTTCATACCTGCGTCCTCAGGAGTGTATTACATTGGTTTCAACGCTTATTCTTCCACTAACCAGTACCAATTGTATGTGGATGATATTTCTGTTGAACTGACACCTTCTTGTTCAGAACCGATGAATTTAACAGCAACAGCTACATCTCAGAATTCTGCAACTGTTGAATGGGGGCAATCCGTTTCATCACCATCTTTAGGTTATGAGTACTATTACAGCACTTCTAATACAGCGCCGACAGCATCAACTGTTGCAAGTGGTTCCACAGCAGCAGGAGATACGACAGCTGACCTGACAGGGTTAACTGCCAGCTCAACCTATTACATTTGGGTAAGATCGGTGTGTTCTTCTTCAGATACAAGTGTATGGAGTCCGTTAACATCCGTCTATACAGGATATTGTATTCCTGAATCAGATTACGGAGATACCTATTTTGACAGTGTATATACTATTGGTGGTGTAACAAACATTACAAATAACGGTTCGGGGTACGCAAATGGCGGCTATGCAGACTATTACAACTCTGACTCATTGACCATTATGGTGGGAGATACGGCGTATATGACATTTTATCTGGCCAGTTATTCTGGCGCAGGAGTATCAATTTATGTAGATTTTGATAATAACCTGACGTTTGATCCTTCGGAGCAGCTTTATTCATCCGGAACATATCTGGGAGATGAATTGGTTACACTACAAATCGCCTTACCGGCATCTATAGCTCCGGGAACTTACCGTGCGCGTATCATTTCCGATGATATGACAGATGATCCTTACGCATGTGAAATTCTGGAAGACTGGTGGTTCGGAGGAAGATACGGAGAAGCGGAAGACTATAAGATCGTAGTTATTCCTGCGTGTACGCCACCGGTTGTAAATCTGGGCGCTGACAGCTCTGTTTGTGCAGGAACAAGCGTAACGTTGAATGCCGGTAATCCGGGAAGCACTTACCTGTGGAGCACAGGAGCGGTAACACAGACTATTTCGGTAAATGCTCAAGGTTCTTATTGGGTAAAAGTTACCGATGGAGTATGTTCAACATCTGACACTGTAACGATCACTGTTAAACCTCTGCCAACTGTTTCTGTAACAGCGAGCGCCTTAACAGTTTGTCCTGATAAGCCGGTGACATTAACAGCGAGCGGAGCAGACAGTTATGCATGGAGTGACGGAGGAACAGGTGCGACACATGTTGTTACGCCATCTGCGACGACAACTTATACAGTAACGGGAACAACAAACGGATGTTCCGGTGACGCGACAGTTTCAATTATCGTACAGGATTGTGTAGGGCTGGAGGATGTCGCTTCTTATTCCGTGAAGTTGTATCCGAATCCTGCAAGCTCTTCTGTGACCATTGCCGGAGAAGCTTTGACAGCTCATTTCACTTCTTATACAGTAGTTGACCTGACAGGTAAAGTTGTCCTGGAAGCTTCTGTTACAACGGATGAAACTTCGATTGATGTACACTCTTTAGTAGATGGAATTTACTTTGTGAACCTTCACGGATCGCAGACTAAAACATTTAAAGTAGAGATCAAACATTGA
PROTEIN sequence
Length: 1700
MKQQFTNRLWVFLCLFGTFLFFGRGSINAQISASYNWNSGGLVWTSDDFEVDTDSPCEGAGSAIVNYFYGYSFDAVSPALSGNNGGILTVNFQYKITEYADPGTEGSLTYLGTVKLQWATSATGPWTDIYTIDNTNHVESTSCATINATANGLPATGDIYLRFLAIADEDADYDLYIDDVQVSQSAPPSCFAVSGLSLSVLQADAATVTWNPSSSSPANGYVYYYNTTNTVPAAPSGTATGTTANLSSLTTSTTYYFWAAAVCGAGDTSTLTGPITFVTPCAATNIPYLEDFESASLPAIPTCTSVENVGQGNVWTTAALSGFSNVMTYVYNSSYAANTWFYTQGINLTAGTVYRISYKYANNSTAYVEKFKVAYGQAPVATAMTTPLADHPNVTGAVLSSNDVDFTPSTSGVYYFGFNAYSGINQYELYVDDISVDLAPSCVAPTNLVTSGITANEATVKWNQSLSLPADGYVYYYNTTNTAPSVPNGATAAGDTTADLSSLTENTMYYVWAAAVCGSGDTSNLAGPISFTTPCIATNIPYYQDFETATTPDLPSCTSRENLGQGNNWNTTNTTSYGFSSNVLRYSYNSNYAANAWFYTQGVNLTSGTSYRIKYKYATSSTSSVEKLKIAYGTAASAASMTTILADHPSISNNVAVENYLDFVPSASGVYYFGFNVYSAADQYTLYVDDISVELSPSCVNPLNLAVSGVTTNEATVKWNQSLSLPADGYVYYYNTTNTAPTAPSGTTAAGDTTIDLSSLTANTMYYVWAAAVCGAGDTSALTGPMSFTTLCDAITALPWTENFDGVAANATYTQGRVPDCWLGVDKVSVMSDASSYIIPSSPSNALAFQYATSSTTGAWAFTPQFELQAGTSYRFKFSYRNYNTSAFDTLRIGLGINASVGAMTIIGTPLYDITNTTYSEYYVDFTVPSTGNYNLGINVWEVSTSPWYLLVDDVSLDLTPTCEVPTNIVVSGITTDNATITWQQSSSLPADGYVYYYNTSNTAPGSSYSGATAAGDTTTDLSSLTANTTYYVWVKAACASSDSSTWTGPVSFTTLCNATNIPYYLDFESVTTPAIPGCTSIENAGTGNNWRTASNPGYGFTGQVLNYPYNSSNPANAWFYTQGLNLTAGTSYRLRFRYGNNSLSYTESLKVAYGTSVSNTSMTTVLADFPSISLEGSNLYFIDFIPASSGVYYIGFNAYSSTNQYQLYVDDISVELTPSCSEPMNLTATATSQNSATVEWGQSVSSPSLGYEYYYSTSNTAPTASTVASGSTAAGDTTADLTGLTASSTYYIWVRSVCSSSDTSVWSPLTSVYTGYCIPESDYGDTYFDSVYTIGGVTNITNNGSGYANGGYADYYNSDSLTIMVGDTAYMTFYLASYSGAGVSIYVDFDNNLTFDPSEQLYSSGTYLGDELVTLQIALPASIAPGTYRARIISDDMTDDPYACEILEDWWFGGRYGEAEDYKIVVIPACTPPVVNLGADSSVCAGTSVTLNAGNPGSTYLWSTGAVTQTISVNAQGSYWVKVTDGVCSTSDTVTITVKPLPTVSVTASALTVCPDKPVTLTASGADSYAWSDGGTGATHVVTPSATTTYTVTGTTNGCSGDATVSIIVQDCVGLEDVASYSVKLYPNPASSSVTIAGEALTAHFTSYTVVDLTGKVVLEASVTTDETSIDVHSLVDGIYFVNLHGSQTKTFKVEIKH*