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Identifier: 114049129

GI number:

Start: 4321997

End: 4336372

Strand: Direct

Name: Not Available

Synonym: Shewmr7_3642

Alternate gene names: NA

Gene position: NA

Preceding gene: 114049128

Following gene: 114049130

Centisome position: NA

GC content: NA

Gene sequence:

>14376_bases
GTGCATCTTTTGATTAACACTATCGGGTGTTGGGAGCTTATTATGGGATCGATCATTACTACAAAGAAAGGTTTGCTCAA
ACTGGTCAAAGGGCAAATCGAAGTCGAGGTTAATGGTTCAAATCAACCCGCTAAGGATGGCGAGCAACTCCCTAAAGGTG
CTGTGCTACATATTGGTGAAAATGCGACCTACGAAATCACCTTTGATGATGGTACTAAACTTTCTAATGAAGTTCCCCCT
AACGCAACAGCTGCCGCCCCCAACACGGCAAATGAAGCTGCCCTAGATGAAATTCAAGCATTGCAAGATCTTATCGCTTC
AGGCGAAGATCCAACTCAGAACCTGCCAGAAACCGCAGCAGGTAATGCTCCTGCGAGTGATGGTAATTCAGGCTATGTCA
CCTTAGCCCGTGATGGTACAGAAGCCTTAGCAACATCAGGTTATTCAACCTCAGGACAAACGCTCACAGCAGCCACAACT
GCCGCACCAGAGCAAACCGTAGCAACCGACTCTCCTTCTGTATTAGCTAACGACAGCAATACAGTCGATGAAGATACTGT
TGCTTCAGGCAATGTGCTCGATAATGACGTGGATGCCGATAATGAATTAACTGTGGTTGGGTTTAATCTTAATGGAACCG
ACTTTGCGGCGGGCACGGTTGTTACACTCGAAGGTGGCAGCTTTATTCTAAATGCTGATGGTTCTTATACCTTTACCCCT
AATGAGAACTGGAACGGCCAAGTTCCTGTTATTACCTACACCACTAATACTGGTTCGACTGCCACATTAACGATTAACAT
CACCCCAGTTGATGACCCATCGGTATTAGCAAATGATAGCAATACCATCGCTGAAGATACCGTCGCCACAGGTAATGTGC
TTGATAACGATTCAGATGTTGATTCCAGCTTAAGTGTGGTGAGCTTTACAGTATCGGACAGCACCTTTGCAGCAGGCACA
ACTGTCGCTCTCGAAGGTGGCAGTTTAGTACTAAACGCCGATGGATCTTACACCTTTACTCCTAATGAAAACTGGAACGG
CCAAGTTCCTGTCATTACCTACACAACCAATACTGGTTCGACTGCCACATTAACGATTAACGTCACCCCAGTTGATGACC
CATCGGTATTAGCAAACGACACCAATACCATCGCTGAAGATACCGTCGCCACAGGTAATGTGCTTGATAACGACTCAGAT
GTTGATTCCAGCTTAAGTGTGGTGAGCTTTACAGTATCGGGCAGCACCTTTGCAGCTGGCGCAACTGTCGCTCTCGAAGG
CGGCAGCTTAGTACTCAACGCAGATGGTTCATATAGCTTTACCCCTAATGCTGATTGGAATGGCCAAGTTCCTGTTATTA
CCTACACCACCAATACCGGCTCAACTGCAACTTTAACCATTAATGTCACTCCTGTTGATGATCCATCGGTATTAGCAAAC
GACACTAATACCATCGCTGAAGATACCGTCGCCACAGGTAATGTGCTTGATAACGACTCAGATGTTGATTCCAGCTTAAG
TGTGGTGAGCTTTACAGTATCGGGCAGCACCTTTGCAGCTGGCACAACTGTCGCTCTAGCAGGCGGCAGCTTAGTACTCA
ATGCCGATGGCTCTTACACCTTTACCCCAAGTGAAAACTGGAATGGCCAAGTTCCTGTTATTACCTACACCACCAATACT
AGTTCGACTGCAACCTTAACCATTAATGTCACCCCTGTGGCAGATGGCGCCCCAAGCGTCACTATTACAACAGATACAGA
CAATGATGGTTTCATTAGTAATACAGAACTCGGTGGTGCGACAGAAGTTAGCGTCACTATCGGATTAGATGGCACTGGCG
CAAATGCAGGTGACACTCTAACAGTTAATGGTGTTGACTATGTGTTGACGCAAGAAGATATCAACAATGGTTTTGTCAAT
TTAACACTTCCTGCCCCAGCTGAAGGTGAAACCATTACTGTAGTGGCAACAATCACTGATCCTGCGGGTAACACCTCGCC
TGAAGGAAGCGATTCCGCACTGCTAGACACAACGGCCCCCACGATTACCGTCAGCGCGCCTGATGATACCCGAGATACAA
CCCCAACCATTACAGGTACAACGGATGCAGCCCCTGGCAGCGTCATCACTATTGTTGTTACTGACAGCAATGGTGTGCAG
CAAACTCTTACCACCACAGTGAATCCTGACGGTACATATGCTGTTGATGTGATTAATCCAATTCCTCATGGTGGCTATAC
TGCAACTGCAACAGTGACAGATCCAGCCGGCAATACGGGCAACGCCACTGATAATGGTAATGTCGATATCAAGATCGATG
AAGACGGCGATGGCAACACCGTGGCCATCACCAGCATCACCCAAGACACCGGCAGCTCCAGCAGCGACTTTATTACTAAC
GACAACACCTTAGTGTTCCACGGTACCGTCGATTTGGATGATGAAAGCACTTTAGTCGTGACCATCAACGGGGTGGATTA
CACCACCGCCAACGGCTTAGTGATTGATGCGCAAGGTAACTGGAGTGTCGACCTGACCGGCACCGCGCTGCCTGACGGCA
CCTATCTGGTGGTCGCCACCGTCACCGACGTGGCCGGTAACACCACCAGTGCGACCCAAAATGTGGTGATTGATACCAAG
ATTGATCAAGACAGCGACGGCAACACCGTGGCCATCACCAGCATCACCCAAGACACTGGCAGCTCCAGCAGCGACTTTAT
CACCAACGACAACACCTTAGTGTTCCACGGCACCGTTGATTTGGATGATGAAAGCACTTTAGTCGTGACCATCAACGGTG
TGGATTACACCACCGCCAACGGCTTAATGATTGATGCACAAGGTAACTGGAGTGTTGACCTGACCGGCACCGCGCTGCCT
GACGGCATCTATACTGTGGTCGCCACTGTCACCGACATTGCAGGAAACACCACCAGTGCAACGCAAGATGTGATTGTCGA
TACACAAATTGGGCTAGGGCGAGATAACGCTGTAACGATTACAAGTATCACCGAAGATACTGGTAGCTCCAATACAGACT
TTATTACCAACGACAACACCTTAGTATTCCAAGGTACCGTCGAATTGGATGGCAACAGTAACTTGGTTGTCACGATCAAT
GGCGTAGATTACACCATAGGCAATGGTCTAGTGATCGATGAGAATGGCCACTGGAGTATTGACCTGACTGGCACCGCGCT
GCCTGACGGCACCTACCCGGTGGTCGCCACCGTCACCGACATCGCAGGTAATAGCAAAACTGTCACTCAAGATGTGGTGA
TTGATACCAAGATTGATCAAGACAGCGACGGCAACACCGTGGCCATCACCAGCATCACCCAAGACACCGGTAGCTCCAGC
AGCGACTTTATTACTAACGACAACACCTTAGTGTTCCACGGCACCGTTGATTTGGATGATGAAAGCACTTTAGTCGTGAC
CATCAACGGGGTGGATTACACCACCGCCAACGGCTTAGTGATTGATGCCCAAGGTAACTGGAGTGTGGACCTGACCGGCA
CCGCGCTGCCTGACGGCACCTACCCCGTGGTCGCCACCGTCACCGACGTGGCCGGTAACACCACCAGTGCGACCCAAAAT
GTGGTGATTGATACCAAGATTGATCAAGACAGCGACGGCAACACCGTGGCCATCACCAGCATCACCCAAGACACCGGCAG
CTCCAGCAGCGACTTTATCACCAACGACAACACCCTGGTGTTCCACGGCACCGTTGATTTGGATGATGAAAGCACTTTAG
TCGTGACCATCAACGGGGTGGATTACACCACCGCCAACGGCTTAGTGATTGATGCCCAAGGTAACTGGAGTGTGGACCTG
ACCGGCACCGCGCTGCCTGACGGCACCTACCCCGTGGTCGCCACCGTCACCGACGTGGCCGGTAACACCACCAGTGCGAC
CCAAAATGTGGTGATTGATACCAAGATTGATCAAGACAGCGACGGCAACACCGTGGCCATCACCAGCATCACCCAAGACA
CCGGCAGCTCCAGCAGCGACTTTATTACTAACGACAACACCCTGGTGTTCCACGGCACCGTTGATTTGGATGATGAAAGC
ACTTTAGTCGTGACCATCAACGGGGTGGATTACACCACCGCCAACGGCTTAGTGATTGATGCCCAAGGTAACTGGAGTGT
GGACCTGACCGGCACCGCGCTGCCTGACGGCACCTACCCCGTGGTCGCCACCGTCACCGACGTGGCCGGTAACACCACCA
GTGCGACCCAAAATGTGGTGATTGATACCAAGATTGATCAAGACAGCGACGGCAACACCGTGGCCATCACCAGCATCACC
CAAGACACCGGCAGCTCCAGCAGCGACTTTATTACTAACGACAACACCCTGGTGTTCCACGGCACCGTTGATTTGGATGA
TGAAAGCACTTTAGTCGTGACCATCAACGGGGTGGATTACACCACCGCCAACGGCTTAGTGATTGATGCCCAAGGTAACT
GGAGTGTGGACCTGACCGGCACCGCGCTGCCTGACGGCACCTACCCCGTAGTCGCCACCGTCACCGACGTGGCCGGTAAC
ACCACCAGTGCCACCCAAAATGTAGTGATTGACACCACCGCCGATGCGGCGACCCCAGTGGTCACCATCCTCGATGACGT
GAACAACGATGGCATCATCAACAAGACCGAGCTGGGCAGCGACGACGTGCAGTTGCAAGTCAACGTCAACCACAGCGAGC
TGCTCCAAGGCGGCACCATTAACCTGACCATTGTCAATGACGGCGTCAGCAGCAATGTCAGCCTCAAACTGGTGGGCGGC
GTGCTGACCTTCGCCGACGGCACCCCTGCCACCGGCTTTAGCTATAACAACGGCGTGATCACCTGGACGGCCGTCGTAGC
CGAAGGCAAAACCATCAGCGTCACCGCCACGCAAACTGACAGCGACGGCAATACCTCTGCTGAAGGCTCTGACAGCGCCA
AGGTTGACACCACCGCCGATGCGGCAGCCCCAGTGGTCACCATCCTCGATGACGTGAACAACGATGGCATCATCAACAAG
ACCGAGCTGGGCAGCGACGACGTGCAGTTGCAAGTCAACGTCAACCACAGCGAGCTGCTCCAAGGCGGCACCATTAACCT
GACCATTGTCAATGACGGCGTCAGCAGCAATGTCAGCCTCAAACTGGTGGGCGGCGTGCTGACCTTCGCCGACGGCACCC
CTGCCACCGGCTTTAGCTATAACAACGGTGTGATCACCTGGACGGCCGTCGTAGCCGAAGGCAAAACCATCAGCGTCACC
GCCACGCAAACTGACAGCGACGGCAATACCTCTGCTGAAGGCTCTGACAGCGCCAAGGTTGACACCACCGCCGATGCGGC
AGCCCCAGTGGTCACCATCCTCGATGACGTGAACAACGATGGCATCATCAACAAGACCGAGCTGGGCAGCGACGACGTGC
AGTTGCAAGTCAACGTCAACCACAGCGAGCTGCTCCAAGGCGGCACCATTAACCTGACCATTGTCAATGACGGCGTCAGC
AGCAATGTCAGCCTCAAACTGGTGGGCGGCGTGCTGACCTTCGCCGACGGCACCCCTGCCACCGGCTTTAGCTATAACAA
CGGTGTGATCACCTGGACGGCCGTCGTAGCCGAAGGCAAAACCATCAGCGTCACCGCCACGCAAACTGACAGCGACGGCA
ATACCTCTGCTGAAGGCTCTGACAGCGCCAAGGTTGACACCACCGCCGATGCGGCAGCCCCAGTGGTCACCATCCTCGAT
GACGTGAACAACGATGGCATCATCAACAAGACCGAGCTGGGCAGCGACGACGTGCAGTTGCAAGTCAACGTCAACCACAG
CGAGCTGCTCCAAGGCGGCACCATTAACCTGACCATTGTCAATGACGGCGTCAGCAGCAATGTCAGCCTCAAACTGGTGA
GCGGCGTGCTGACCTTCGCCGACGGCACCCCTGCCACCGGCTTTAGCTATAACAACGGTGTGATCACCTGGACGGCCGTC
GTAGCCGAAGGCAAAACCATCAGCGTCACCGCCACGCAAACTGACAGCGACGGCAATACCTCTGCTGAAGGCTCTGACAG
CGCCAAGGTTGACACCACCGCCGATGCGGCAGCCCCAGTGGTCACCATCCTCGATGACGTGAACAACGATGGCATCATCA
ACAAGACCGAGCTGGGCAGCGACGACGTGCAGTTGCAAGTCAACGTCAACCACAGCGAGCTGCTCCAAGGCGGCACCATT
AACCTGACCATTGTCAATGACGGCGTCAGCAGCAATGTCAGCCTCAAACTGGTGGGCGGCGTGCTGACCTTCGCCGACGG
CACCCCTGCCACCGGCTTTAGCTATAACAACGGTGTGATCACCTGGACGGCCGTCGTAGCCGAAGGCAAAACCATCAGCG
TCACCGCCACGCAAACTGACAGCGACGGCAATACCTCTGCTGAAGGCTCTGACAGCGCCAAGGTTGACACCACCGCCGAT
GCGGCAGCCCCAGTGGTCACCATCCTCGATGACGTGAACAACGATGGCATCATCAACAAGACCGAGCTGGGCAGCGACGA
CGTGCAGTTGCAAGTCAACGTCAACCACAGCGAGCTGCTCCAAGGCGGCACCATTAACCTGACCATTGTCAATGACGGCG
TCAGCAGCAATGTCAGCCTCAAACTGGTGGGCGGCGTGCTGACCTTCGCCGACGGCACCCCTGCCACCGGCTTTAGCTAT
AACAACGGCGTGATCACCTGGACGGCCGTCGTAGCCGAAGGCAAAACCATCAGCGTCACCGCCACGCAAACTGACAGCGA
CGGCAATACCTCTGCTGAAGGCTCTGACAGCGCCAAGGTTGACACCACCGCCGATGCGGCAGCCCCAGTGGTCACCATCC
TCGATGACGTGAACAACGATGGCATCATCAACAAGACCGAGCTGGGCAGCGACGACGTGCAGTTGCAAGTCAACGTCAAC
CACAGCGAGCTGCTCCAAGGCGGCACCATTAACCTGACCATTGTCAATGACGGCGTCAGCAGCAATGTCAGCCTCAAACT
GGTGGGCGGCGTGCTGACCTTCGCCGACGGCACCCCTGCCACCGGCTTTAGCTATAACAACGGTGTGATCACCTGGACGG
CCGTCGTAGCCGAAGGCAAAACCATCAGCGTCACCGCCACGCAAACTGACAGCGACGGCAATACCTCTGCTGAAGGCTCT
GACAGCGCCAAGGTTGACACCACCGCCGATGCGGCAGCCCCAGTGGTCACCATCCTCGATGACGTGAACAACGATGGCAT
CATCAACAAGACCGAGCTGGGCAGCGACGACGTGCAGTTGCAAGTCAACGTCAACCACAGCGAGCTGCTCCAAGGCGGCA
CCATTAACCTGACCATTGTCAATGACGGCGTCAGCAGCAATGTCAGCCTCAAACTGGTGGGCGGCGTGCTGACCTTCGCC
GACGGCACCCCTGCCACCGGCTTTAGCTATAACAACGGCGTGATCACCTGGACGGCCGTCGTAGCCGAAGGCAAAACCAT
CAGCGTCACCGCCACGCAAACTGACAGCGACGGCAATACCTCTGCTGAAGGCTCTGACAGCGCCAAGGTTGACACCACCG
CCGATGCGGCGGCCCCAGTGGTCACCATCCTCGATGACGTGAACAACGATGGCATCATCAACAAGACCGAGCTGGGCAGC
GACGACGTGCAGTTGCAAGTCAACGTCAACCACAGCGAGCTGCTCCAAGGCGGCACCATTAACCTGACCATTGTCAATGA
CGGCGTCAGCAGCAATGTCAGCCTCAAACTGGTGGGCGGCGTGCTGACCTTCGCCGACGGCACCCCTGCCACCGGCTTTA
GCTATAACAACGGTGTGATCACCTGGACGGCCGTCGTAGCCGAAGGCAAAACCATCAGCGTCACCGCCACGCAAACTGAC
AGCGACGGCAATACCTCTGCTGAAGGCTCTGACAGCGCCAAGGTTGACACCACCGCCGATGCGGCAGCCCCAGTGGTCAC
CATCCTCGATGACGTGAACAACGATGGCATCATCAACAAGACCGAGCTGGGCAGCGACGACGTGCAGTTGCAAGTCAACG
TCAACCACAGCGAGCTGCTCCAAGGCGGCACCATTAACCTGACCATTGTCAATGACGGCGTCAGCAGCAATGTCAGCCTC
AAACTGGTGGGCGGCGTGCTGACCTTCGCCGACGGCACCCCTGCCACCGGCTTTAGCTATAACAACGGTGTGATCACCTG
GACGGCCGTCGTAGCCGAAGGCAAAACCATCAGCGTCACCGCCACGCAAACTGACAGCGACGGCAATACCTCTGCTGAAG
GCTCTGACAGCGCCAAGGTTGACACCACCGCCGATGCGGCGGCCCCAGTGGTCACCATCCTCGATGACGTGAACAACGAT
GGCATCATCAACAAGACCGAGCTGGGCAGCGACGACGTGCAGTTGCAAGTCAACGTCAACCACAGCGAGCTGCTCCAAGG
CGGCACCATTAACCTGACCATTGTCAATGACGGCGTCAGCAGCAATGTCAGCCTCAAACTGGTGGGCGGCGTGCTGACCT
TCGCCGACGGCACCCCTGCCACCGGCTTTAGCTATAACAACGGTGTGATCACCTGGACGGCCGTCGTAGCCGAAGGCAAA
ACCATCAGCGTCACCGCCACGCAAACTGACAGCGACGGCAATACCTCTGCTGAAGGCTCTGACAGCGCCAAGGTTGACAC
CACCGCCGATGCGGCAGCCCCAGTGGTCACCATCCTCGATGACGTGAACAACGATGGCATCATCAACAAGACCGAGCTGG
GCAGCGACGACGTGCAGTTGCAAGTCAACGTCAACCACAGCGAGCTGCTCCAAGGCGGCACCATTAACCTGACCATTGTC
AATGACGGCGTCAGCAGCAATGTCAGCCTCAAACTGGTGGGCGGCGTGCTGACCTTCGCCGACGGCACCCCTGCCACCGG
CTTTAGCTATAACAACGGTGTGATCACCTGGACGGCCGTCGTAGCCGAAGGCAAAACCATCAGCGTCACCGCCACGCAAA
CTGACAGCGACGGCAATACCTCTGCTGAAGGCTCTGACAGCGCCAAGGTTGACACCACCGCCGATGCGGCAGCCCCAGTG
GTCACCATCCTCGATGACGTGAACAACGATGGCATCATCAACAAGACCGAGCTGGGCAGCGACGACGTGCAGTTGCAAGT
CAACGTCAACCACAGCGAGCTGCTCCAAGGCGGCACCATTAACCTGACCATTGTCAATGACGGCGTCAGCAGCAATGTCA
GCCTCAAACTGGTGGGCGGCGTGCTGACCTTCGCCGACGGCACCCCTGCCACCGGCTTTAGCTATAACAACGGTGTGATC
ACCTGGACGGCCGTCGTAGCCGAAGGCAAAACCATCAGCGTCACCGCCACGCAAACTGACAGCGACGGCAATACCTCTGC
TGAAGGCTCTGACAGCGCCAAGGTTGACACCACCGCCGATGCGGCAGCCCCAGTGGTCACCATCCTCGATGACGTGAACA
ACGATGGCATCATCAACAAGACCGAGCTGGGCAGCGACGACGTGCAGTTGCAAGTCAACGTCAACCACAGCGAGCTGCTC
CAAGGCGGCACCATTAACCTGACCATTGTCAATGACGGCGTCAGCAGCAATGTCAGCCTCAAACTGGTGGGCGGCGTGCT
GACCTTCGCCGACGGCACCCCTGCCACCGGCTTTAGCTATAACAACGGTGTGATCACCTGGACGGCCGTCGTAGCCGAAG
GCAAAACCATCAGCGTCACCGCCACGCAAACTGACAGCGACGGCAATACCTCTGCTGAAGGCTCTGACAGCGCCAAGGTT
GACACCACCGCCGATGCGGCAGCCCCAGTGGTCACCATCCTCGATGACGTGAACAACGATGGCATCATCAACAAGACCGA
GCTGGGCAGCGACGACGTGCAGTTGCAAGTCAACGTCAACCACAGCGAGCTGCTCCAAGGCGGCACCATTAACCTGACCA
TTGTCAATGACGGCGTCAGCAGCAATGTCAGCCTCAAACTGGTGAGCGGCGTGCTGACCTTCGCCGACGGCACCCCTGCC
ACCGGCTTTAGCTATAACAACGGCGTGATCACCTGGACGGCCGTCGTAGCCGAAGGCAAAACCATCAGCGTCACCGCCAC
GCAAACTGACAGCGACGGCAATACCTCTGCTGAAGGCTCTGACAGCGCCAAGGTTGACACCACCGCCCCTAATGCACCAA
CCGTATTAATTGTTGATGATGGTAATCCAGGTGATGGCCTGCTAACGACTGCTGAGATGGGCAATGATGGCGTACAACTG
ACAGTATCAATCAACGATACTGATTTTGAAGCCGGTGGTTATGTCACGCTTACCATTAATGGTGGTGCCGCGATTGAACT
TAGCTTTGCCGACTTCACTGATAATGGCAGTGGTACCCTTACCTTCGGTAACTTTACCTACGCTAACGGCGTTATCAGCT
GGAGCGAATCCGCGCCTACTGCAGGTCAAAGCATCACTGTTACTGCAACGCAAACCGATGCTGTAGGTAACATATCTACA
CAAGGCTCTGACACTGCAACTGTATATCAACCTAACTCTTGCAACGTAATCGTTAATGAAAGCAGTCTACGCGATAATAT
TCCTGATACCTTCTCTAATACTATTAGCTTCACTGCGGGTAATCAGAATATTACACAATTCCGTTTTAACGACTCCTCTA
TCTCTGCGGCAACTAACCTAGCTGCAGGTGTCAGCATCATTTGGGCACTAGCCGCAAATGGTGAGTTAGTAGGAACCATT
GGTGGTATTGAAGTAATTAAAGTCACTCTGAGTGGCACTCCTGTGACGTCAGGACTTGCTGCTGGCACTACGGGTGCAGT
TACTGTTAATGTTGAGTTATTAGACAACATCAAGCAGGTAAATGGATTAAGTGGCGAAAATCTCAGTTCACTGATCAATG
GAATCGTCATTGAAGCTGTAGGTGCCGATAATAGTGTATTGACAGGTAATGTAACTATTACCATCAATGATGACGTCATT
AATATTGACCCAAGTGCAGGCTCTGGAGTCAATAGTGCTACGGCGGCCGATATTGTTGGTGTCCTCAATATCTTAGGTGC
AGATGGTAATGATCATACTCCGACTGATAACTACAGCGTAAGCTTGAGTGCAAACGTGACTGGTTGGAACGGCACAAGCA
CAACCTTCGCCGATTCAGGTATTACTGCGGGCGGACTCAAGGTTTACTACTATGTCGATCCTGATCATCCAAATATCCTG
ATCGCCTATACCGATACCAACGCCACCACTTCCGTCTATACTGGTGGTGCTAATCAGGCATTAATCTTTACCTTAACAAC
CAATGCGACTACAGGTCAGTACACTCTCGATATGAATCAGGGTATTGATAAGCTTTCAACAATCCAAATCGCTGGACTCG
TTGGAGGACAAGGCGGTATTGGTGAAGCGGTATATGTCACTTATGATCCTGCAACCCATGGTTATGGTGTTTATAACGAT
ATCACTAAGATCCCCGCGGATGCGGACATTGCCTTCACCCTTACTGCGCGTGACGGTAATAATAACGTTGCTCAAGTGAA
CGGGACTAATAATGGTTTCGGTGTTGCAAATCCATTTGTGCAAGGTAATGAAGTATTAATTGTCGATTACTCAGAAGATG
CGGCGACTGCGAGCTTTAGCTTTACGGGGGCCGCACAAATCCACTATAAAGCCTATGACGATCAAGGTAACTTGTTGCAT
GAAGGTAATATTACTAGTGGTCAGCTCATCCAAAATGTGGGTTCTATCGCATACATTGAGCTATCAGCCCTAAGCGGAAC
CAGCTTCCAGTTTACGGGCACCACTGCACAAACCATTGTCAGTTCAAGCCAAAGCCTCGATTTGAGCTTTGTTGTGACTG
CAACTGACAGTGATGGGGATAATTCATCAGGTAATCTGAATGTACATTTAGATCCACCAAGTACAACACCGCTTGCGCCA
GTAGCACTGACGCCGAATACTTTTGCAACCTTGAATGAAGCTGATCTACAGGCGGGTGCTCCTGATTCAAGTGTTCAAAC
CCTGAGCTTTAAGTCTGGTAGCAACTCGATTGGCAGCTTCCAGTTTGGTGATATTAGTAATATTTCTGTGGTGGGCATCA
ACGCTCAAATTCATTGGGCACTCAATGATCAAGGCCAATTGATCGGTACGGTATACGGGCGTGAAGCGATTCGCTTAACC
CTAGATTGGGACCGTATTAATGCGGGTGAGCAAGGTGATGTGACTGTTACCGCAGAATTGTTAACGAACCTGCCACACAG
CGTAAATACCAACAACCTAACTGTAAATGGTATTCAGGTGATTGCCGTCGACGGCGCTGGCAATACTGCACATTCCAACG
TGACCGTAACTGTCGCAGACGATGTAAACCTAGCTCAGAACGACACGGCTCAGCTTGATGTGGTGGTTGATTCCTTCAAC
TTCTCAGGCATTGTTGCCAACTGGACTGGTGCAACAGGCGGAACCTATGTCAACAAATATGATGGTCCTGATAACGATAG
CGGTGACGACCAACTCCGCTGGGGCACAACCAATGGTAGTCAGTCTGGCTATGGCTTTGCCGATAATGATGCCGCGCTAA
ATGGCTCACTATCCTTAAACCAAGACATAGTGTTGGGCACATTTACGCACTATAACTATTCAATTAGTTCGGGCACTTCT
ATCACTGCAGCCACAATGAACGTGACTTTTAACGTGACAGATGCCTATGGCGTAGTAACACCGGTCACATTAACACTTAA
CTTTAGCCATAATGAGACTCCAAATAGTAACGACCCGATGGCGTCTCGCGATATCGTTACTGTCGGCCAAACCAATGTGA
CCTTCAACTACGAAGGTCAAATGTACACAATGCAAGTTATTGGCTTCAAAGACAGCAATGGCAACATTGTGACTTCTATC
TACACCAATGAGAATGCTTCAACAAGCTATGAGTTAGTTGTACGCATGGTCGCGGGCACAGGCTACACCCTGCCGCATAC
AGATGGTAATGTGCTCACCAATGATGTTGCCGGTGCAGATGGTGTTCTAGCCGTAATAGGCGTCGCAAGTGGAGATCACA
CAAATACTGGCGTGTCTGGCCAGGTGGGCACTACTATTACTGGTACTTATGGCAACTTAATCCTTTACGCAGATGGTACT
TACCACTACCAGTTAACGGCGAGTGCAAACACCATTCCAAGCGCTGGTGCAATCGAAACCTTCACCTATACCACTCAAGA
TGGTGACGGTGACAAAGCAAGTGCCACCTTGAAGATTGATGTCAATCCGGTCAATGCAGATGGTATTAATATTGCTGACG
CTAACTTGATTTCAACTCAAGGCTCTAGCTTAAATGACACTATCGTTGTAATGGGCGGTGAAAAAGCATCTGATGACAAT
CAAAAAATACTTAATGTCACATTTGGTGGAGGTCAAAGCGGCATAATTACGAATAGCTCAGGTCACGAAGTCGTTGCTTC
TGGTGCTAACAACAAGAGCTATACCAATAGCAGCGCTCAAGTGGTGAATGGCGGCGACGGAAATGATCATATCGAAACTG
GTAAAGGTGACGATGTTATCTACGCAGGTAAAACTGGTTCCGCTAACTATGGCACCGATGATCAACTCGAGTTATCAGTT
AATACTCTATTAACGCACCACATTATGACCGGCAATATCACTGGTAATGATCGCATGGTGGATAATGATGGCCTACTTTT
AGCCAATGACGTGTCCTCTCAAAGAGCTGATGTGGTCAATGGCGGTAGTGGTAACGATCAAATCTATGGTCAATCTGGTT
CAGATATTCTCTATGGACACTCTGGAAACGATTACATTGATGGTGGCAATCACAACGATGCACTTCGTGGTGGCGAAGGT
AACGATACCTTGATTGGAGGTCTCGGTGATGACGTTCTACGTGGAGATAGCGGTAATGATACCTTCCTGTGGCGTTATGC
TGATGCCGATCAAGGTACTGACCACATCATGGACTTTAATGTTCGCGACGATAAACTCGATCTGAGTGATTTACTCCAAG
GAGAAACGGCCAATACTCTAGAAAGCTATCTGAACTTTAGCCTAGATAATGGTTCGACAGTCATTGATATCGATGCCAAT
AAGGACGGCGTGTTTGATCAACATATAGTGCTAGATGGAGTAAATCTTTTTGACCAATATAGCGCAACTGATAATGCTGG
CGTCATCAATGGCCTACTAGGTTCCAATGGTAACGGTCCTCTGATCATCGATGCAGCGCCCGTCACACCAGAAGCTCCAC
AGGGCGTAACATCACTGACAGACCCTCATCACAATAACGGTACTATCATTCCTTAA

Upstream 100 bases:

>100_bases
TCATAGCAAGTTATCACGCCGCGTCAAAAAATTGACTTACCATTGGTGCCAAGCTAAAATTTCATCACTTGTATCACTAT
CCAACACATTTGTTGGATTT

Downstream 100 bases:

>100_bases
ACAATCAGTTCATGTGGCCTATAGAAATATAGGCCATCATGACCCATACTTCTGATAATAAAATAAAAATCAAAGGATAG
ATAAGTAGGTGTCTGTTACA

Product: putative outer membrane adhesin like protein

Products: NA

Alternate protein names: NA

Number of amino acids: NA

Protein sequence:

>4791_residues
MHLLINTIGCWELIMGSIITTKKGLLKLVKGQIEVEVNGSNQPAKDGEQLPKGAVLHIGENATYEITFDDGTKLSNEVPP
NATAAAPNTANEAALDEIQALQDLIASGEDPTQNLPETAAGNAPASDGNSGYVTLARDGTEALATSGYSTSGQTLTAATT
AAPEQTVATDSPSVLANDSNTVDEDTVASGNVLDNDVDADNELTVVGFNLNGTDFAAGTVVTLEGGSFILNADGSYTFTP
NENWNGQVPVITYTTNTGSTATLTINITPVDDPSVLANDSNTIAEDTVATGNVLDNDSDVDSSLSVVSFTVSDSTFAAGT
TVALEGGSLVLNADGSYTFTPNENWNGQVPVITYTTNTGSTATLTINVTPVDDPSVLANDTNTIAEDTVATGNVLDNDSD
VDSSLSVVSFTVSGSTFAAGATVALEGGSLVLNADGSYSFTPNADWNGQVPVITYTTNTGSTATLTINVTPVDDPSVLAN
DTNTIAEDTVATGNVLDNDSDVDSSLSVVSFTVSGSTFAAGTTVALAGGSLVLNADGSYTFTPSENWNGQVPVITYTTNT
SSTATLTINVTPVADGAPSVTITTDTDNDGFISNTELGGATEVSVTIGLDGTGANAGDTLTVNGVDYVLTQEDINNGFVN
LTLPAPAEGETITVVATITDPAGNTSPEGSDSALLDTTAPTITVSAPDDTRDTTPTITGTTDAAPGSVITIVVTDSNGVQ
QTLTTTVNPDGTYAVDVINPIPHGGYTATATVTDPAGNTGNATDNGNVDIKIDEDGDGNTVAITSITQDTGSSSSDFITN
DNTLVFHGTVDLDDESTLVVTINGVDYTTANGLVIDAQGNWSVDLTGTALPDGTYLVVATVTDVAGNTTSATQNVVIDTK
IDQDSDGNTVAITSITQDTGSSSSDFITNDNTLVFHGTVDLDDESTLVVTINGVDYTTANGLMIDAQGNWSVDLTGTALP
DGIYTVVATVTDIAGNTTSATQDVIVDTQIGLGRDNAVTITSITEDTGSSNTDFITNDNTLVFQGTVELDGNSNLVVTIN
GVDYTIGNGLVIDENGHWSIDLTGTALPDGTYPVVATVTDIAGNSKTVTQDVVIDTKIDQDSDGNTVAITSITQDTGSSS
SDFITNDNTLVFHGTVDLDDESTLVVTINGVDYTTANGLVIDAQGNWSVDLTGTALPDGTYPVVATVTDVAGNTTSATQN
VVIDTKIDQDSDGNTVAITSITQDTGSSSSDFITNDNTLVFHGTVDLDDESTLVVTINGVDYTTANGLVIDAQGNWSVDL
TGTALPDGTYPVVATVTDVAGNTTSATQNVVIDTKIDQDSDGNTVAITSITQDTGSSSSDFITNDNTLVFHGTVDLDDES
TLVVTINGVDYTTANGLVIDAQGNWSVDLTGTALPDGTYPVVATVTDVAGNTTSATQNVVIDTKIDQDSDGNTVAITSIT
QDTGSSSSDFITNDNTLVFHGTVDLDDESTLVVTINGVDYTTANGLVIDAQGNWSVDLTGTALPDGTYPVVATVTDVAGN
TTSATQNVVIDTTADAATPVVTILDDVNNDGIINKTELGSDDVQLQVNVNHSELLQGGTINLTIVNDGVSSNVSLKLVGG
VLTFADGTPATGFSYNNGVITWTAVVAEGKTISVTATQTDSDGNTSAEGSDSAKVDTTADAAAPVVTILDDVNNDGIINK
TELGSDDVQLQVNVNHSELLQGGTINLTIVNDGVSSNVSLKLVGGVLTFADGTPATGFSYNNGVITWTAVVAEGKTISVT
ATQTDSDGNTSAEGSDSAKVDTTADAAAPVVTILDDVNNDGIINKTELGSDDVQLQVNVNHSELLQGGTINLTIVNDGVS
SNVSLKLVGGVLTFADGTPATGFSYNNGVITWTAVVAEGKTISVTATQTDSDGNTSAEGSDSAKVDTTADAAAPVVTILD
DVNNDGIINKTELGSDDVQLQVNVNHSELLQGGTINLTIVNDGVSSNVSLKLVSGVLTFADGTPATGFSYNNGVITWTAV
VAEGKTISVTATQTDSDGNTSAEGSDSAKVDTTADAAAPVVTILDDVNNDGIINKTELGSDDVQLQVNVNHSELLQGGTI
NLTIVNDGVSSNVSLKLVGGVLTFADGTPATGFSYNNGVITWTAVVAEGKTISVTATQTDSDGNTSAEGSDSAKVDTTAD
AAAPVVTILDDVNNDGIINKTELGSDDVQLQVNVNHSELLQGGTINLTIVNDGVSSNVSLKLVGGVLTFADGTPATGFSY
NNGVITWTAVVAEGKTISVTATQTDSDGNTSAEGSDSAKVDTTADAAAPVVTILDDVNNDGIINKTELGSDDVQLQVNVN
HSELLQGGTINLTIVNDGVSSNVSLKLVGGVLTFADGTPATGFSYNNGVITWTAVVAEGKTISVTATQTDSDGNTSAEGS
DSAKVDTTADAAAPVVTILDDVNNDGIINKTELGSDDVQLQVNVNHSELLQGGTINLTIVNDGVSSNVSLKLVGGVLTFA
DGTPATGFSYNNGVITWTAVVAEGKTISVTATQTDSDGNTSAEGSDSAKVDTTADAAAPVVTILDDVNNDGIINKTELGS
DDVQLQVNVNHSELLQGGTINLTIVNDGVSSNVSLKLVGGVLTFADGTPATGFSYNNGVITWTAVVAEGKTISVTATQTD
SDGNTSAEGSDSAKVDTTADAAAPVVTILDDVNNDGIINKTELGSDDVQLQVNVNHSELLQGGTINLTIVNDGVSSNVSL
KLVGGVLTFADGTPATGFSYNNGVITWTAVVAEGKTISVTATQTDSDGNTSAEGSDSAKVDTTADAAAPVVTILDDVNND
GIINKTELGSDDVQLQVNVNHSELLQGGTINLTIVNDGVSSNVSLKLVGGVLTFADGTPATGFSYNNGVITWTAVVAEGK
TISVTATQTDSDGNTSAEGSDSAKVDTTADAAAPVVTILDDVNNDGIINKTELGSDDVQLQVNVNHSELLQGGTINLTIV
NDGVSSNVSLKLVGGVLTFADGTPATGFSYNNGVITWTAVVAEGKTISVTATQTDSDGNTSAEGSDSAKVDTTADAAAPV
VTILDDVNNDGIINKTELGSDDVQLQVNVNHSELLQGGTINLTIVNDGVSSNVSLKLVGGVLTFADGTPATGFSYNNGVI
TWTAVVAEGKTISVTATQTDSDGNTSAEGSDSAKVDTTADAAAPVVTILDDVNNDGIINKTELGSDDVQLQVNVNHSELL
QGGTINLTIVNDGVSSNVSLKLVGGVLTFADGTPATGFSYNNGVITWTAVVAEGKTISVTATQTDSDGNTSAEGSDSAKV
DTTADAAAPVVTILDDVNNDGIINKTELGSDDVQLQVNVNHSELLQGGTINLTIVNDGVSSNVSLKLVSGVLTFADGTPA
TGFSYNNGVITWTAVVAEGKTISVTATQTDSDGNTSAEGSDSAKVDTTAPNAPTVLIVDDGNPGDGLLTTAEMGNDGVQL
TVSINDTDFEAGGYVTLTINGGAAIELSFADFTDNGSGTLTFGNFTYANGVISWSESAPTAGQSITVTATQTDAVGNIST
QGSDTATVYQPNSCNVIVNESSLRDNIPDTFSNTISFTAGNQNITQFRFNDSSISAATNLAAGVSIIWALAANGELVGTI
GGIEVIKVTLSGTPVTSGLAAGTTGAVTVNVELLDNIKQVNGLSGENLSSLINGIVIEAVGADNSVLTGNVTITINDDVI
NIDPSAGSGVNSATAADIVGVLNILGADGNDHTPTDNYSVSLSANVTGWNGTSTTFADSGITAGGLKVYYYVDPDHPNIL
IAYTDTNATTSVYTGGANQALIFTLTTNATTGQYTLDMNQGIDKLSTIQIAGLVGGQGGIGEAVYVTYDPATHGYGVYND
ITKIPADADIAFTLTARDGNNNVAQVNGTNNGFGVANPFVQGNEVLIVDYSEDAATASFSFTGAAQIHYKAYDDQGNLLH
EGNITSGQLIQNVGSIAYIELSALSGTSFQFTGTTAQTIVSSSQSLDLSFVVTATDSDGDNSSGNLNVHLDPPSTTPLAP
VALTPNTFATLNEADLQAGAPDSSVQTLSFKSGSNSIGSFQFGDISNISVVGINAQIHWALNDQGQLIGTVYGREAIRLT
LDWDRINAGEQGDVTVTAELLTNLPHSVNTNNLTVNGIQVIAVDGAGNTAHSNVTVTVADDVNLAQNDTAQLDVVVDSFN
FSGIVANWTGATGGTYVNKYDGPDNDSGDDQLRWGTTNGSQSGYGFADNDAALNGSLSLNQDIVLGTFTHYNYSISSGTS
ITAATMNVTFNVTDAYGVVTPVTLTLNFSHNETPNSNDPMASRDIVTVGQTNVTFNYEGQMYTMQVIGFKDSNGNIVTSI
YTNENASTSYELVVRMVAGTGYTLPHTDGNVLTNDVAGADGVLAVIGVASGDHTNTGVSGQVGTTITGTYGNLILYADGT
YHYQLTASANTIPSAGAIETFTYTTQDGDGDKASATLKIDVNPVNADGINIADANLISTQGSSLNDTIVVMGGEKASDDN
QKILNVTFGGGQSGIITNSSGHEVVASGANNKSYTNSSAQVVNGGDGNDHIETGKGDDVIYAGKTGSANYGTDDQLELSV
NTLLTHHIMTGNITGNDRMVDNDGLLLANDVSSQRADVVNGGSGNDQIYGQSGSDILYGHSGNDYIDGGNHNDALRGGEG
NDTLIGGLGDDVLRGDSGNDTFLWRYADADQGTDHIMDFNVRDDKLDLSDLLQGETANTLESYLNFSLDNGSTVIDIDAN
KDGVFDQHIVLDGVNLFDQYSATDNAGVINGLLGSNGNGPLIIDAAPVTPEAPQGVTSLTDPHHNNGTIIP

Sequences:
NA

Specific function: NA

COG id: NA

COG function: NA

Gene ontology:

Cell location: NA

Metaboloic importance: NA

Operon status: NA

Operon components: NA

Similarity: NA

Homologues:

NA

Paralogues:

NA

Copy number: NA

Swissprot (AC and ID): NA

Other databases:

NA

Pfam domain/function: NA

EC number: NA

Molecular weight: NA

Theoretical pI: NA

Prosite motif: NA

Important sites: NA

Signals:

NA

Transmembrane regions:

NA

Cys/Met content:

NA

Secondary structure: NA

PDB accession: NA

Resolution: NA

Structure class: NA

Cofactors: NA

Metal ions: NA

Kcat value (1/min): NA

Specific activity: NA

Km value (mM): NA

Substrates: NA

Specific reaction: NA

General reaction: NA

Inhibitor: NA

Structure determination priority: NA

TargetDB status: NA

Availability: NA

References: NA