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Identifier: 170724846

GI number:

Start: 656821

End: 666510

Strand: Reverse

Name: Not Available

Synonym: Swoo_0479

Alternate gene names: NA

Gene position: NA

Preceding gene: 170724847

Following gene: 170724845

Centisome position: NA

GC content: NA

Gene sequence:

>9690_bases
ATGGGTGTGTCAACAGCAACTCAAGATGCCATTGTCATCAATCTGGTTGGGCAACTAAAAGCCAAGGATGGGCAGGGCAA
TATACGAGAATTGGCAATTGGCGATTTGATTGAAGAGGGTGAGCAACTTATTTTCTCAGCCACCGCTCAGTTCAATCTAC
AGATGGCTGACGGTTCAATAATTAATGAACAAAATATCATACCGCCAGAACCAGAACAGGCGCTGCCAGATGATCTACAA
CAAGCACTAACAGCAGAGAGTGAAGTGTTTGGCATAGATGACGAGATCGCAGCGATACAGGCGCAGATATTAGCAGGTGA
TGATCCAACACTCGATCTTCCTGCCACCGCTGCAGGTGCTGGAACCGGAGGAAATGAAGGTGGTTCAGGCTTTATCACCT
TAGGACGATCCGCTGATGAAACACTGGCGGACAGTGGTTATGACACCAACGGCTTTGCTGGAGCTCCTGCAACTGAGATT
GACCCAACAGTTACTACTGACGACCCTACACTTCCTACTATCTCATCAAGCAGTGTGACTCTGGCGGAAGCCAATCTAGC
AGCAGGTTCGGCGCCATTAGCTGATGCCCTCATACAGACAAATACAATCTCATTCACAACAGATAATGGAATTGAAAACC
TCACCATTAACGGCAATGCTATTTTTGCTGCTGGGGTGTTCACTGGGCCCATCAGCTTCGCCTCCGCCAACGGGGTGTTA
ACCATCAGCGCGTTCGATCCATCGACCAATACATTAACCTACACCTATCAACTCAGTTCACCTTTAAACAACCTAACTAC
AGACACCATCACTGAAACCTTTGCTCTTGAACTAACCGATGAGTTAGGTAATTCAGCTAGCTCCACTATCAGTGTCAATA
TCCTTGACGACGCCCCAAGTGGAGAGAATGACGCAAACAATTTAGATGAAGACACAATCTCTGTAACCGGAAATGTCCTT
AATAATGATACTCAAGGAGCCGATACAGCCACACTATCACTGATTGTAAACTCTGATGGAGTCTCTCAAACCCTTGGGCA
AGAAACTGTTATTAGTGGCAGTTTTGGTGTGCTGCAGATCTCCGCAGATGGAAGTTACACTTATCTGCTCACAACAGATT
CAGCTGATGTTCAGTCACTATCTCAAGGAGAGTTAGTGACGGACAGCTTCTCCTATCAACTGCTCGATGCCGATGGTGAT
ATCGTCACATTAACCTTAAGTATCGATATTACAGGAACCAATGATGCTCCGATCATAACCACTACTTTCGGTGAGGCTAG
CGGTGTAGTGATAGAATCGGGAAATGAAGATGATGGAACCATTATCCCAGGAGAACCAGTAGTTGGGGGCACACTTACCG
CCACTGATATCGACAACGGCGCCCAGCTCAGTTGGAGCTTTACCCCGCAAACCAACAATTTTGGCTCCTTTAGCTTAGAC
TCAACCACTGGTGTGTGGAGCTACCAACTAGACAACACTTTGGCCGATAGCCTAGCCGAAGGGCAATCGGCACAAGAAAG
CTTCTTAGTCACAATAACCGATGAGTTCGGCGCTACAGATACTCAACTAGTAACCATCACAGTTCAAGGTACTAATGACT
CCCCCGTCATTACCTCCACTGATATTGACGCTTCTGGCACTGTTACCGAGGCTGGAAACGAAGATAGTGGAGCCATCACA
GCAGGAGTAACGCAAACCAGTGGTTTGCTCACTGCCAGTGACATTGACGATGGAGCAATTCAGACCTGGAGTTTTGTGCC
ACAGAGTAACAATTTCGGTAGCTTTAATATCAACACCGCTACAGGTCAGTGGCGATACAACTTAGATAACGAATTAGCCG
ATAGCCTTGCCGAAGGCCAAACTGCCAGCGAAACCTTTCTCGTCACTGTGGTAGATGAGTTTGGCGCAACCGACACACAA
ATAGTGACAGTGACAGTTCAAGGAACCAATGATTCTCCCGTAATAACATCCACATCAGCAGATGCTATTGGCACTGTTAT
CGAGGCTGGGTCTGAAGACGATGGCACTCCTATCGCTGGTACAGCCCAGGTAAGTGGTACTCTCACCGTCAGTGATGTTG
ATTCTGGTGCAAGTCATATTTGGAGCTTTGATCCGCAAGCTAATGAATATGGAACTTTTGCAATCGACCCAGCCACAGGA
GCCTGGACCTATAGTCTGGACAATGAATTAGCCGATAGTTTGGCTGAAAACCAACAAGTTCAGGAAACATTTCTAGTCAC
TGTGACCGATGAGTTTGGCGCAGTTGATACCCAACTTGTTACCGTCACAGTTCAAGGTACCAATGACTCTCCTGTTATCA
CATCTAGCCAAGCTGATGCTTCAGGAAGTGTCATAGAATCAGGTAATCTCGATGATGGAACTGTGGTAGACGGAGTAAGC
GAAACAGGTGGAACCTTAACCGCTAGTGATGTTGATAGCGGCGCAACTCAAAGCTGGAGCTTCAGTGCACAAACCAATCT
TTATGGCACATTTAGTTTAAATGCTGCAACTGGAGAGTGGACCTACATTCTTGATAACACCCTTGCCGACAGCTTATCCG
AAGGGGAATTTGCTCAGGAAACATTTTTAGTCACAGTGACCGATGAATTTGGTGCCACCGACACTCAGCTGGTCACTGTA
TCGGTTCAAGGTACTAATGACTCACCTGTTATTACATCCAACCAAACCGAGGCTAGCGGTGAAGTCGTCGAAACCGGTAA
CCAAGACGATGGCAAAGTCATAGCTGGCACCACACAAATAAGTGGCGACCTTGGCGACATTGATATTGATAGCGGTACCA
TTGAAACTTGGAGCTTCGTTCCCCAAAGCAATGAGTATGGAACATTTACTTTAGATCCTGATACAGGAGGCTGGGTTTAT
GACTTAGATGAAAGTATCGCCGACACCCTTCCTGAGGGAGAGTCAGTTGAGGAGCAGTTCTTAGTCACAGTCGAGGATCA
ATTCGGTGCTGTCGATACGATCGTCGTGACAATAACAGTTCAAGGTACTAACGACTCACCAATCATATTTATCGGGGAAG
GTGACAGCGCCAGTGGCACTGTGATTGAAGCCGGTAACCTCGATGATGGCACATTAGTGCCTGGTACAGCCTCTATTGCA
GGCACCTTATCTGTCAGTGATGTTGACACCATAGTCACCGATAATCCAGTGTGGAGCTTTGCACCTCAAACGAATGCTTA
CGGTACTTTTAGTATCGATAGTGCTACCGGAGCTTGGCAGTATAATTTAAATAACAGCGCCGCTGACAATTTAGCTGAAG
GCCAATCTGCCATAGAGACCTTCTTAGTCACGGTGACCGACGAGTTCGGAGCTACAGACACTCAAGTCATCACAATCACA
GTCCAAGGTACCAACGATGCACCAGTTATCACCTCTGATACAGAATCAGCAACAGGAGCCGTACTCGAGGCTGGAGTGGT
TGATGGTGGTAATGATATTGAGCCAGGCATTTTACAAACTAGCGGCACGGTAACAGCCAGCGACGTAGATCTTGGATCCA
GCTTAAGCTGGGGCGGTAATGCACAGGGAGTTTATGGCAGTTTTACCATAGACCCCAATAGTGGTAGCTGGAACTACACC
TTAAACAACAGTGCACTTGTCGACAGTTTAGCCTCTGGCGAGCAACACAATGAGATCTTCTTAGTCACAGTCACAGATGA
ATTTGGAGCCATAGCAACCCAAGAGATCACCATCACAGTAACTGGTAGCAATGATGTTCCGGTATTAACCCTTGATGATA
CTGGCGGGCTCACTAAAGATATTAGTGAGCCTAACTTAAGTGATAGTGGTTTACTCAGCTTTACCGATGTAGATAACGGT
GATACTCATACTGTCACAGAGTCTTATAACGGCAACTTAGTTTGGAGTGCTGGCCAGATCTCAGATCATCTAACCAATGA
AGAGATTAACAGTCTAATCGATGGTTTTAGCGTAAATAACAACGGCTGGGACTACACGGCTCTGAACTCCCTGTTTCAAT
TTTTAGGGGAGGGAGAAACCATCACCTTAAGCTTCGATGTCACAGTGACAGATAACAACGGAGCAAATGATACAGAAACC
GTTAACATCACCATATTTGGTAACAATGACCTCCCTGTTCTTTCAGTCGAGCCTCTTGGTAGTGTTACCGAAGATTTTAC
CAGCCCAAACCTCAGCGACACAGGTTCACTCAGCTTTACAGACCCTAATGCCACAGACACTCACACAATTACTGAAATAT
ACAATGGCGATATTCAATGGAGTGGTGGTCTCTTGGACGCTCAACTCTCAGAGGCTGAGATATCAACACTTATCGACGGT
TTTAGCGTCGACAATGACAGCTGGGATTATAGTATCCCTAATGCATTAGTGCAGTTCTTAGCCGTCAACGAAACCATCAC
TCTCAGCTTCAATGTTACCGTCACAGATAGTCGTGGTGGCAGTGATACTGAACTCGTTACCATCACTATTAACGGCGCCA
ATGATATCCCTAGCATAGAGGGCACCAACAGTGGAGATGTTCAAGAAGATGTAGCCGTCGTTCCAACCAGCACACTAACA
GCAAATGGTAGCGGTAGTTTTAATGATATTGATATCACAGATAGCCATACCATGAGCTCGCTACTGACAACCGCTGCAAC
TTGGTCAGGAGGCTTACTGTCCGATGAACTCACCGGCCAGCAGATTGATGATCTAAGTAGCGGCTTCTCAGCCCAGATAG
ATTCTCAACAAACCGATAGTTGGAGCTGGGATTATACGGTCAATAATGATCTGCTACAGTTTCTAGCACAAGGTCAGAAC
ATTACAATGACCTTCACAGTCACGATAGATGACGGTAACGGTGGCACAAATGCTCAAGAGATTACCATTACCATCACAGG
AACAAATGATGATCCTGTGATCTCTATAGAACAAGGTGACAGTGCAAGCGGCACAGTGATTGAAGCAGGTAACTTTGATG
ATGGCACCATTGTAGCAGGCACTGATACCGTCTCCGGCACCTTGTCTGTTAGCGATGTCGATAGCATCATCAGCGATAAT
CCTATCTGGAGTTTTGCCGCTCAAACTAACCTCTATGGTAATTTCAGCATCAATGCTGCCACAGGTGCGTGGGAGTATGA
ATTAGATAACAGCGCCGCCGACAGTCTCGCCGAAGGGCAATCTGCCATCGAGACCTTCCTCGTTACCGTCACCGATGAGT
TCGGCGCTACCGATACGCAAATGGTGACCGTTACCGTACAAGGCACTAACGATTCACCTGTACTGTCAATTGAGCAAGGT
GACAGTGCAAGTGGCACTGTGATTGAGGCAGGTAACCTTGATGATGGCACCGTTGTAGCTGGTACCGCCATGATTAACGG
CACCTTATCTGTTAGCGATGTCGATAGTATTGTCACTAATAACCCTATCTGGAGCTTTGCCGCTCAAACTAACCTTTACG
GCACCTTCAGCATCAATGCTGCCACAGGTGCGTGGGAGTATGAATTAGATAACAGCGCCGCCGACAGTCTCGCCGAAGGG
CAATCTGCCATCGAGACCTTCCTCGTTACCGTCACCGATGAGTTCGGTGCTACCGATACGCAAATGGTGACCGTTACCGT
GCAAGGCACTAACGATTCACCTGTACTGTCAATTGAACAAGGTGACAGTACAAGTGGCACTGTGGTTGAAGCCGGTAACC
TTGATGATGGCACCATTGTAGCAGGCACTGATACCGTCTCCGGCACCCTATCTGTCAGCGATATCGATAGTATCATCACT
AATAATCCTATCTGGAGCTTTGCCGCTCAAACTAACCTTTACGGCACCTTCAGCATCAATGCTGCCACAGGTGCGTGGGA
GTATGAGTTAGACAACAGCGCCGCCGACAGTCTCGCCGAAGGGCAATCTGCCATCGAGACCTTCCTCGTTACCGTCACCG
ATGAGTTCGGCGCTACCGATACACAGGTGGTGACCGTTACCGTGCAAGGCACTAACGATTCACCTGTACTTTCAATTGAG
CAAGGTGACAGCGCAAGTGGCACTGTCATTGAGGCGGGTAACCTCGATGACGGCAGCATTGTAGCGGGTACCGCCATTAT
TAACGGCACCCTCTCTGTTAGCGATATTGATACTATCGTCACCGATAACCCAGTGTGGAGCTTTACAGCCCAAACTAACC
TCTATGGTAGTTTCAGCATCGATGCCGCCACGGGTGCATGGCAATATAATTTAGATAACAGCGCCGCCGACAGTCTCGCT
GAAGGGCAAACGGCCCAAGAGACCTTCCTCGTCACCGTCACCGATGAGTTTGGCGCCACCGATACCCAACTGGTGACCGT
TACCGTGCAGGGCACTAACGACTCACCAGTGCTGTCGATTGAGCAAGGTGACAGCGCAAGTGGCACTGTCATTGAGGCGG
GTAACCTCGATGACGGCAGCATTGTAGCGGGTACCGCCATTATTAACGGCACCCTCTCTGTTAGCGATATTGATACTATC
GTCACCGATAACCCCGTCTGGAGCTTTTCCGCTCAAACTAACCTCTATGGTAGTTTCAGCATCGATGCTGCCACCGGGGC
ATGGCAATATAATTTAGATAACAGCGCCGCCGACAGTTTAGCCGAAGGGCAAACGGCCCAAGAGAGTTTCTTGGTTACCG
TCACCGATGAGTTTGGCGCCACCGATACGCAGGTAGTGACCATCACCGTGCAAGGCACTAACGACTCACCAGTACTGTCG
ATTGAGCAAGGTGACAGCGCAAGTGGCACTGTCATTGAAGCGGGTAATCTCGATGATGGCACCGTCGTCGCTGGTACCGC
CATTATTAACGGCACCCTCTCTGTCAGCGATGTCGACACCATCGTCACCGATAACCCCGTCTGGAGCTTTGCTGCCCAAA
CTAACCTCTATGGTAGTTTCAGCATCGATGCGGCCACGGGTGCATGGCAATATAATTTAGATAACAGCGCCGCCGACAGT
TTAGCCGAAGGGCAATCTGCCCAAGAGAGTTTCTTGGTCACCGTCACCGATGAGTTCGGCGCCACCGATACCCAACTGGT
GACCGTTACCGTGCAGGGCACTAACGACTCACCAGTACTGTCGATTGAGCAAGGTGACAGCGCAAGTGGCACTGTCATTG
AAGCGGGTAATCTCGATGACGGCACCGTCGTAGCAGGTACCGCCATTATTAACGGCACCCTCTCTGTTAGCGATGTCGAC
ACCATAGTCACCGATAACCCTGTGTGGAGCTTTGCCACTCAAACTAACCTCTATGGTAGTTTCAGCATCGATTCCGCCAC
GGGTGCATGGCAATATAATTTAGACAACAGCGCCGCCGACAGTCTCGCTGAAGGGCAAACGGCCCAAGAGAGTTTCTTGG
TTACCGTCACCGATGAGTTTGGCGCCACAGATACGCAGGTGGTGACCATCACCGTGCAAGGCACTAACGATTCACCAGTA
CTGTCAATTGAGCAAGGCGACAGCGCAAGTGGTACTGTCATTGAAGCGGGTAACCTTGATGATGGCACCGTCGTCGCTGG
TACCGCCATTATTAACGGCACCCTCTCTGTCAGCGATATTGATACTATCGTCACCGATAACCCAGTCTGGAGCTTTGCAG
CCCAAACTAACCTCTATGGTAGTTTCAGCATCGATGCGGCCACGGGTGCATGGCAATATAATTTAGATAACAGCGCCGCC
GACAGTTTAGCCGAAGGGCAATCTGCCCAAGAGACTTTCCTCGTCACCGTCACCGATGAGTTCGGCGCTACCGATACCCA
ACTGGTGATCGTTACCGTGCAGGGCACTAACGATTCACCTGTATTAACAATCAATGATTTAACTGCAGAAGTAACTGAAG
ATGCCAGCGATCCTATGTTAACTGATAGCGGCGTACTCAGTTTCAGCGATGTTGATCTTACCGATACACACACAGTCAGT
GAGGTGTATAACAACAATATTAACTGGACTGGCGGTGATATAACTTCAGTGCTTACAGCACAACAGATCACCGACCTTAT
AGATGGCTTCAGTGTTGACAATGATAGTTGGGACTACAATATAGCAAACTCATTGGTTCAATTCCTCGCCATAGGTGAAA
GTATCACCCTTAGTTTCGATGTCACCGTTACTGATATTAACGGCGCCACAGATACTGAAACAGTAACAGTGACCATCAAC
GGCACAAATGATCCTCTTGAGGGAGACTTCCAAAAAGATATTTGGATGCCTGCCGCGTTAGAGGAGATAGTCGATCCATA
CACAGCAGGGTATCCACTGTTGCTAACAGCGCCAAGTGATGTCGATACAAACGATTCACTCACAATTACCGTCTCCATGA
TCCCAAGCGAAGGAGAAGTTGGCTACTACGATGGAAATAACATCTTTGTTCCCTTAACGGTCAATGACGTTATCACCACA
GATATGCTGACAAACCTTGTCTACATGCCTAGTGGTAATATAACCGCAGCAAACGAATACACACTCAGTTTTACCATGCA
ATCAGGTAGCGAAGAGGTTATTACCACCTACAATATACACACCATTCCACCTACAAGTCTTCCTGGTCAGTCCGTTCAAA
TTGGTGATGGTTCATCCCCCTTAACTTCAGGGAATGACCAAGATGCACAACTAGTATTAAACAGTAATTTTGCTTCTAAC
ATCACTAATAACCCAGATCTCGCTAGTTTGGTGCTCTTTACCGACTTCCAGAAAAGTCCCTTTGACACCCCTATTCCAGC
CAACGAGATTGGAGGAACAGCCGGTACAGAAAGAGAAGATGAGGTATCTATCCGACTCACCATTAATGGCATAGTCTTTG
TGGTGTTAGCCGCAGCAAATGGTGTAACGGATTGGTTTTATGACGTTGAAACAGGCCTAATGCGGGCTGAATTTGATTAC
TCAATAATTGTTCAAGAGAGCGATCCTAGTATCACCCTTATAGACTATATCAATAGCAACAACTATACCCCAGCAGGAGG
TGATATCTGGACCATCACCTACCTTGATAATGACGGTGGTTCCTATCAAGCCAGATTCGTTCAAGCCAACTTTGTGTTCG
ACAGCCAAGGCGATCCAAGTCTGACTATCACGGGAACCGCAGGTGTCGATAACCTACTCTTTGGTGGAACCTCCCACGAT
ACGCTTACTGGCGCCGAATTAAACGATCGTATCTTTGCACGAGAGGGAGATGATCTGCTTGATGGTGCTGATGGAGATGA
TGAGTTAGTGGGTGGCTCAGGTAATGACACTATCACAGGTGGTGCAGGTAATGACTACCTCAATGGTGGAGCAGATAATG
ATGTTCTAGATGGGGGAACTGGTAGTGATATCCTCATTGGAGGTATGGGTTCTGATACATTAGATGCAGGCTTAGACTCA
GATAATGATACCTTTATCTGGCAAACTGGTGATGCAGATGCCAGTTCCGATATAGTGCAAAACTTTAACCTATCCCACGA
CATATTAGATCTATCGGAGGTTTTACTGGATGAGGAAAATAACTCACTTGAATCTTACTTTACATTTAACTTTGTCGGTG
GCAGCACCATTATTACAGTAGATACTAATGGCGCCCTCGCAGGTGGAGATACTGTCACTATCACACTTGAAAATGTAGAT
CTGTCCCAAGAGTATGGTGACATAAATGAAACTGTCATTCTCGATGGATTACTTTTCGATGAAGCCATTGTTGTCGATCT
CTTGCCCTAG

Upstream 100 bases:

>100_bases
TATCTGACCCAGACTTTAAGAGACTAGTTAGGAAAGTAGCATCTAATTTATTGCAAATAGATCGCTTACGAATTCAGAGT
ATCAACTCGGGAATATAGAT

Downstream 100 bases:

>100_bases
ATATTACAGTTAACTCTCTAGTCAATAAAAGTGGGCAAAGGTCCACTTTTTTATTTGCAAACTTACATTCACATCAATCC
CCTCCAAAACAAACATTTAA

Product: outer membrane adhesin-like protein

Products: NA

Alternate protein names: NA

Number of amino acids: NA

Protein sequence:

>3229_residues
MGVSTATQDAIVINLVGQLKAKDGQGNIRELAIGDLIEEGEQLIFSATAQFNLQMADGSIINEQNIIPPEPEQALPDDLQ
QALTAESEVFGIDDEIAAIQAQILAGDDPTLDLPATAAGAGTGGNEGGSGFITLGRSADETLADSGYDTNGFAGAPATEI
DPTVTTDDPTLPTISSSSVTLAEANLAAGSAPLADALIQTNTISFTTDNGIENLTINGNAIFAAGVFTGPISFASANGVL
TISAFDPSTNTLTYTYQLSSPLNNLTTDTITETFALELTDELGNSASSTISVNILDDAPSGENDANNLDEDTISVTGNVL
NNDTQGADTATLSLIVNSDGVSQTLGQETVISGSFGVLQISADGSYTYLLTTDSADVQSLSQGELVTDSFSYQLLDADGD
IVTLTLSIDITGTNDAPIITTTFGEASGVVIESGNEDDGTIIPGEPVVGGTLTATDIDNGAQLSWSFTPQTNNFGSFSLD
STTGVWSYQLDNTLADSLAEGQSAQESFLVTITDEFGATDTQLVTITVQGTNDSPVITSTDIDASGTVTEAGNEDSGAIT
AGVTQTSGLLTASDIDDGAIQTWSFVPQSNNFGSFNINTATGQWRYNLDNELADSLAEGQTASETFLVTVVDEFGATDTQ
IVTVTVQGTNDSPVITSTSADAIGTVIEAGSEDDGTPIAGTAQVSGTLTVSDVDSGASHIWSFDPQANEYGTFAIDPATG
AWTYSLDNELADSLAENQQVQETFLVTVTDEFGAVDTQLVTVTVQGTNDSPVITSSQADASGSVIESGNLDDGTVVDGVS
ETGGTLTASDVDSGATQSWSFSAQTNLYGTFSLNAATGEWTYILDNTLADSLSEGEFAQETFLVTVTDEFGATDTQLVTV
SVQGTNDSPVITSNQTEASGEVVETGNQDDGKVIAGTTQISGDLGDIDIDSGTIETWSFVPQSNEYGTFTLDPDTGGWVY
DLDESIADTLPEGESVEEQFLVTVEDQFGAVDTIVVTITVQGTNDSPIIFIGEGDSASGTVIEAGNLDDGTLVPGTASIA
GTLSVSDVDTIVTDNPVWSFAPQTNAYGTFSIDSATGAWQYNLNNSAADNLAEGQSAIETFLVTVTDEFGATDTQVITIT
VQGTNDAPVITSDTESATGAVLEAGVVDGGNDIEPGILQTSGTVTASDVDLGSSLSWGGNAQGVYGSFTIDPNSGSWNYT
LNNSALVDSLASGEQHNEIFLVTVTDEFGAIATQEITITVTGSNDVPVLTLDDTGGLTKDISEPNLSDSGLLSFTDVDNG
DTHTVTESYNGNLVWSAGQISDHLTNEEINSLIDGFSVNNNGWDYTALNSLFQFLGEGETITLSFDVTVTDNNGANDTET
VNITIFGNNDLPVLSVEPLGSVTEDFTSPNLSDTGSLSFTDPNATDTHTITEIYNGDIQWSGGLLDAQLSEAEISTLIDG
FSVDNDSWDYSIPNALVQFLAVNETITLSFNVTVTDSRGGSDTELVTITINGANDIPSIEGTNSGDVQEDVAVVPTSTLT
ANGSGSFNDIDITDSHTMSSLLTTAATWSGGLLSDELTGQQIDDLSSGFSAQIDSQQTDSWSWDYTVNNDLLQFLAQGQN
ITMTFTVTIDDGNGGTNAQEITITITGTNDDPVISIEQGDSASGTVIEAGNFDDGTIVAGTDTVSGTLSVSDVDSIISDN
PIWSFAAQTNLYGNFSINAATGAWEYELDNSAADSLAEGQSAIETFLVTVTDEFGATDTQMVTVTVQGTNDSPVLSIEQG
DSASGTVIEAGNLDDGTVVAGTAMINGTLSVSDVDSIVTNNPIWSFAAQTNLYGTFSINAATGAWEYELDNSAADSLAEG
QSAIETFLVTVTDEFGATDTQMVTVTVQGTNDSPVLSIEQGDSTSGTVVEAGNLDDGTIVAGTDTVSGTLSVSDIDSIIT
NNPIWSFAAQTNLYGTFSINAATGAWEYELDNSAADSLAEGQSAIETFLVTVTDEFGATDTQVVTVTVQGTNDSPVLSIE
QGDSASGTVIEAGNLDDGSIVAGTAIINGTLSVSDIDTIVTDNPVWSFTAQTNLYGSFSIDAATGAWQYNLDNSAADSLA
EGQTAQETFLVTVTDEFGATDTQLVTVTVQGTNDSPVLSIEQGDSASGTVIEAGNLDDGSIVAGTAIINGTLSVSDIDTI
VTDNPVWSFSAQTNLYGSFSIDAATGAWQYNLDNSAADSLAEGQTAQESFLVTVTDEFGATDTQVVTITVQGTNDSPVLS
IEQGDSASGTVIEAGNLDDGTVVAGTAIINGTLSVSDVDTIVTDNPVWSFAAQTNLYGSFSIDAATGAWQYNLDNSAADS
LAEGQSAQESFLVTVTDEFGATDTQLVTVTVQGTNDSPVLSIEQGDSASGTVIEAGNLDDGTVVAGTAIINGTLSVSDVD
TIVTDNPVWSFATQTNLYGSFSIDSATGAWQYNLDNSAADSLAEGQTAQESFLVTVTDEFGATDTQVVTITVQGTNDSPV
LSIEQGDSASGTVIEAGNLDDGTVVAGTAIINGTLSVSDIDTIVTDNPVWSFAAQTNLYGSFSIDAATGAWQYNLDNSAA
DSLAEGQSAQETFLVTVTDEFGATDTQLVIVTVQGTNDSPVLTINDLTAEVTEDASDPMLTDSGVLSFSDVDLTDTHTVS
EVYNNNINWTGGDITSVLTAQQITDLIDGFSVDNDSWDYNIANSLVQFLAIGESITLSFDVTVTDINGATDTETVTVTIN
GTNDPLEGDFQKDIWMPAALEEIVDPYTAGYPLLLTAPSDVDTNDSLTITVSMIPSEGEVGYYDGNNIFVPLTVNDVITT
DMLTNLVYMPSGNITAANEYTLSFTMQSGSEEVITTYNIHTIPPTSLPGQSVQIGDGSSPLTSGNDQDAQLVLNSNFASN
ITNNPDLASLVLFTDFQKSPFDTPIPANEIGGTAGTEREDEVSIRLTINGIVFVVLAAANGVTDWFYDVETGLMRAEFDY
SIIVQESDPSITLIDYINSNNYTPAGGDIWTITYLDNDGGSYQARFVQANFVFDSQGDPSLTITGTAGVDNLLFGGTSHD
TLTGAELNDRIFAREGDDLLDGADGDDELVGGSGNDTITGGAGNDYLNGGADNDVLDGGTGSDILIGGMGSDTLDAGLDS
DNDTFIWQTGDADASSDIVQNFNLSHDILDLSEVLLDEENNSLESYFTFNFVGGSTIITVDTNGALAGGDTVTITLENVD
LSQEYGDINETVILDGLLFDEAIVVDLLP

Sequences:
NA

Specific function: NA

COG id: COG2931

COG function: function code Q; RTX toxins and related Ca2+-binding proteins

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