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Identifier: 220907744

GI number:

Start: 2270135

End: 2281255

Strand: Direct

Name: Not Available

Synonym: Cyan7425_2336

Alternate gene names: NA

Gene position: NA

Preceding gene: 220907739

Following gene: 220907745

Centisome position: NA

GC content: NA

Gene sequence:

>11121_bases
ATGGATCTCACCGCAGACCAGTTCAAGGGTATTCTTGATAGCGCGATCGTCGCCATTAGCCGTTTTCGTTGTTTCCCTGA
TCAACGCCGGGAAATACTGTACTGGTCTGCAGGAACGGAATATCTTTTGGGTTTTACGGCGGCAGAGTTGATGTCAGACG
AGCGGCTTTGGTCTAGCCGTATTCCTGCCGAGGACTGGCAAGAAAAAATTCTGCCTCTATTTCAAACAATTGCCAGTCAA
CCCATTACCAGATTTGAATACCGTTTCCACCACAGGGATGGATCTCTGCGCTGGATTGCCGCCACCCAGACGACTCAGTA
CGAACCTGCAAGCAATAGTTGGATCGTGACGGTGGTTGGCCATGACATTACCACACACAAACAGTTAGAAGCCGAGTTGG
CTGATAGGGAAACCCAACTTCGCTACCGTGAACGTCAATTCATGGAAGCACAGCGAGTGGCCGGGGTAGGCAGTTGGGAA
TTTGAGCTTAGCTCTCAAAAAATTAGTTGGTCAGAAGGATTATTTCGAATCTTTGGGCTTGATCCTGAGCAACCGGAACC
GGACTACGCCACCTATTTGCAACTGCTTCATCCTGATGATGTTGACCTCCTGCAGCAGAGCATCAACCGGGCCATCCAGA
CAGGGGTACCTTACACGATCGAACTCCGACATTTCCATTCCGATGGTTCCTACCGTTATCAGGAGGGGCGGGGAGAGCCG
GTCTTTGATGCCGAGGGACGGGTGATTCGACTGATCGGGACGGCCATGGATATTACCGATCGCAAGCTGACAGAATTAGC
CTTACGAGAAAGCGAACAGCGCTATATGACGTTAACAGAAATCGCCCCGGTCGGGATCTTCCGTACCGATCTCCAGGGAG
ATTGTCTTTATGTCAACCCGAAATGGTGTGAGATGGCGGGGCGTACCGCTACAGAGGTGCAGGGTCCGAACTGGCAGCAA
GTCCTGGTTCCTGAAGATCGAGATCGGATTACAACCGAGTGGTACCAGGCTGTGCAAGAAAACCGGCCATTTTATGGTGA
ATATTGCTTCCAGAAACCTGATGGTACGCTCACCTGGTTGGTTGCCCAGGCCGTAGCCGAACGGGACTTACAGGGCCAGG
TCACCGGCTATGTGGGTACCCTAACGGATATTTCGGAGCGCAAACGGGCTGAGACTGAACTGCAACAAACCCATGAAAAT
CTGGAGGCGATTTTTGCCGCTTTTCCCGATCTGTTTTTCCGTCTGGATAGTGAGGGAACCTTTCTTGATTATCGAGTGGG
GCAGAACTATCTCTCAGACTTGTATATTCCACCGCAGGAATTCTTAGGGCGTTCCCTCCAGGAGGTTCTCCCCCCAGATT
TAGCCCAGCCGTTTAAGCAGTTGATTCATCAGGCTCTGGAGACCGAATCGATTGTGGGCACAGAGTATCTCATGACCCTG
GCTGGGGGAGAGCAGTATTACGAAGCCCGACTCGTGCCACTGAGCGGCGATCAGTTGATTGGAATTGTCCGAAATATCAG
CGAGAGAAAACAGCAGGAAGCTGAGCGTCACGCTGCAGAACTTTCTCTACAACAGGCCTACCAACAGATTAATTCTCTGA
TCAAAAACATGCCCCTGGGGACTGTGATCTGGGATGAGCAGTTTCGCATCCAGCGGTGGTCAGAACAGGCGGTCGCTATT
TTTGGCTGGTCAGAAACAGAAGTCATCGGCAAAACCATGCTGGAGTGGCAGTTCATTTTTGAACCAGATCTGGAGTCCGT
TGTACAGGAAGGTGAACGACTGCTGGTGGGTGGGGGCAGTGGGGTTTGCTCTAATCGTAACTATCGCAAAGATGGGCGCG
TGATCAATTGCGAGTGGTTTAACTCAGCCCTAGTGGATGAATCGGGCAAGTTGATTGCAATTCTGTCTATGGTTCAGGAT
GTCACCTATCGCAAGCAGGCAGACCTTGCCCTTAGAACAGCCAAGGAGCGCTACAGCCTCGCCACCCGTGCCGCCAGAGT
GGGGGTTTGGGAATGGAACTTAAAGACCAATGACATTTATATTGACCCGAATATCAAAGCCCTGGCAGGATACGCTGACA
CAGAGTTTCCCAACGATATTGAACATTGGTTGTTGTTAGCTCATCCTGACGATCGCCAGCGCATTTTAGCTACCGCACAA
GATTATCTCAATGGCACCCTTGCCCAATTCGTTCTTGAGCATCGCCTCCTCCACCGAGATGGGTCGATTGTTTGGGTGTT
AGTTCGGGGTGAATTGCTCCGGGATCAACACGGCCAGCCAGAACGGTTGATCGGAACGGATACAGATATTACTGAGCGTA
AAGTTGCGGAACAGTCCTTGCGGGAAAGCGAAGAGAGATTCCGACTGCTGGCTGAACACCTCCGCGATTCCTTTTTTATC
TGTACCCCTACCCTAGATCGTTACCTCTACGTTAGCCCAGCCGTGGAGACCATTTGGGGGATTACGCCCGAACAACTCTA
CGCTAATCCTCGGGTTTGGTTGGAACGGGTGCATCCTGAAGATTGGGACTATTTTATTGCTAACACTCCCTTAGACAGTC
TGGCCACAGACTACGACCTGGAATATCGCATTATCCGTCCTGATGGTGACGTGCGCTGGGTGCATATTCGTTCCTATCCG
TTAGTAGACTCACAGGGACAGGTTAACCGCATTATTGGGGTTTGTGAAGATATTACCGATCGTAAGACGGCAGAAGTCAA
AATCCGCCAAAGCGAAGAACAACTGCGGTTATCGTTAGAGTTCACGGGAATTGGGGCGTGGAGTTGGCATCCTGGCACGG
GGGAATATTTTTGGACGGGCCAGATGGCAGAACTGCTGGAATTACCTCCAGGGCTGGAGAATATGTATCAAATCTGGCAC
GATCGCATTCATCCCGCTGATGTTGATCGGGTTGAGGCCGGTCTTCAGAGCGCCCTGGCTACAGGTGGCTTGTTTGCTGA
AGAATACCGCTATTTTCTCCAGGATGGCCGAACCGTTTGGCGATCGGTTAAGGGTCAGGGCGTTTATACCGAAACGGGGG
ATGTAGAAAGGGTTTTGGGTGTCGTAGTAGACATTACTGAACAGAAATCCATCGAAATGTCCCTGCGCCAAAGTGAAGCA
CGATTCCGCGAGATTGCCCAAACCATCAGTCAAATTTTCTTTATTGAATCCTTATTCACCGGAGAGTATCTCTATATCAG
CCCTGCTTATGAAACCATCTGGGGGCGGAGTTGTGAAAGTTTATATGCCGATCCCAAATCCTGGCTGGAGTCCGTTCACC
CTGATGACTATGCGTATGTGGTTGAATCCCTGGCCGGCCAATTTGCAGGCCGCAGCTTTGTTGAGCGGGAGTACCGCATT
ATTCGATCGGATGGTGAAATTCGCTGGATTTTTGCCCAACTGACCATGGTGAGGGATGAAGCTGGTCATGCCATCCACTG
TATTGGTACCGCAGCCGATATCAGCGATCGCAAAATAGCTGAATTGGCCTTGCAGAAGAGTGAAGCCCGGTTGAAGGAGT
CGCAACGCATTGCCAAACTGGGTGGATGGGAGATTGATCTGCAATCAGGTGAGCAATATTGGTCTGAGGAAGTTTACAAC
ATCCATGAATTGAATATTGATGATGAATATCCCAATTGTCTCGAAAATCCTGATTATTACATCAACTTCTACGCACCAGA
CGCTCAACCAATTATTCGAGCAACTTTTCAAAATGCCATCCAGTTGGGAGAAGCCTACGATCTAGAAGTTCCGTTCATTA
CAGCTAAAGGAAACCATCGCTGGGTCAAGTCTATCGGTCAACCCATTATCGTCAATGGGACCGTCACCCATATTAGTGGC
ATCCTTCAAGATATTACCGATCGCAAACAACTTGAACTGTCGCTACAGGCTTCTGAACAGAAACTGACCCAGATTCTGAA
TCGAACCGTTGCCTCGGTTTCTAGCTTTCGCGTCTTTGCCAACCAGGATTGGGAGTATGAATACTTCTCTGCTGGCTGTG
AGCAGCTCTTCGGCTATGGTTCCCAGGAACTGATAGTAGATAAAATGCTGTGGATGTCCAGAGTTTTCCCCCAGGATCTG
GAAACGATTCTCCAACCCATATTTGCGCAGTTCCGGGATGGTAAAAACCTGGCAGCGGAGTACCGTTTCTATCACAAAGA
TGGTTCTTTGCGCTGGATTTCTAGTGTCTATACCTCTGAACAAATTGAGCCGGGCTGCTGGAGGATTACAGCACTCTGTC
AGGATGTCACCCATCGCAAAACCGCTGAAATTGCCCTGCAAGAAAGTGACACGCGGTTGCGTTTAGCTTTAGACGTGTCC
AACGCGATCGCCTGGGAGCGAGATCTACAAACGGATCAGCTCCTGTTCACCAGTACCACAACGCTATCGCATCCTCAGAG
AATACCCTATGCAAAAGCAATGGAATTGGTGCATCCAGAGGATCAGGAACGATTACACCAGGCCAACCAGGCAGCCATTG
CCCAGCGGGGAACGTTTCAGATTGAACATCGGGTTGCGACTCCGGGGCAGATGCCTGAGTGGCGATGGGTTCAGGTCAGT
GCAAGAGTTTTAACGGATAACCTGGGCAACCCAACCCAACTGGTAGGCATGTCCGTTGATATCACTGATCGCAAACTGGC
AGAAATCGCCCTGCAGGAAAGTGAGGCCAAATTCCGTCGTCTGACTGAAAACGTGCCGGGGATGATTTATCGCTATGTCG
TCCACCCAGATGGCCGTGATGCCTTTACCTATGTCAGTCCTCATTGCCAGGAGATTTATGAACTCGATGCTGAGACCATT
CTCCAGGATTCTAGAGTGCTCTGGGCCATGGTTGATCCTGAAGACGTTCCCAGCCTTCAAGCTAGCATTGCCGCCTCAGC
TCAGGATTTGCGCCCCTTCTTTAACGAACATCGTCTTCACACCCCCAGTGGGATCAAGTGGGTCCAGGTTCTTGCCTCAC
CGGAGCGATCGGAGAATGGCGCTTTGTTTTGGGATGGTTTGATCATTGACGTAACCGCCCACAAGCAGCTAGAAACGGCC
TTGCGAGAAAGTGAAGCGCGCCGCCGCCTGGCTCTAGAGTTAACGGAAACTGGAAGTTGGGAGTTTGATGTTGCAACGGG
AGAGGCGATCTGGAGTGATAGTCATTATCGCTTAATGGGACTGACTCCGAATGAACAGCCCAGCAATTACCAAACCTGGC
GCGATCGGGTTCATCCCGATGATCTGGACTGGGTCGAAGCAGCCTTTAATCAGTCCTTAGCAACCCGTACGCCCCTGGAT
GTGGAATATCGCGTAGTCTATCCCCATGGGACGGTGCGCTGGGTTTTAACCAAGGGGCAGGGGGTTTACGATGCCAGCGG
TCAAGCCTTACGGATGCTGGGCGTAATGATGGATATCAGCGATCGCAAAATAGCGGAAGCGGCGTTGCAAGAGAAACAAC
AACAGCTAACTTCGCTGTTAAATAACATTCCCCATATTGCCTGGCTCAAAGATCGGGATGGTCGTTTTCTGGCTGTCAAT
GAACCATTTGCTCAGGCTTGCGGTTATGCTGCGTCTCAGATCGTTGGTCTGACTGATTGCGATATTTGGTCCCCTGAGTT
GGCAGAGGCATATCGCCAGGACGATCGCGAGGTGATGGCTTCGCGACAACAAAAGTGTGTTGAGGAACCACTCTTAACCG
CCACCGGAATACAGCAATGGATCGAAACAATTAAAACGCCGATTCTGAACGAGCAGGGAGAGCCGATTGGTACGGCTGGA
ATCGCGCTGGACATTACTGAACGCAAACGGATCGAGCGGACGCTGCAACAAATGAATGAAGAACTGGAACAACGGGTGCA
GCAGCGCACTCAGGAACTGGTTCGCTCAGAGCAGGATTTACGGACCATCTTTAACAATGTCTATGATGCGATTCTGATCC
ATAACATGGATGGCACTATTCTGGATGCAAACGATCGGGCGATCGATCTTTTTGCTGCCCCCCCCGATCAACTGCTCGGT
CTCCAGGTTTACGATCTCTGTGCCTCTGATTTCCCCCCAGAAGTATTTACGAGAAATTTGCAACGGGTGCAAGCGGGAGA
AACCCTGCAGTTTGAGGGACAGGGGAGGCGATTGGACAATAACACCACTTTTGATACAGAAACGTCTGTCCGCTTAGTCA
GCCTGAGTGACCGACCTGTTTTGCTGAGTGGGGTTCGAGACATTAGCGATCGTAAACGAGCAGAACGAGCATTACGGAAA
AGTGAACGTCGCTATGCCACCTTGGCTGCTGCTGCCCCAACGGCAATTTTTTGCTTTGATCAACCCTTCAACTGCACCTA
TGTCAATCAACGCTGGAGTGAAATAACGGGCAGACCCCTGGAATCAGCTCTGGGTAGAGGCTGGCTGGATACAGCGCACC
CGGAAGATCGGGAGTTGATGGTGAAAGTCTATGCTGAAGAGTTTGCCCAAATGGCTAGTGGGCAGAAGTTGCTCAGTACT
GGAGAGGGTAGAATGCTCCGCCCCGATGGTAGCGTGGTCTGGTTCTATGCCCAGGTGGCTCCAGAAATTGATCTTGATGG
CAGCGTGGTCGGGTACATTGGCACACTAACCGATATTACAGCCCGCAAACAAGCGGAGTCCGAACTAGCCGAAAGTGAAG
CAAAATTCCGGCGCTTGGTGGAAGGGGCCAACGACTTGATCTGGGCGGGGGATGTGGAGGGCCGGTTTACCTATCTCTCA
CCCCAATTCAAAACCCTGTTTGGCTGGGAGGCCAGTGAATGGATTGGTCAACCCTTCTTTGAGCTGATCCATCCTGACGA
TCGTTCCCTGCTAGGGGCTGACCATTGGCAAGAGAGCGAACCGAATCAAAAGGTAGGTCATCGTGAGTTCCGCCATCGTC
ATCGTCAAGGTCACTACCTCTGGGTCACCTCTAGCGCAACGCCAATTCTTGATCCCAAAGGAACATTTATCGGTTTTCAG
GGCATCCTCTCGGATATCAGCGATCGCAAAGCTGCAGAAGCGGAACTTAGGGCTAGCCAGGCTCGGCTCCGGGCCACTTT
TGAGCAAGCCGCTGTAGGCATTGTACAGGTGAGTTTAGAGGGCAGATTTATTCAAGTCAACCAGAAACTCTGTGAAATTG
TTGGCTATACGGCGTCCGAATTGTTGAACAAGACCTATGCCGACATTACCCATCCTGAAGATGTTGAGATTAGCCATGAA
CAGGTCAGGCATTTGCTAGCGGGTGACCAGTCGGCCTTCATCCTGGAAAAGCGGTATATCCGTAAAGATGGTGAGCTTGT
TTGGGCCAATGTTTCAGTCTCCCTGGTGTATGGCTCTGCCGGCCAACCCGATTACTTTATTGCTGTTATTGAGGATATTA
CTGAGAGAATACGGTTGGAACAAGAACGCAACCAGTCTCAGCAGAAACTTCGAGCAGAAAGCTTGCGTCTACAATTGGCC
CTGGAAGCAGCGGAGATGGGAACCTGGGAGTGCTGTCTTGAGACTGGGGAAATTTTCTGGTCTGAACCCGTCGAAGCCAT
GTTTGGGTTTGCTCCCGGTACATTCCCTGGCCATCGTGAAGCCTTTATCGAGCGGCTCTATCCGGCGGATCGAGATCGGG
TTTTAGCCGCCATTACCCACACCTTTGCCACTCAAACCCCCTACAGCATTGAATATCGAATTCAGCGTCCCGATGGAACT
CTGCGCTGGCTAGCTGCTTGGGGCAAGGTGATCTCCTTGGACTCCGGCCTCCGTATGGTAGGGGTGGCGGCTGATATTAC
GGACCGCAAACAGGCGGAAGAATCGCTGCGGCTCAGTCAGGAACAGTTACAACTGGCTCTGGAAAGTGCGGGGGATGGGC
TGTGGGATTGGAATGTTTCCACAGGGGCTGCCTATTTGAGTCCCCGCTGGTTGGCGATCCTGGGCTATGACGTGGGGGAT
TGGCCCGGCCATGTTGACACCTGGGAACGCCTCCTGCATCCCGACGATCGAGCCCGGATGTTAGCGCTATTGAATGCCAA
CCTCCAAGATGGCTCCGTTCCCTATCAAGTTGAATATCGGGCCCTGGCTAAATCTGGAGAGTGGAGATGGGTGGCGAATT
ACGGCAAGGTGGTTGAGCGAGATCAGTTCGGCCAGCCCTTACGCATGGTCGGCTTGATACAGGATATTACCGATCGCAAG
CAGACGGAGCAAGACCTGCAAGAGTCTCGCAATATGCTGAGATTGGTTTTGGATACCATTCCGCAACGCGTGTTCTGGAA
GGATTGGCAGTCCAGGTTTTTAGGCTGCAATTCTGCCTTTGCCAACGACTATTGCTTAACCATTGAAGAGATCATTGGCA
AGACTGACCTGGAATTACCCTGGGCAGCCTGGGCCGACCTTTATCAGGCAGATGATGCCAGGGTAATGCAAACCCGTACC
CCTAAACTAAACTACGAAGAACCCACCTGTAATATGCGGGGTGAGCCGATCTGGATTCGCACTAGCAAAATTCCCTTAAC
CAATAGTCAGGGAGAGGTGATTGGGATTCTGGGTTGCTATGACGACATCACTGAGCTCAAATTTGCTGAACAACAGCTCC
AATCGGAACGTCTGCGGTTAGAACTGGCTCTAGAAGCCGCCGACATGGGAACTTGGGAATCGAATCTAGACATGGGGCTC
TGGTCAGAACGCACCGAAGCCATTTTTGGCTATGCCCCTGGCACTTTTCCCGGCGATCGCGAGGCTTTTCTCAGATTGAT
CCATCCTGATGACCAGGAGCGGGTGTTTGCCGCCTTGTCTCGCAGTTTTACGACTCGATCGCCCTACAGTGTGGAATACC
GCATTCACCGCCTGGATGGCCAACTGCGCTGGGTTGCCGTCAATGGCAAAGTTGTGGAAACCGAAGATGGAACTGGGTTA
CGCATCGTGGGAGTGGCCCTGGACATTACCGAGCGCAAACAAGCAGAAGCAACTCTGCGGGATAGTGAAGAACGCCTGCG
TCTGGCCCTAACCGCATCGAATCAGGGACTTTACGATCTGAATATTCAGACCGGGCAAGCCATTGTTACCCCTGAATATG
CCACCATGTTGGGCTACGATCCCGCTACCTTCGAGGAAACCAATGCCCGTTGGCTTCAGCGCTTGCATCCCGATGACGTA
GAACGATTGACTGCCACCTATCGGGCCTATATTGCCGGAGAAATACCCGACTACCAGGTAGAATTTCGTCAACGGACCAG
TGATGGGCAGTGGAAATGGATTCTTTCGGTCGGCAAAATCGTGGCCTGGGATGAAGTGGGGCAACCTCTACGGATGCTGG
GAACTCACACTGACATCGACGATCGCAAACAAGCGGAGGCCGACCTGCTCAAAAGTCAAGCGCTCCTGGTAGAAGCCCAG
CGGATGGCGCGGATGGGCAACTGGGAATTTAATCCCATAACACAGGAAATTTACTGGACTGAAGAAGAGTACCGCTTGTT
CAATCTCGATCCCAGCCAACCCGAACCCAGCTATGCAACCCTGGCCTCCCTTTACCACCCTGAGGACTGGGCAGTGTTAC
AAGTGGCTGTGGAACAGGCGATCACCACGGGAGACCCTTACAAATTGATTCTCCGCACAGCCCCATCTGGTCCAGAAGGT
TCGGTTCGCTATCTGGAAACCATTGGTCAGGTAGAACGTGATTCCCTGGGGCAGGTAGTCCGCCTCTATGGCACTTGCCA
GGATATTACGGATCGGCGGCTGTCCGAACTGGCTTTACAGGAGAGTGAAGAACGCTTCCGCCAGCTAGCAGAAAGTATTA
CCCAGGTCTTCTGGTTGACCAATGGTGACCATAGTGAAATCCTTTACGTTAGCCCTGCCTATGAACAGGTCTGGGGCTAT
TCTCTTGCCTCACTGCATGAGTCACCCAGCCAATGGTTTGAATGTATTCATCCTGAAGACCAGGAGGGGGTTAGTCAGGC
AATGCTATTGCTTACCCAGGGTAACTATCAAATGGAATACCGCATCCGCCGCGCTGATGGCCAACTCCGTTGGATTCGCG
ATCGCTCCTTTCCGGTTTACAACGAGGCTGGGGACGTTTACCGCATTGCTGGGATTGCGGAAGATATCACGGAGCGCAAA
CAGGCAGAACTGGCCCTGGCGGAAAACAACATTATCCTGCAATCCGTAATTGACAGCACGCCTGATGTGGTGTTTGTCAA
AGATTTGCAGGGGCGAACAGTGATTGTGAACGATGCTTTTGCCGACTTTTTTAACCGTCCTAAAGCTGAACTGTTAGGTA
AAGCGGATGCTGAGCTATGGCCGACCGAAATGGTGACTCATATCCAGGAAATTGATTCGCGCATTATGGCCCTGGGTCGG
GCTGAAACCTTTGAAGAGCCTGTTCCTGCCCCGGAAGGAGTCCGCACCTATCTGACGACTAAGTTTCCCTGGCGCAATTC
TCATGGGGATGTAATTGGCTTAATTGGGATGTCCCGCGACATTACGGAACGCAAACAGGCGGAAGAACAGATTCAAGCCT
CCCTCCGCCAAAAGGAATTGCTGTTACGGGAAATTCACCACCGGATCAAGAATAATCTGCAAGTTGTTTCCAGTTTGTTG
ATGCTGCAGGCAGACACCACGGATGATCCCTATACCCAGAAGGTGCTGCAAGACAGCCAGGAACGGGTAGCGGCGATTGC
CCTCGTCCATGAGGCTCTATATCGATCCGCCGACCTGGAACGCATTGATTTATCCGAATACGTTCAGGATCTGCTGGAAC
AAATTTTCTACTCCTACCAGGGAAGTGAGCGGGGAATTGTGCTGCAGTTAGAACTGGAACCGATCTGGCTGAACCTGGAA
ACCGTTTTGCCCTGCGCTCTGATTTTGAACGAACTGCTGGTCAATGCCTTAAAACATGGCTTTCCCGATCAACGCAGTGG
TCAGATCTCCGTCAGTCTCAACTGCTATGAACAAATGATCACGCTGTCCGTGGCCGATGATGGGATTGGCTTACCCCCCG
ATCTGGATTGTCGCCAGAGTTCTTCCCTGGGATTGCAGTTGGTGCATGATCTAACAGAGCAGTTGGATGGCAGCCTGACC
ATTGCCTCTGCTCAAAGCCATCCCCAGGGAACTTGCTTTACAATTCGATTTCAAGAGCTATTCTATCGTCGTAGAGTCTA
A

Upstream 100 bases:

>100_bases
CCCAACCGCCAGAGTTGCCGCTATGCTTGATTTCACGGTTAGAAACCCAGATACTTTATCCAAAGTAGGCAATATATTCT
AGAAAATTTAAAAACTAGCA

Downstream 100 bases:

>100_bases
TAGATATGGGTAAAACTCGTATTTTAGTCGTCGAAGATGAGGTTATTACCGCTAAAACCATTGCTCGTAAACTCCAGACC
CTGGGCTATGAGGTGACAGC

Product: signal transduction histidine kinase

Products: NA

Alternate protein names: NA

Number of amino acids: NA

Protein sequence:

>3706_residues
MDLTADQFKGILDSAIVAISRFRCFPDQRREILYWSAGTEYLLGFTAAELMSDERLWSSRIPAEDWQEKILPLFQTIASQ
PITRFEYRFHHRDGSLRWIAATQTTQYEPASNSWIVTVVGHDITTHKQLEAELADRETQLRYRERQFMEAQRVAGVGSWE
FELSSQKISWSEGLFRIFGLDPEQPEPDYATYLQLLHPDDVDLLQQSINRAIQTGVPYTIELRHFHSDGSYRYQEGRGEP
VFDAEGRVIRLIGTAMDITDRKLTELALRESEQRYMTLTEIAPVGIFRTDLQGDCLYVNPKWCEMAGRTATEVQGPNWQQ
VLVPEDRDRITTEWYQAVQENRPFYGEYCFQKPDGTLTWLVAQAVAERDLQGQVTGYVGTLTDISERKRAETELQQTHEN
LEAIFAAFPDLFFRLDSEGTFLDYRVGQNYLSDLYIPPQEFLGRSLQEVLPPDLAQPFKQLIHQALETESIVGTEYLMTL
AGGEQYYEARLVPLSGDQLIGIVRNISERKQQEAERHAAELSLQQAYQQINSLIKNMPLGTVIWDEQFRIQRWSEQAVAI
FGWSETEVIGKTMLEWQFIFEPDLESVVQEGERLLVGGGSGVCSNRNYRKDGRVINCEWFNSALVDESGKLIAILSMVQD
VTYRKQADLALRTAKERYSLATRAARVGVWEWNLKTNDIYIDPNIKALAGYADTEFPNDIEHWLLLAHPDDRQRILATAQ
DYLNGTLAQFVLEHRLLHRDGSIVWVLVRGELLRDQHGQPERLIGTDTDITERKVAEQSLRESEERFRLLAEHLRDSFFI
CTPTLDRYLYVSPAVETIWGITPEQLYANPRVWLERVHPEDWDYFIANTPLDSLATDYDLEYRIIRPDGDVRWVHIRSYP
LVDSQGQVNRIIGVCEDITDRKTAEVKIRQSEEQLRLSLEFTGIGAWSWHPGTGEYFWTGQMAELLELPPGLENMYQIWH
DRIHPADVDRVEAGLQSALATGGLFAEEYRYFLQDGRTVWRSVKGQGVYTETGDVERVLGVVVDITEQKSIEMSLRQSEA
RFREIAQTISQIFFIESLFTGEYLYISPAYETIWGRSCESLYADPKSWLESVHPDDYAYVVESLAGQFAGRSFVEREYRI
IRSDGEIRWIFAQLTMVRDEAGHAIHCIGTAADISDRKIAELALQKSEARLKESQRIAKLGGWEIDLQSGEQYWSEEVYN
IHELNIDDEYPNCLENPDYYINFYAPDAQPIIRATFQNAIQLGEAYDLEVPFITAKGNHRWVKSIGQPIIVNGTVTHISG
ILQDITDRKQLELSLQASEQKLTQILNRTVASVSSFRVFANQDWEYEYFSAGCEQLFGYGSQELIVDKMLWMSRVFPQDL
ETILQPIFAQFRDGKNLAAEYRFYHKDGSLRWISSVYTSEQIEPGCWRITALCQDVTHRKTAEIALQESDTRLRLALDVS
NAIAWERDLQTDQLLFTSTTTLSHPQRIPYAKAMELVHPEDQERLHQANQAAIAQRGTFQIEHRVATPGQMPEWRWVQVS
ARVLTDNLGNPTQLVGMSVDITDRKLAEIALQESEAKFRRLTENVPGMIYRYVVHPDGRDAFTYVSPHCQEIYELDAETI
LQDSRVLWAMVDPEDVPSLQASIAASAQDLRPFFNEHRLHTPSGIKWVQVLASPERSENGALFWDGLIIDVTAHKQLETA
LRESEARRRLALELTETGSWEFDVATGEAIWSDSHYRLMGLTPNEQPSNYQTWRDRVHPDDLDWVEAAFNQSLATRTPLD
VEYRVVYPHGTVRWVLTKGQGVYDASGQALRMLGVMMDISDRKIAEAALQEKQQQLTSLLNNIPHIAWLKDRDGRFLAVN
EPFAQACGYAASQIVGLTDCDIWSPELAEAYRQDDREVMASRQQKCVEEPLLTATGIQQWIETIKTPILNEQGEPIGTAG
IALDITERKRIERTLQQMNEELEQRVQQRTQELVRSEQDLRTIFNNVYDAILIHNMDGTILDANDRAIDLFAAPPDQLLG
LQVYDLCASDFPPEVFTRNLQRVQAGETLQFEGQGRRLDNNTTFDTETSVRLVSLSDRPVLLSGVRDISDRKRAERALRK
SERRYATLAAAAPTAIFCFDQPFNCTYVNQRWSEITGRPLESALGRGWLDTAHPEDRELMVKVYAEEFAQMASGQKLLST
GEGRMLRPDGSVVWFYAQVAPEIDLDGSVVGYIGTLTDITARKQAESELAESEAKFRRLVEGANDLIWAGDVEGRFTYLS
PQFKTLFGWEASEWIGQPFFELIHPDDRSLLGADHWQESEPNQKVGHREFRHRHRQGHYLWVTSSATPILDPKGTFIGFQ
GILSDISDRKAAEAELRASQARLRATFEQAAVGIVQVSLEGRFIQVNQKLCEIVGYTASELLNKTYADITHPEDVEISHE
QVRHLLAGDQSAFILEKRYIRKDGELVWANVSVSLVYGSAGQPDYFIAVIEDITERIRLEQERNQSQQKLRAESLRLQLA
LEAAEMGTWECCLETGEIFWSEPVEAMFGFAPGTFPGHREAFIERLYPADRDRVLAAITHTFATQTPYSIEYRIQRPDGT
LRWLAAWGKVISLDSGLRMVGVAADITDRKQAEESLRLSQEQLQLALESAGDGLWDWNVSTGAAYLSPRWLAILGYDVGD
WPGHVDTWERLLHPDDRARMLALLNANLQDGSVPYQVEYRALAKSGEWRWVANYGKVVERDQFGQPLRMVGLIQDITDRK
QTEQDLQESRNMLRLVLDTIPQRVFWKDWQSRFLGCNSAFANDYCLTIEEIIGKTDLELPWAAWADLYQADDARVMQTRT
PKLNYEEPTCNMRGEPIWIRTSKIPLTNSQGEVIGILGCYDDITELKFAEQQLQSERLRLELALEAADMGTWESNLDMGL
WSERTEAIFGYAPGTFPGDREAFLRLIHPDDQERVFAALSRSFTTRSPYSVEYRIHRLDGQLRWVAVNGKVVETEDGTGL
RIVGVALDITERKQAEATLRDSEERLRLALTASNQGLYDLNIQTGQAIVTPEYATMLGYDPATFEETNARWLQRLHPDDV
ERLTATYRAYIAGEIPDYQVEFRQRTSDGQWKWILSVGKIVAWDEVGQPLRMLGTHTDIDDRKQAEADLLKSQALLVEAQ
RMARMGNWEFNPITQEIYWTEEEYRLFNLDPSQPEPSYATLASLYHPEDWAVLQVAVEQAITTGDPYKLILRTAPSGPEG
SVRYLETIGQVERDSLGQVVRLYGTCQDITDRRLSELALQESEERFRQLAESITQVFWLTNGDHSEILYVSPAYEQVWGY
SLASLHESPSQWFECIHPEDQEGVSQAMLLLTQGNYQMEYRIRRADGQLRWIRDRSFPVYNEAGDVYRIAGIAEDITERK
QAELALAENNIILQSVIDSTPDVVFVKDLQGRTVIVNDAFADFFNRPKAELLGKADAELWPTEMVTHIQEIDSRIMALGR
AETFEEPVPAPEGVRTYLTTKFPWRNSHGDVIGLIGMSRDITERKQAEEQIQASLRQKELLLREIHHRIKNNLQVVSSLL
MLQADTTDDPYTQKVLQDSQERVAAIALVHEALYRSADLERIDLSEYVQDLLEQIFYSYQGSERGIVLQLELEPIWLNLE
TVLPCALILNELLVNALKHGFPDQRSGQISVSLNCYEQMITLSVADDGIGLPPDLDCRQSSSLGLQLVHDLTEQLDGSLT
IASAQSHPQGTCFTIRFQELFYRRRV

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