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Identifier: 83645946

GI number:

Start: 3291104

End: 3300889

Strand: Direct

Name: Not Available

Synonym: HCH_03195

Alternate gene names: NA

Gene position: NA

Preceding gene: 83645945

Following gene: 83645947

Centisome position: NA

GC content: NA

Gene sequence:

>9786_bases
GTGACCTTGACCGATCCTGCTGGCAACGCCGCTACAGCAGTCACGAACACCAGCACGCTGGATAAAACCGCGCCGACGGG
CCACAGCGTGAGCTTTGACGACAGCACGATCAGCTCCACTGAAGCGAGCAGCCAGAGCTTCACCTTCGCCAGCGCAGAGG
TCGGCGCTAACTATAGCTATAGCATCAGCAGTTCTGGTGGAGGAACGGCGGTGACCGGCTCCGGCTCGGTGACCAGCGCC
AGTCAGCAGATCGCCAGTCTGGATCTGTCTGGCTTGAATGATGGAACGCTCACACTGTCAGTGACTCTGACTGATACCGC
CGGCAACGCGGCTACCGCAGTCACCGATACGGCGACGTTGGATAAAACCGCTCCGACGGGCCACAGCGTGAGCTTTGACG
ACAGCACGATCAGCTCCACTGAAGCGAGCAGTCAAAGTTTTACCTTCGCCAGCGCGGAAGTAGGCGCGGGTTTCAGTTAC
AGCATCTCATCCAGCGGCGGTGGAACCGCCGTCAGCGGTAGCGGGACGGTAACCGGCGCGAGTCAGCAAGTGACGGGGAT
CAACCTGTCTGGCTTGAACGACGGAACGCTCACACTATCAGTGACTCTGACCGATCCCGCCGGCAACGCGGCTACCGCAG
TCACCGATACGGCGACGCTGGACAAAACCGCGCCGACGGGGCATAGCGTGAGCTTTGACGACAGCACGATCAGCTCCACT
GAAGCGAGCAGTCAGAGCTTTACCTTCGACAGCGCAGAGGTCGGCGCTAACTATAGCTATAGCATCAGCAGTTCTGGTGG
AGGAACGGCGGTGACAGGCTCCGGCTCAATCACTAGCGCCAGCCAGCAAATCGCCAGTCTGGATCTGTCCGGCTTGAATG
ATGGAACGCTCACACTGTCAGTGACTCTGACCGATCCCGCCGGCAACGCCGCCACCGCAGTCACCGACACGGCGACGCTG
GATAAAACCGCGCCGACGGGCCACAGCGTGAGTTTTGACGACAGCACGATCAGCTCCACTGAAGTGAGTAGTCAGAGCTT
CACCTTCGCCAGCGCAGAGGTCGGCGCTAACTATAGCTATAGCATCAGCAGTTTTGGTGGAGGAACGGCGGTGACAGGCT
CCGGCTCAATCACTAGCGCCAGCCAGCAAATCGCCAGTCTGGATCTGTCCGGCTTGAATGATGGAACGCTCACACTGTCA
GTGACTCTGACTGATACCGCCGGCAACGCGGCCACCGCGGTCACGGATACGGCGACGCTGGATAAAACCGCGCCCAATGG
CCACAGTGTGAGTTTTGATGACGCTACGGTCAATGCGACGGAAGCGGCGAGTCAGAGCTTCACCTTCGCCAGCGCGGAAG
TAGGGGCGGGTTTCAGTTACAGCATCTCATCCAGCGGCGGTGGAACCGCCGTCAGCGGTAGCGGATCGGTAACCAGCGCG
AGTCAGCAAGTGACGGGGCTCAACTTGTCTGGGCTGAACGACGGAACGCTCACGCTGTCGGTCATTTTGACCGATGCAGC
CGGCAACACCGCTACGGCTGTTACCGATACGGCGACGTTGGATAAAACCGCGCCGACGGGCCATAGCGTGAGCTTTGACG
ACAGCACGATCAGCTCCACTGAAGTGAGTAGTCAAAGTTTTACCTTCGCCAGCGCAGAGGTCGGCGCTAACTATAGCTAT
AGCATCAGCAGTTCTGGTGGCGGGACGGCGGTGACAGGCTCCGGCTCGGTGACCAGCGCCAGTCAGCAGATCGCCAGTCT
GGATCTGAGCGGCTTGAATGATGGAACGCTCACGCTGTCAGTGACTCTGACCGATACCGCCGGCAACGCGGCCACCGCAG
TCACCGATACGGCGACGTTGGATAAAACTGCGCCGACAGGTCACAGCGTGAGCTTTGACGACAGTATGATCAGCTCCACT
GAAGCAACCAGTCAGAGCTTCACCTTCGCCAGTGCGGAAGTAGGGGCGGGTTTCAGTTACAGCATCTCATCCAGCGGCGG
TGGAACCGCCGTCAGCGGTAGCGGGACGGTAACCGGTGCGAGTCAGCAAGTGACGGGGCTCAACCTGTCTGGTCTGAACG
ACGGAACGCTCACGCTGTCGGTCATTTTGACCGATGCCGCCGGCAACGCGGCCACTGCGGTCACGGATACGGCGACGTTG
GATAAAACTGCGCCAACGGGCCACAGCGTGAGCTTTGACGACAGCACGATCAGCTCTACTGAAGCAACCAGTCAGAGCTT
CACCTTTGCCAGCGCAGAAGTAGGCGCGGGTTTCAGTTACACCATCTCATCCAGCGGCGGTGGAACCGCCGTCAGCGGTA
GCGGATCGGTAACCAGCGCGAGTCAGCAAGTGACGGGGATCAACCTGTCTGGGCTGAACGACGGAACGCTCACACTGTCC
GTGACTCTGACTGATACCGCCGGCAACGCGGCTACCGCAGTCACCGATACGGCGACGCTGGATAAAACCGCGCCCAGCGG
CCACAGCGTGACCTTTGACGACAGCACGATCAGCTCCACTGAAGCGAGCAGTCAGAGTTTTACCTTCGCCAGCGTAGAGG
TCGGCGCTAACTATAGCTATAGCATCAGCAGTTCTGGTGGAGGAACGGCGGTGACAGGCTCCGGCTCGGTGACCAGCGCC
AGTCAGCAGATTCCCGGTATTAATCTCAGCGGGTTGCCTGATGGAACCTTAACCCTGTCGGTCACTTTGACCGATACTGC
CGGCAACACCTCCACGGCTGTCACCGACACGGCGACGCTGGATAAAACCGCGCCGACGGGCCACAGCGTGAGTTTTGACG
ACAGCATAATCAGCTCCACTGAAGCGAGCAGTCAGAGCTTCACCTTCGCCAGTGCGGAAGTAGGCGCGGGTTTCAGTTAC
AGCATCTCATCCAGCGGCGGTGGAACCGCCGTCAGCGGTAGCGGATCGGTAACCAGCGCGAGTCAGCAAGTGACGGGGCT
CAACCTGTCTGGGCTGAACGACGGAACGCTCACGCTGTCGGTCATTTTGACCGATGCAGCCGGCAACACAGCTACGGCGG
TCACCGACACGGCGACGCTGGATAAAACCGCGCCCAATGGCCACAGCGTGAGCTTTGACGACAGCACGATCAGCTCTACT
GAAGCGACCAGTCAAAGCTTCACCTTCGCCAGCGCGGAGGTCGGCGCTAACTATAGCTATAACATCAGCAGCTCCGGCGG
CGGAACGGCGGTGACCGGAAGCGGAACTATCGCCAGCGCCAGCCAGCAAGTGACGGGGCTTAACCTGTCTGGACTGAACG
ACGGAACATTGACCCTGTCCGTGACCTTGACCGATCCCGCCGGCAACGCCGCCACTGCTGTTACAGATACGGCGACGCTG
GATAAAACCGCGCCCAATGGCCATAGCGTGAGTTTTGACGACGCTATGATCAATGCGACGGAAGCGGCGAGTCAAAGCTT
CACTTTCGCCAGCGCAGAAGTGGGGGCCAGTTACAGCTATACCATCAGCAGTTCTGGCGGAGGAACGGCGGTGACCGGTT
CCGGCTCGGTGACCAGCGCCAGTCAGCAGATCGCCGGTCTGGATCTGAGCGGGCTCTCTGACGGCGCCCTGACCTTGTCC
GTCACCTTGACGGATGTCGCCGGCAACGCGGCGATGGCGACCACGGATACGGCGACCTTGGATACGGCTTCGCCCACCGG
GCAGACGGTGAGCTTCGACGATGGCGCCATCAACGCCACAGAAGCCGCCAGCCAAAGCTTCACTTTCGCTGGCGCGGAGG
TGGGGGCGACGTTCAGCTACAGTATCGCCAGTGCCGGAGGAGGGACCGAGGTTACCGGAAATGGTTCGATCACCAACGCG
AGCCAGCAGGTGACAGGAGTGAATGTGAGCGGACTTTCCGATGGAACATTGACGCTGTCCGTGGTGCTCACGGATGCCGG
CGGCAATGCCGCCACTGCTGTGACCGCCACCGCAACCCTGGACGCCACGGCGCCGAGTCTGGCGGAAACCACGCCGGTGT
CGACGCCGACGTCGGATACCACGCCGAACGTCAGTTTCTCCAATACGGAAGCGGGGACGTTGGCGGTGGGCGGCAGTTGC
GGCAGTGCAGCGGAAGGCGCTGCGCCTTCAGGAACGCAGACGATCACTTTGACGGGAACGGATAACAGCAGCGCTCTGGC
GGATGGAACCTATTCCGGCTGTACGTTGACGGTGACCGACGCCGCAGGCAACGCCAGTCCGGCGCTGACCTTGACCAGCT
TCACGGTTGACTCCACCGCGCCGTCCGGTTTCTCAGTGGCTTTCAGCGACACGACTCTCAACGCCAGCGAAGCCAGCGCC
GGCGCTTTTGTCTTCACTGCCGGCGAGGTAGGCGCGGAATACAACTACAGCGTCACTTCCAGTGGGGGGGGAAGCGCCAT
AACCGGTTCTGGAACCTTGAGCAGCGCAAGTCAGAATATCTCTCTCGCAAGCCTGTCGGGATTGAGCGATGGTGCGCTGA
CGCTATCCGTGACGCTGACGGACGTTACCGGAAATGTCAGCGCAGCGCAGACCGCCAGTGCGACGCTGGACGCCTCGGCG
CCGACGCCGAATCTCAGCAGTACAGCCTCCGACCCCGCCAATGCGGCGTTCACCGTTTCCATCAGCTTTGGCGAGACCGT
CAGCGGCTTCGCTGTCAGCGATATTGTCGCCGCCAACGCGATCCTGAGCGCTTTCACTGATAATGGCGGCGGCAGCTACA
GCGTGACGGCGACGCCGTCCGCAGATGGCGCGGTGACTTTGGACATCGCCGCAGACGTGGCCGAAGACGCAGCTGGCAAC
GCCAACGCCGCGGCGACGCAGTTCAGCATCGTCTATGACGGCACAGCGCCGACGCCGGCGATCAGCTCGTCCGCCGACAA
TCCAACCAGTGCGGCATTTTCTGCGGCCATTGCATTTGGCGAGAGCGTCAGCGGCTTTGCGATAGACGATATCGCGGCCG
GCAACGCCAGTCTGAGCGGACTCACCGACAACGGCGGAGGCAGTTTCAGCGTTACCGTTACGCCGATCGCTGACGGCGCC
GTAACCCTGGATATCGCCGCCGACGCAGCCCAGGATGCAGCGGGTAATAATAACGCCGCGGCGGCCCAGTTTAGCCTGAC
CTACGACGGCAGTGGTCCGACGCTGCAAAGCTCCACTCCCGCCAACGGCGCAGTGGATGTGGAATATAATGCGACCTTGT
CGTTTACCTTCGACGAGGATCTGGCGATCGGCTCCGGCTCCGCCACCCAGATCAGCCTGTATCGCGCGGCAGACGATGAG
TTGGTGGAAGCCATTGAGATCAGCTCCGCTCAGGTCTCTGTCAGCGGATCGACGGTCACCGTCGCTCCGGCGGAAAACTT
TACGCCAAACCGCGCGTATTACGTACGCATCGGCGCCGAGGCGTTGACCGATACCCTGGGCAACGCCTATGCCGGATTGA
GCGGCGGGCTCAGCTTCACCGTGGGGAATCATGTTCCTTCCGCCGTCGCGGATACGGTGGAAACGGACGAAGACAACGCC
ATTTCCATTCAGGTCCTGGCCAATGACAGCGATGTGGACAGCCAGCTCAACCCGGCCAGTGTATTAGTCTCCACTGCGCC
GAATCATGGCGCTGTCAGCGTGAATACCGGGACAGGCGTCGTCACTTATGAACCTGAGGCCGACTACAACGGCGCTGACA
GCTTTAGCTATACCGTGGAGGATGTGCATGGCGGGATCTCTTCCGCCGCCCTGGTCTCTATTACCGTGACGGCGGTCAAC
GATGCGCCGGTGGCGATGGCGGATGTCGCCTCGACTGATGAAGACACGATGGCGTCCATTGATGTCGCCGCCAACGATAC
GGACATTGATGACGTAGTGGATGCGACGACGTTGGCGATTGTCGCCACGCCGTCTCATGGCGCGGCGGTGGTGAACGCCG
GTAAGATCGATTACACGCCGGACATTGATTTTAACGGAAGCGACAGCTTCACCTACAGCGTGAAAGACGGGCAGGGCGCT
TTGTCCAATGTGGCCTCGGTGATCGTCAACGTGACAGGCGTCAACGATTTACCGAACGCCGCCAATGACAGTGTGACAAC
GGACGAGGACACGTCTGTCAATATCTCCGTGCTGGACAACGACGCGGATGTAGATGGTTCACTGCAAGCGTCAACCGTCA
CGGTTATTGCGAACGCCAGCCATGGCGTCGCCAGCGTCAACGCAGGCTCCGGCGTGATCCAGTATGAACCTGCGGCGAAC
TACAATGGCGCAGACAGCTTCACCTATATCGTAAAAGACAATGAAGGCGCCGCCTCCAATATCGCCACGGTCGCCGTTAC
GGTTAACAGCGTCAACGACGCCCCTGTGGCTTTGGATGACGCAGCGACGCTACTGGAAGACAGTGCGCATACCATCAATG
TATTGGGTAATGACAGCGATGTGGACGGAACCATACAGCCAGCCACCGTAGAGATAATGGAGGCTCCTCTTTATGGCGAC
GTCAGCATCGACGCCGGCACTGGCGCGGTCAGTTATACGCCCTCCAGCGACTTTAGCGGCGTTGATCAATTCCTCTATCG
GGTTCAGGACGACGGCGGAGACTGGTCAAACAACGCGACGGTGGCGCTGACGATTGAAAGTCTGAATGACGCCCCCCTCG
CCAATGACGACAGCGCGGCCACCAATGAAGACGCCCCTGTGGTGATCGCAGTTCTGGATAATGATCAGGACGTGGACGGC
GTACTGGACGCGTCCGCTATCCGTATCGAAAGCGCGCCAGGCTTGGGAACGGTGACGGACAACGGAGACGGCACATTGAC
TTACACGCCCAACGCCAATGAGTTCGGCGCTGACAGCTTCGAATACAGCGTTAAAGATGACGAGGGCGATAGTTCCAATA
CGGCGACGGTGACCCTCTCCATCGCGCCGGTCAACGATGCGCCGGCTATCAGTGGAACCCCGACGACGTCTATTTTGGAA
GGGCAGGCATACCGCTTCATGCCGACGCTGTCTGATGTGGACAGCGGCGCGCTGACGGTCACTGCGGCGAACCGGCCAGG
CTGGTTGAGTCTGAACGCAGTCACCGGCGCCTTAAGTGGAACGCCGCCGGTTGGCGCCGCCGGCGTATACAGCGGCATCG
TCCTGAGCGTCAGCGATGGCCAGGCCTCAACGTCTCTGGCGGCGTTCAGCGTCACTGTCATTGGCGACAACGATACGGAC
GGCGCGGCCAATGACGTCGATACGGATGACGACAATGACGGCATGAGCGACAGCTTCGAATTGCTGTATGGCTTTAACCC
CTTCGACAGCAGCGACGCGGCGGAGGATCTGGACGGAGACGCGATCAGCAATTATCAGGAGTCCGTGGACAACACCAACC
CGAACGACGCCAGCGATTACGTCGATACCACGCCGCCGGTGGTGGTCGCGCCGGAAGACATCACTATTGACGCGATAGCG
CTGTACACACCGGTTACGTTGAGACAGATGTTGGGGCTGGCGTCCAATGCTTCGGACGCTGATGTGGAAGCTATTCTGGC
GGTATTGGCGACGGATAATGTGGATGGCGACAATTGCTGCAGCGTGCGGGCGCAGGGGCTGTTGAACAATACCGCGTTGT
TGCCGCCAGGACGCAATTTCATTACCTATCGCGGCGTGGACCGCAAAGGCAATGCGGCGACCGCCACGCAGGTCGTCAAT
ATTCGTCCCCTGGTGTCGGTAAATAAGGATCAGATCAGCGTGGAAGGCGCGACCGTACAGTTCCGGGTGATTCTGAACGG
AGAGTCGCCGTTCTATCCGCTGACGATCCCTTACCTTATCGATGGTTTCAGCACCGCTTCCGTCAGTGATCACGATCTCA
GCAACGGCGGCGTCACCTTCACTAAGTCCGGCAATATTGGGCAGACGGAGGTCAGCGTCAGCATTGCGCTAACCGCGGAC
AGCATTACGGAGAACGAGGAGCGTCTGATTATCCGCCTGGACGACCGCACCTCCAATGGGGAAGATCTGGCGGGCGGCTA
TGATCCGACCAATATCTACGACATCAATGCAGGCGCCAAAATCAGCCATGTCATTACTATCGTTGAACGCAATGTTGCGC
CGGACGTGACATTGCGTCTGCGCCAGAATGGGCTGGACACCATTCAGGTCACTCCCGAAGGAGGGCCTGTAACGGTTGTC
GCCACCGTCACAGATCCTAATCCGGGCGATACGCATCGCTACAACTGGACTGCGACGGACAACTCGCTGGCGGATACAGA
CGGCAATACCGGTAACAATCAGCTTGTATTCAATCCTGCCGGTCTCGCCAGCGGTCGCTACAAAGTTCAGCTGACCGTCG
CGGATTCCAGCAACGCCACCGATGAAGCCAGGCTGTACTTCCGAATAGTGGCCGCGCTGCCGACGCTTGATCCGACTGTA
GATTCGGACGGCGATGGCGTAAACGATGCAGAGGAGGGCGTCGCTGATGGCGATGACGACGGTATTCCAGACTATCTGGA
TAATATCGTCGCCACCAACGTGCTGCCGGAAGTGGCGTCGGAAACCAGCTCCTATCTGGTGGAATGCGACCCTGGCGTCC
GTTGCCGCCTGGGGCAATTCGCCATCCTGGGCGCCAATGGCGGCGCGCGCCTGGAGCCGGAGGAGTTGCAGACGTTGCCC
GATATCCGTACGGACGACCTGTTTGAGCCCCTGGGAGGCGTGTTCGATTTTGAGGTACATGAGCTGCCTACGTTGGGCCA
AAGCGTCCGCGTGGTGCTGCCGCAAGACCAGCCATTGCCGGCCAACGGCGTCTACCGGAAGTTCCAGAACAATAGCTGGA
CGACATTTGTGGTCGACGCCAACAATGCGCTGCACTCCGCGCCGGGCAACCCTGGCTACTGTCCGCCGCCGGGAGATGAC
AGTTGGGAGACTGGCCTGATCAGCGGTTATTACTGTCTGCAATTGACTATTGAAGATGGCGGCCCCAACGATGCTGACGG
ACTGGTCAACGCGGCGGTGGAAGACCCTGGCGTGGTGGCGGTGGATAAACGCACGCCTTCCGATATTGAAAGCGAGGGCG
GAGGTTCCGGCGGCGGCGCTATCAACGGGACGCTATTGTTAGCGCTGCTGGGACTGAGCATCCTGTCCCGGCGCTACCTG
CAATTACGCACGTCAGTCCTGGCGGTGTTTTTGATGGTCAGCCTGGGTGCGCCTGATGTCTCCCATGCGGCGGACTGGGA
GGCTATGAAGACGCGCTTGCAGGACCGCGGATATCTGGAGTTCGGCGCTTATCACGTCAGCGGCTCCCAGGAAGCAGGGG
AGTTCAAGCGCGGTTTGGAAAATGAAGACGTCACGGTAGGCGTCAACAACTATGACGTCTCCCGCTACGGCTACCAGTTT
CTCGCCGGCTATCGCTATCACCAGCATATGGCGGCGGAAATCGGTTTCCTCGACCTGGGGAACGTCAAAGTCAACATGAG
CGCCAGCGCACTGACCCCGGAAACACTGGAAGACGCCGTGGAAAAACACTACCCCGTCAGCGGCTCCGGCTGGACCCTCT
CCAACCGCTTCCTATGGCCTGTGCGTGAAAAAATCACCCTGTCGGCGGAAGTCGGACTATTCCTCTGGGAAGGCGACATC
CAACTCAGCGGCGCCGACATCAATCCAGACCTCAAAGGCGACGCCGACCCACTACTGGGCCTGGGCCTCAACTACCGCCT
CCACAAAAACATCGACGCCTCCGTACGCCTGAAACGCGCGTTCTTCGAAGGCCAACATGCGGATTTGATGGGTGTGGGAG
TGATTTGGCGGTTTAAGGGGGATTGA

Upstream 100 bases:

>100_bases
GTGGAACCGCCGTCAGCGGTAGCGGATCGGTAACCAGCGCGAGTCAGCAAGTGACGGGGCTTAACCTGTCTGGACTGAAC
GACGGAACATTGACCCTGTC

Downstream 100 bases:

>100_bases
TTCATCGCCGCATGTACTTGGGCTTTGCTGCAGCATGAGCGGCAAAGGCAATTGCTATGACAATGCCTGTATGGAAAGCT
TCTTTCACTCCCTGAAAGTG

Product: RTX toxins and related Ca2+-binding protein

Products: NA

Alternate protein names: NA

Number of amino acids: NA

Protein sequence:

>3261_residues
MTLTDPAGNAATAVTNTSTLDKTAPTGHSVSFDDSTISSTEASSQSFTFASAEVGANYSYSISSSGGGTAVTGSGSVTSA
SQQIASLDLSGLNDGTLTLSVTLTDTAGNAATAVTDTATLDKTAPTGHSVSFDDSTISSTEASSQSFTFASAEVGAGFSY
SISSSGGGTAVSGSGTVTGASQQVTGINLSGLNDGTLTLSVTLTDPAGNAATAVTDTATLDKTAPTGHSVSFDDSTISST
EASSQSFTFDSAEVGANYSYSISSSGGGTAVTGSGSITSASQQIASLDLSGLNDGTLTLSVTLTDPAGNAATAVTDTATL
DKTAPTGHSVSFDDSTISSTEVSSQSFTFASAEVGANYSYSISSFGGGTAVTGSGSITSASQQIASLDLSGLNDGTLTLS
VTLTDTAGNAATAVTDTATLDKTAPNGHSVSFDDATVNATEAASQSFTFASAEVGAGFSYSISSSGGGTAVSGSGSVTSA
SQQVTGLNLSGLNDGTLTLSVILTDAAGNTATAVTDTATLDKTAPTGHSVSFDDSTISSTEVSSQSFTFASAEVGANYSY
SISSSGGGTAVTGSGSVTSASQQIASLDLSGLNDGTLTLSVTLTDTAGNAATAVTDTATLDKTAPTGHSVSFDDSMISST
EATSQSFTFASAEVGAGFSYSISSSGGGTAVSGSGTVTGASQQVTGLNLSGLNDGTLTLSVILTDAAGNAATAVTDTATL
DKTAPTGHSVSFDDSTISSTEATSQSFTFASAEVGAGFSYTISSSGGGTAVSGSGSVTSASQQVTGINLSGLNDGTLTLS
VTLTDTAGNAATAVTDTATLDKTAPSGHSVTFDDSTISSTEASSQSFTFASVEVGANYSYSISSSGGGTAVTGSGSVTSA
SQQIPGINLSGLPDGTLTLSVTLTDTAGNTSTAVTDTATLDKTAPTGHSVSFDDSIISSTEASSQSFTFASAEVGAGFSY
SISSSGGGTAVSGSGSVTSASQQVTGLNLSGLNDGTLTLSVILTDAAGNTATAVTDTATLDKTAPNGHSVSFDDSTISST
EATSQSFTFASAEVGANYSYNISSSGGGTAVTGSGTIASASQQVTGLNLSGLNDGTLTLSVTLTDPAGNAATAVTDTATL
DKTAPNGHSVSFDDAMINATEAASQSFTFASAEVGASYSYTISSSGGGTAVTGSGSVTSASQQIAGLDLSGLSDGALTLS
VTLTDVAGNAAMATTDTATLDTASPTGQTVSFDDGAINATEAASQSFTFAGAEVGATFSYSIASAGGGTEVTGNGSITNA
SQQVTGVNVSGLSDGTLTLSVVLTDAGGNAATAVTATATLDATAPSLAETTPVSTPTSDTTPNVSFSNTEAGTLAVGGSC
GSAAEGAAPSGTQTITLTGTDNSSALADGTYSGCTLTVTDAAGNASPALTLTSFTVDSTAPSGFSVAFSDTTLNASEASA
GAFVFTAGEVGAEYNYSVTSSGGGSAITGSGTLSSASQNISLASLSGLSDGALTLSVTLTDVTGNVSAAQTASATLDASA
PTPNLSSTASDPANAAFTVSISFGETVSGFAVSDIVAANAILSAFTDNGGGSYSVTATPSADGAVTLDIAADVAEDAAGN
ANAAATQFSIVYDGTAPTPAISSSADNPTSAAFSAAIAFGESVSGFAIDDIAAGNASLSGLTDNGGGSFSVTVTPIADGA
VTLDIAADAAQDAAGNNNAAAAQFSLTYDGSGPTLQSSTPANGAVDVEYNATLSFTFDEDLAIGSGSATQISLYRAADDE
LVEAIEISSAQVSVSGSTVTVAPAENFTPNRAYYVRIGAEALTDTLGNAYAGLSGGLSFTVGNHVPSAVADTVETDEDNA
ISIQVLANDSDVDSQLNPASVLVSTAPNHGAVSVNTGTGVVTYEPEADYNGADSFSYTVEDVHGGISSAALVSITVTAVN
DAPVAMADVASTDEDTMASIDVAANDTDIDDVVDATTLAIVATPSHGAAVVNAGKIDYTPDIDFNGSDSFTYSVKDGQGA
LSNVASVIVNVTGVNDLPNAANDSVTTDEDTSVNISVLDNDADVDGSLQASTVTVIANASHGVASVNAGSGVIQYEPAAN
YNGADSFTYIVKDNEGAASNIATVAVTVNSVNDAPVALDDAATLLEDSAHTINVLGNDSDVDGTIQPATVEIMEAPLYGD
VSIDAGTGAVSYTPSSDFSGVDQFLYRVQDDGGDWSNNATVALTIESLNDAPLANDDSAATNEDAPVVIAVLDNDQDVDG
VLDASAIRIESAPGLGTVTDNGDGTLTYTPNANEFGADSFEYSVKDDEGDSSNTATVTLSIAPVNDAPAISGTPTTSILE
GQAYRFMPTLSDVDSGALTVTAANRPGWLSLNAVTGALSGTPPVGAAGVYSGIVLSVSDGQASTSLAAFSVTVIGDNDTD
GAANDVDTDDDNDGMSDSFELLYGFNPFDSSDAAEDLDGDAISNYQESVDNTNPNDASDYVDTTPPVVVAPEDITIDAIA
LYTPVTLRQMLGLASNASDADVEAILAVLATDNVDGDNCCSVRAQGLLNNTALLPPGRNFITYRGVDRKGNAATATQVVN
IRPLVSVNKDQISVEGATVQFRVILNGESPFYPLTIPYLIDGFSTASVSDHDLSNGGVTFTKSGNIGQTEVSVSIALTAD
SITENEERLIIRLDDRTSNGEDLAGGYDPTNIYDINAGAKISHVITIVERNVAPDVTLRLRQNGLDTIQVTPEGGPVTVV
ATVTDPNPGDTHRYNWTATDNSLADTDGNTGNNQLVFNPAGLASGRYKVQLTVADSSNATDEARLYFRIVAALPTLDPTV
DSDGDGVNDAEEGVADGDDDGIPDYLDNIVATNVLPEVASETSSYLVECDPGVRCRLGQFAILGANGGARLEPEELQTLP
DIRTDDLFEPLGGVFDFEVHELPTLGQSVRVVLPQDQPLPANGVYRKFQNNSWTTFVVDANNALHSAPGNPGYCPPPGDD
SWETGLISGYYCLQLTIEDGGPNDADGLVNAAVEDPGVVAVDKRTPSDIESEGGGSGGGAINGTLLLALLGLSILSRRYL
QLRTSVLAVFLMVSLGAPDVSHAADWEAMKTRLQDRGYLEFGAYHVSGSQEAGEFKRGLENEDVTVGVNNYDVSRYGYQF
LAGYRYHQHMAAEIGFLDLGNVKVNMSASALTPETLEDAVEKHYPVSGSGWTLSNRFLWPVREKITLSAEVGLFLWEGDI
QLSGADINPDLKGDADPLLGLGLNYRLHKNIDASVRLKRAFFEGQHADLMGVGVIWRFKGD

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