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Identifier: 83645548

GI number:

Start: 2850834

End: 2860610

Strand: Direct

Name: Not Available

Synonym: HCH_02778

Alternate gene names: NA

Gene position: NA

Preceding gene: 83645547

Following gene: 83645549

Centisome position: NA

GC content: NA

Gene sequence:

>9777_bases
ATGATCGGCGCATACCGAGGCATCATTACAAAAATGATGAATGGAAACGGTTATCCAGGAATGGCGCTGAGGCTGGATGG
TGAAACGGGAAGAAAGTTTCAATTCGCTATAAATGCGCCTAGAGCCCTAATTTGGGCGACTTCACCTAAAGAGTTTGAAT
TAGGTAACTGGTATCACCTTGTTGGTAGTTACAAAGATGGAGTGGGCGCAAGTCTATATGTCAATGGGGAACTTGTTCAT
AGTGTTCCTGCAAACGAAAATACACTTATAACTACGCCATCTGTTCCGTTGGTTATTGGTGCGCACTATGACTATAACTA
TACGCATCTCAACTTCGACGGGCTTATTGATAGCGCAGTATTTTATTCTCATATTCTTTCTGAAAGAGAAATAAAAGCGC
ATTACGATGCGGCCTTGACCGGAATCGAGCCTCAGTCCAAGCCCGCAAAAATAGTGGGCGCGTCTATATCAGACAAATCT
ACGCTGACAGAAAGCTCTGAAATAGAAATATATTTCGAGTCGCCAATCGATGAATCATCATTTACACAAGATGACGTTCG
GCTGATGAAGGATGGTAGCGAGCAGAGTATCAAGGTTAAGAAGCTTGATGATGTGAAGTATGCTGTAGAGGTGGTTGGTG
GAATAACGAATCGGGCTCACTACGTTTTGGAAGTTGGGCCAAATATTTCTTCTGGAGATGTCATAGGCCTGGATCAGGAT
GGCGATGCTCTGTACGGAGAAGTAGGTGATGACGTATTTAAATTGTCATTCGATTCTTTCTTTGCGGATTTTGTTATAAC
TGATGAAGCAACTATCGGGGATGACGCCTCCACATACGAAAACAAAAATATACTAATTGACAGTGGATTGCTAACGATCT
CAGGCAATCATACTTTTGGCGATATTTTACTCGTGAATGGAGGGAAAATTGTAACTTCAGATAGAGCTAAAGCGACGCTT
ACTTTGAGTCATTTATCGATTGATGAAAGTTCATCCATTGATGTAAGTGGTAAGGGCGCGACGCCAGATTCTGAGGTGCG
AGCATACTGTGGCGGTAGCTATGGTGGGGAAGGCGGAAGTCATGACTGGCTGCCAAATAAAAATGTGTTTGGAGATTATC
GTCGCCCACATGACCTGGGAATTGGAGGGGCTGGAAACAACGATGCAAGCTTTTCAACAGGTGGTGGAGCGATAAAGGTA
ATTGTCGATCGTTTGGAGCTGGATGGGAAGATTCTGGCGAATGGTTCTGGTGGCGCAAACCGCATGGGGGCCGGAAGCGG
CGGCTCTGTGTGGATTGAAGCTGGTGTTATTGTTGGGAGTGGCTCTATCGCCGCAAATGGTGGTAATAGAGTTAATACTA
CTGAGGGCGGTGGCGGTGGCGGTGGTCGCGTAGCTATATACTACGACGAACTCGAATCCTTTGATGTTTCCACTCAAGTT
AAGGCCCTTGGCGGTAGGCGTGTACACGGAAACTACGAAAGTGGCGCTGCGGGAACTATTTTTATACGAAATAAGGTTAG
TGGTGAAGAGAAGCTAATCATCGACAATAGAGGCTTGGATGACGCTAATGTCGCCAGGACTGGCCTGAGTGGCTCGTACC
CAATGCCCGTTGAGATTTATAACGCCAGAATAAAAGTAATTGATGCAAACTTTCTAAAGCTTGTTGCCTTCAATGTCCAT
GTCGCCCAAAAAGGCGATGCTAAAATTGGAAGCCTCTTCTTTACTAATAGTGTATGGCAGCAGTCAGGAAATAAACTCAA
TATTACTGATGAATATAGTTTCATAGGTGGAGGCTTTGACACTAAAGGAGACTTATCACTTCCTAATAATGAGCTGGTCG
TTGATAATTTTACTTACACTGTTTTTAGCGATCAGAACTGGAAAACGATCACGCTGAAAAATGGGGGGGTGCTGACCACA
GGCGTTCCCTCTGGATCGCTCACGCAAGCGTTGATAGTTAAGGCGTCTTCTATCAATGTCGAGGCTGGTTCCAGGATTGA
TGTAAGCGGAAAGGGAGGGCTCCCTGACGCTGAAGTATGCGCACATTGTGGTGGAAGTTATGGTGGTGTGGGCGGAACGC
CGGTCAACGGCCAAGAGAATAAATCCACTTATGGAGACTATCGTCAGCCGGTTCTACCTGGGACCGGGGGCGCTGGGGGG
AATGGCAGTTCTGGTGTGCGAGGAGCCGGCGCCGTAAAAATTATTGCGGATCGGCTGAATCTTGACGGAGAAGTGAAAGC
GGATGGCGACTATGCTAAATCACAGTCCGAATCTGGAGCAGGAGGGGGAAGTGGCGGCTCCATTTGGCTTGATATCGGCA
TTTTGTCAGGGAGTGGGCGGATTCTGGCTAACGGCGGGGCTGGTGATTATGCTGGCGGCGGCGCCGGTGGGCGGGTTGCT
GTTTATTACTCTGTACTGAACGCGTTTGATTTCGCATCGCAAGTAGAAGTAAACGGCGGAAAGGCCAGACATTCAGGGTT
TACGCCTGGACAAGATGGCTCCGTATACACTGAACAAAAGCATATAAATACCTATGTTACTGGCTTGTCTGTGACTGAAT
ATGTCGCTGATAAAGTGCAGGAAATTACGCTGTCGTTTGTCAATGAGATTGATCCTGCTTCGTTTTCTATCGACGACATT
TTGCTTGTTGGTGACAGCTCTTCTGTTTCCATCACTGCTTTAGAGCAAATAGATGGGGTGCAATACCGCATTCGTTTTTC
CGCCCCCTTGGAAGATGGAACATATCGCTTAACAGTCGGCCCTGATATCAAGACAAAAGATGGTCTTGGAATGGACCAGA
ACCATAATGGCGCGCCCAATGAAGCCGATGATGCTTTCGTTGCTTCCTTTGTCGTGGATACCGAAAAGCCTGCTGCGCCT
ACTGTAACGTCGCACAATGTTTCAACGCCTGTATTGATAAATGCCAGAGTCATTAATCTCAGTGGTGTGAAAGAACCTGG
GACGCTCTTGTGGCTCAACGGTAAAAGAGTATCAGGGCAAGAAGACGTAAACTGGAGCGTCTCCAATATTGCGTTGCAGG
AAGGTGACAACCAACTGTCATTGAAAGTTGGCGATCTGGCAGGCAACTTTTCAGAAGAAGTCATACTGGCTATCAATGTA
GACAGCCAAGCGCCTGAGGTACTGCTGATGGCGCCTTCGGGAATCATCAACAGTAGTGACAATTCCATTCGCGCCAAGGC
GGAGGATGTTGGCGCCAGTGGGCTCTCATTGAAAGGAGCGTCAGTCGCTGTTTATAGAAATGGCTTGGCGGTAACAGGTG
AACTCGCCTTAGCGTCAGGTGAATACATTTTTACAGCAACTGCGCCTTTGCTCGAAGGGAGCTATAAAGTTGTCGTCAAG
GTAGCTGATACTCATGGGAACATCTCCGCTCCTAAGGAGTATACGTTCATCCTTGATTCGACCAAGCCAGCATCACCACA
GCTTGAGGCTTTCCCTGATGTCAATGATGTCAATGCGTACCGCTTTAAAGGCACAAGAGAGAAAAACTCAAGCGTATGGG
TAAATGGCGTTCAGAAGCTCTCCAGCGAAGACAAAACTACCTTTGATCTGCTCTTGGACCTTCAGCGTGGCGATAATAGA
TTTGAGTTTGTCGTTATTGACGCTGCCGGCAACGCCAGCGTCCCCACCATCGCCAACATTCGTTTTGATGATACTGCCCC
AGGGCAGGTGACGTTCACTGTAGACGGAACGGGCGACGGAACGGAGGCGATGCTGGATTGGAGCGCTTACGATGAGTTCT
CTAACGGTAACGACATTGCCGCTTACCATATTTATGTATCAGGTTCGAACTTCTCTGATATCGCAGGAATGACCCCGGTG
GCGTCAACCCCATCTGGCTCCAAGTCATTCAAGCTCGCCGGTCTGATGCGAGGCGCGACAGTGTATGCGGCTGTTGTGGC
GGAGGATACTGCTGGCCTGAAACGGACGACTGTAACTGCGCAGCCGGTTACTCCTGAAGATATTGTTAAACCAGAGCCTA
TCGTTGATTTGCGAGCGCTTTCCGCATCGACTTCCATAGATTTGTCCTGGGCGCAACATGCGAACACGGCTGGCGATTTA
GCAGGCTACAGAATCTATGTGAGCAAGGCGGGAGACGAAGAGGTCAATGATATTCCGCTGGCCTCGGCGAATATCTCCGA
TGGGCGCGTGAACGTTAAAGTGGAAGGGTTGCAAGCTGCTACTGCGAACCCGATTCGCATTACAGCCTATGATCTGGCTG
GCAATGAGTCCGATGCTGTCTCCAATCCTGGCGTGACGTTGTTGGCTAACCCTGCTGGCGTGACCACAGATCCGTTAAGT
GGCCAGTTGAAGGTAAGCTGGCAAGCCTCCCAGCCTGCCAATCTGGTAAAGGAATACCGTATCTATGCGCAAGACGCCGC
CTTCTCCAGCGTTGCTGGCATGGCTCCCAAAACTACCGTCAGCGGCAGCGCGCTCACACGCAACATTGCAGGCCTGTCTA
ACGGTGTGACCTATTACGTGGCCGTGACGGCGGTGAATCTCTCTGGCGGTGAAGAAACGCAAGTGGCTGCTGTGACAGGC
AAGCCGGAAGAAGATAACGTCGGACCTGAAATCGTATCCATCGAGTTCATCAGCGCGAATGGCCCAGCGCAACTGAGCGG
TTCCACACTGACTATGGACGGTAAGGTCGTTGTAAAAGCAAACGACCCTGCTGGCGTCAGTCGAGTTGAGTTTGAGAAAG
ATGGCGAAAGCTGGGGAATGGACCTGAACGCAGATCCTGATTTCGAGCGCGCCTGGTTGCTGGCGGGAGAGACTGACGGC
GCTCACACGATCAGTGTGTCCGTCTATGACAATCTCAATAACGTCACTCAGATTAAGAGCATTCCTGTCAGCGTTGATTT
GGCCGCGCCGTCTGCCCCGCAGTTGACTGCGCCGCTCAATGGCGTCACTACCAACAGGGTTGAAGTTGATGTGGCGGGAG
CAGCGACTGCGAATACCTTGGTGCAACTGTTCGTCAACGGTGAAGCGCAAGGCGATGCATATCCAGTTGCTGAAGCCGGC
GTGTTCTCCGGCTTGGTAACTCTGCAGGATGGCGTGAATGAAATCACCGCCAAGGCGACCTATGCAGGGCGCACTAAAGT
CAGCGCCGCCAGTGCGGCCCTGTCAGTAACTTTGGATAACACTCTGCCGAACGCGCCGCAAAGTTTGTCTGCAGTCGGAA
AGGCGCTGGGTAAAGTGGCGCTGGGCTGGATGCCGGTCAACGACCCTAGAGTGAAAGGGTATAACCTGTATCGCTCCACT
GAACCATTCAGCGCCATTGCAGAAGCTGGCGCGCCGGTGAATCAGAAGCTGATTACTGGAACCAGTTATACAGATGTGCC
TTTTACTGATGGAACCTATTTCTATCGTGTCGCCAGCGTTAATGAGCTAGGCAGCTTGAGTGAGCTATCAGATGTTGTTG
ACGCGAAGGCTGACAGCGAGGCGCCAAAGGCGGTGAAAGTCGAGTATGCGGCATACGGCGCCAAGGATGAAGCGAGTGGT
CGTTACGGGCCTGGGTTGATTGATGTCGCCGTAACTTTTGATGAGCCACTGCGCAATACACCCTATTTTGCCTTGGCGAC
AGAAAATGCTCTGCCGCTCACCGTAGAGTTAGAGCGCGACTTTGATGATGAGCTGTTGTACCGCGGTCAGTTCGAGATCG
AGGCGACTACGCCCGCTGGCGTTGTGACCCCCGTGCTGGCGGCGTTTGACAGTGTTGGTAATCGTGGATCTGTTGTGGTA
AGCGGTGGCGATCTGCGCATTGATACGCAAGGGCCGGATGTCCGTACTTTGACAGTCAACCCCGCTGCGCCGATTCGTAA
CGATGATCCGGCTGGCAAAGAAGTTGAAGTTGTCCTGACCCTGGCGGATGACGTCAATTCAGGCGAAGAACCGAAGCTGG
TTCCGTTTATTGAGGAAAATGGCGCTCCTACGGTTATTGCTGCTTATCAGGACGGTATTGCGCTGAACAAAGACGGATCT
TCCCAGGCGGGGCGGCCGGTTTACGTTGGACGCATGCGATTGCCGTTGACGGCGGGACAAGACCAGGATGGACAGCCCAA
CGCGGAACAGCTCGGCTTTTTGCTTTCCGCCCAGGACGATCTTGGTAACGCCGCCAAGCCTGTGCCTGCGCACATACGCT
TTCAGGTTTATCAGGGAGAGTTGCCTCCGTTAGGCGCGCCGGATCAGTTGATGGGCAAAGCCTTACCTGGTGGACGCATT
GCCTTGAACTGGAGTCTGGTGGGCAGCGCGGCGGGGTATGCGTTGTATCGTAAAGCGCCCGGTGAAACCGAGTTGTCAGA
ATGGAAGCGATTCGACGACGTGTTGATGGATAGCTACATCGACGGTGAGTCAACGCCTTTGGCTGATGGCGAATATCAGT
ACGCCATTGCCTCTCTGCGTAGTGAAAACGGGCAGACGACTGTCAGTGCGCCTGGCGTGTCTGTGACGATCAGTTCTGAT
GCTACTGCGCCGATGGCTCCTGCCGGCCTGCAAGCCAGGCTGAGCGGTTCCGGCGTGCACCTGCAATGGCAAGCGCCAGC
GGGCGATGATTTACGTTACAACGTCTATCGACTGAATCTGCCGGAAACGGCGGAGGATATTGATCTCTCTGACGTTGCAG
CGCTTCAGGAAAATCTCCCGAAAGAGGTCGCGCTGGATAGCAAGCCTTCAGAAACTGAACACCTGTATGTGGTGACGGCG
GTGGATAGCGCAGGTAATGAGTCTGCTCCTTCCAACACCCAGTATGTAAATGCAGATTTGCTGCCTGTTAATCAATTGAG
CGTGTTGCTGGAAAACGACAGCCGTCCGGTGGTCAACTGGAGCCACAATGGCGCCAGTATCGCTGGATACGATATTTACG
TTGGCGATGACGCAGATCGCGTCAAGCTCAATGCTGATCTGCTGACTAACGCGGATTATGAAGATCTGGGTTACAACGCG
GGTGAGTTCAGCTCCGGCTCGGTGGAAGAGCGCTTCTACACTGTCGTGGCGAAAGACAACCAAGGCAAGGAAAGCATTGG
CCACAGTCTTTTGCTGCCCGCGCTGAGCGTTGATTTGAAGCCTGCTGACGAGTCTGAAAGCGGCATTGAGCCAATCAAAC
GTGGCGTCATGAACCGAGTGTTGTTCCGCGTCGCCAATAGCGGCGTGACCAAGATTGAACGTGTGCGTTTGAAAGTGACG
GTGAACGTCGCGGGAGCGGCCAAGTCTCACTACTCGGACTACTTCGCTGTTGAACCGGGAAGCTTCTCCGACGTAGGCGT
TGTCATCGGCGGATATCAGTCTCTGGATGCGTTTGCGGATCTCGATATCAGCATTCTCTGGTCGCCGCAGGCGGGTGAGA
ACGTAGAGATTCGTCAGTGGCGTCAGGTAGCCGTTGGCCAGTCCGCGCTGGTGGCGACTCTGGAGACACTGAACTTCGTT
CGCGGCGCAACAGGAAAAGCGCGATTCCGATTGGAAAACGTCAGCGATGTGGAGTCTGAGATTCTCATGGCGGCGAACAG
CGGTAAGCACGACTCACCAGACATTCGCTTTATCCTTGAGGACTTCGCTGGCAACGTGTATGGCGCGACCTCTATCAAGC
AAGTGACTGGAGATGTCGTCACCACCACGGACCGCTCCACAGTAGCGCGTATTCCAGCGGGCGGCGAGTACGTCACAGAA
TACTTTGACGTGCCTGTGCCGTCTTCTGTCCCGGAGTCAGCGTTGCTGCGTTTGGAGATTGACAAGCTGCACTACCAGGT
TGGCCGCGATGCGCATGTTGCGATCGCTGGTACACGCGCGTCACAAGTAGTGACGTTACAGGAGACGCCTTATTACGGTG
AGCTGACGTCTGTAGAGCCCGCCAAAGCGTTCGCTGGTGAAACCGTGACAATCAAGGGACGTGCGATTGATCGCGCCAGC
AATGAACCGATGGCCAACGCCATATTGACGGTGGCGATGAAGGTGCGCGGGTTTGAGCGCCAATACGCTGCCTTTACTGA
TGTGGAGGGCCAGTTCGAGTTCACCTACACGCCGACCATCAATGACACTGGAGAGTATGTCGTTTCCATTGTCCATCCAG
ACAAATTGGACCGTCCGGAACACGGCCGTTTCATTGTAGAAGGCGCATCTGTGGCCCCTGCCATATACAAGGTGTCTGTG
CCCAGAAACTATGAATATGGCATGGACGTGCGCGTCAAAGCCGGTTTCAGTACGCAGTTGACCAATGTGCGTCTGGAGTG
GGCGGCGGAGCTGGATGAAGACGGTCAGTCAAAACCAATGGCGGATGGACTGCAAGTCAGCAGCTCAACGCTGGAGGCTA
TCGCGCCGAATACTACGGGTTATCTCAAACTGAAGCTGACGGGCGATAATCTGGCTCCAGAAAATGGACGTCTTTACTTC
AAGGTTATGACGGACAACCAGGAGCAGCCTTTGGCGTTGCTGACCGTGCAATATTATCTGTCAGCGGCGGCGCCGTTGGC
GAAGGTATCGCCAAGCTACATCACCTCTGGCGTCAAGCTGGGAGATGAGCAAGGGGAAACCTTTAAGGTAACCAACGGCG
GCCTGGAAACATTGACCAATGCACGCCTGTCTCTGGTGGATCAATACGATGCGCCAGCTCCTGAGTGGGTGCGTATCGTT
GGCGATCGCAGTCTGGGGAATATTGCGGTGAATGAATCGCGCACTATCCAGTTGGCGTTCCGTCCCGATGCGACTGTGCC
TAAAGGCGACTACCGCTTTAAGGTGTTGATCCAGGGCGATAATTTGCCAACCCAGCCTTACATTGTAGATGTGGCGGTGA
CGGACTCCACCATCGGCGGCGTGCATTTCCATACTTCGGATATATACACCGCCACCAAGGCTGAAAACGGCGGCCTGATT
CCAGGTTTGGCGAAAGTACGCATCTCGCTGCAAAACGAAGACGTGCTCAGCGAAACCTATGAAATCACTACGGATGAATT
CGGTGATGGCTTCCTGGAAAACCTCTCCACTGGCTCTTATACCTACCGAGCCAGCGCGTTTGACCATGACAGCGTGAGCG
GACGTATCTGGGTGCGCTCGGGTGCGGTGACCAGTGAAGAAGTGTTCCTGATGAACAAACTGATCTCGGTGGAGTTCTCC
GTACGTGAAATCACCCTGGAAGACCGTTACGAGGTGGTGTTGAACGCCACCTACGAAACTAACGTCCCGGCCCCAGTTGT
CCTGTTCGAACCCATGTCGGTCAACCTGCCGATGATGAAGAAAGGCGAGGTGTTCCAGGGTGAGTTCAGTTTGACGAACT
ATGGCTTGGTAAAAGCTGAAAATGTCATCACAACACTGCCTGCTGGCGATGAATTCGCGCGCTTTGAATATATGGCGGAG
GTGCCCGAAACCTTGTGGCCTGGTCAGGTGGTTGTGGTGCCTTATCGTGTCGTCGCCATTCAGGACTTTAACCCCAGCGC
CCAAGGTGACGCTTCTGGCGCAGGGTGTGCGCAACATAACTATGAGGCTATCTGTAACTACTCCGCCATGTGCGCCGTTG
GGAGCATTATTAACAATGCGGCGAAGATGATGATGAACGCGATGGGAGGCTCCTGTGGGGGCGGTGATGGAACAGATGGC
GGAATTGGTGGGGGCGGAGTATCGATCGGGGGCTATTTCCCAGGTGGCCCAGGCACTACGGTTACCCCTGAATCACCGGT
GGAAAATGCGGCGGGCGGAGGTTTCTGCCCTGGACCGGATGCCGGTGGCGGAGGCCAGTGTTCTTCAGGTGGCGCAGGTC
AAGGCAGTGGTAATTAG

Upstream 100 bases:

>100_bases
CTCGTATTTTGATTATCAAAAGGGGCAAAGAGCTATTGTCCCTCATAATTCAAGCCATAACCTAAAAGAGTTCTCTGTTG
AAGCCTGGGTTAAGCCGGAA

Downstream 100 bases:

>100_bases
AAGGATGTTTGAAGTGAATTCAGTAGTAAAAGCGGTGTTTATGAGATTGTTTAATTATGCTGCCTTTGTTGTTTGTCTGG
CGGTTGTTTGCCTCCAAACC

Product: fibronectin type III domain-containing protein

Products: NA

Alternate protein names: NA

Number of amino acids: NA

Protein sequence:

>3258_residues
MIGAYRGIITKMMNGNGYPGMALRLDGETGRKFQFAINAPRALIWATSPKEFELGNWYHLVGSYKDGVGASLYVNGELVH
SVPANENTLITTPSVPLVIGAHYDYNYTHLNFDGLIDSAVFYSHILSEREIKAHYDAALTGIEPQSKPAKIVGASISDKS
TLTESSEIEIYFESPIDESSFTQDDVRLMKDGSEQSIKVKKLDDVKYAVEVVGGITNRAHYVLEVGPNISSGDVIGLDQD
GDALYGEVGDDVFKLSFDSFFADFVITDEATIGDDASTYENKNILIDSGLLTISGNHTFGDILLVNGGKIVTSDRAKATL
TLSHLSIDESSSIDVSGKGATPDSEVRAYCGGSYGGEGGSHDWLPNKNVFGDYRRPHDLGIGGAGNNDASFSTGGGAIKV
IVDRLELDGKILANGSGGANRMGAGSGGSVWIEAGVIVGSGSIAANGGNRVNTTEGGGGGGGRVAIYYDELESFDVSTQV
KALGGRRVHGNYESGAAGTIFIRNKVSGEEKLIIDNRGLDDANVARTGLSGSYPMPVEIYNARIKVIDANFLKLVAFNVH
VAQKGDAKIGSLFFTNSVWQQSGNKLNITDEYSFIGGGFDTKGDLSLPNNELVVDNFTYTVFSDQNWKTITLKNGGVLTT
GVPSGSLTQALIVKASSINVEAGSRIDVSGKGGLPDAEVCAHCGGSYGGVGGTPVNGQENKSTYGDYRQPVLPGTGGAGG
NGSSGVRGAGAVKIIADRLNLDGEVKADGDYAKSQSESGAGGGSGGSIWLDIGILSGSGRILANGGAGDYAGGGAGGRVA
VYYSVLNAFDFASQVEVNGGKARHSGFTPGQDGSVYTEQKHINTYVTGLSVTEYVADKVQEITLSFVNEIDPASFSIDDI
LLVGDSSSVSITALEQIDGVQYRIRFSAPLEDGTYRLTVGPDIKTKDGLGMDQNHNGAPNEADDAFVASFVVDTEKPAAP
TVTSHNVSTPVLINARVINLSGVKEPGTLLWLNGKRVSGQEDVNWSVSNIALQEGDNQLSLKVGDLAGNFSEEVILAINV
DSQAPEVLLMAPSGIINSSDNSIRAKAEDVGASGLSLKGASVAVYRNGLAVTGELALASGEYIFTATAPLLEGSYKVVVK
VADTHGNISAPKEYTFILDSTKPASPQLEAFPDVNDVNAYRFKGTREKNSSVWVNGVQKLSSEDKTTFDLLLDLQRGDNR
FEFVVIDAAGNASVPTIANIRFDDTAPGQVTFTVDGTGDGTEAMLDWSAYDEFSNGNDIAAYHIYVSGSNFSDIAGMTPV
ASTPSGSKSFKLAGLMRGATVYAAVVAEDTAGLKRTTVTAQPVTPEDIVKPEPIVDLRALSASTSIDLSWAQHANTAGDL
AGYRIYVSKAGDEEVNDIPLASANISDGRVNVKVEGLQAATANPIRITAYDLAGNESDAVSNPGVTLLANPAGVTTDPLS
GQLKVSWQASQPANLVKEYRIYAQDAAFSSVAGMAPKTTVSGSALTRNIAGLSNGVTYYVAVTAVNLSGGEETQVAAVTG
KPEEDNVGPEIVSIEFISANGPAQLSGSTLTMDGKVVVKANDPAGVSRVEFEKDGESWGMDLNADPDFERAWLLAGETDG
AHTISVSVYDNLNNVTQIKSIPVSVDLAAPSAPQLTAPLNGVTTNRVEVDVAGAATANTLVQLFVNGEAQGDAYPVAEAG
VFSGLVTLQDGVNEITAKATYAGRTKVSAASAALSVTLDNTLPNAPQSLSAVGKALGKVALGWMPVNDPRVKGYNLYRST
EPFSAIAEAGAPVNQKLITGTSYTDVPFTDGTYFYRVASVNELGSLSELSDVVDAKADSEAPKAVKVEYAAYGAKDEASG
RYGPGLIDVAVTFDEPLRNTPYFALATENALPLTVELERDFDDELLYRGQFEIEATTPAGVVTPVLAAFDSVGNRGSVVV
SGGDLRIDTQGPDVRTLTVNPAAPIRNDDPAGKEVEVVLTLADDVNSGEEPKLVPFIEENGAPTVIAAYQDGIALNKDGS
SQAGRPVYVGRMRLPLTAGQDQDGQPNAEQLGFLLSAQDDLGNAAKPVPAHIRFQVYQGELPPLGAPDQLMGKALPGGRI
ALNWSLVGSAAGYALYRKAPGETELSEWKRFDDVLMDSYIDGESTPLADGEYQYAIASLRSENGQTTVSAPGVSVTISSD
ATAPMAPAGLQARLSGSGVHLQWQAPAGDDLRYNVYRLNLPETAEDIDLSDVAALQENLPKEVALDSKPSETEHLYVVTA
VDSAGNESAPSNTQYVNADLLPVNQLSVLLENDSRPVVNWSHNGASIAGYDIYVGDDADRVKLNADLLTNADYEDLGYNA
GEFSSGSVEERFYTVVAKDNQGKESIGHSLLLPALSVDLKPADESESGIEPIKRGVMNRVLFRVANSGVTKIERVRLKVT
VNVAGAAKSHYSDYFAVEPGSFSDVGVVIGGYQSLDAFADLDISILWSPQAGENVEIRQWRQVAVGQSALVATLETLNFV
RGATGKARFRLENVSDVESEILMAANSGKHDSPDIRFILEDFAGNVYGATSIKQVTGDVVTTTDRSTVARIPAGGEYVTE
YFDVPVPSSVPESALLRLEIDKLHYQVGRDAHVAIAGTRASQVVTLQETPYYGELTSVEPAKAFAGETVTIKGRAIDRAS
NEPMANAILTVAMKVRGFERQYAAFTDVEGQFEFTYTPTINDTGEYVVSIVHPDKLDRPEHGRFIVEGASVAPAIYKVSV
PRNYEYGMDVRVKAGFSTQLTNVRLEWAAELDEDGQSKPMADGLQVSSSTLEAIAPNTTGYLKLKLTGDNLAPENGRLYF
KVMTDNQEQPLALLTVQYYLSAAAPLAKVSPSYITSGVKLGDEQGETFKVTNGGLETLTNARLSLVDQYDAPAPEWVRIV
GDRSLGNIAVNESRTIQLAFRPDATVPKGDYRFKVLIQGDNLPTQPYIVDVAVTDSTIGGVHFHTSDIYTATKAENGGLI
PGLAKVRISLQNEDVLSETYEITTDEFGDGFLENLSTGSYTYRASAFDHDSVSGRIWVRSGAVTSEEVFLMNKLISVEFS
VREITLEDRYEVVLNATYETNVPAPVVLFEPMSVNLPMMKKGEVFQGEFSLTNYGLVKAENVITTLPAGDEFARFEYMAE
VPETLWPGQVVVVPYRVVAIQDFNPSAQGDASGAGCAQHNYEAICNYSAMCAVGSIINNAAKMMMNAMGGSCGGGDGTDG
GIGGGGVSIGGYFPGGPGTTVTPESPVENAAGGGFCPGPDAGGGGQCSSGGAGQGSGN

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