Tbg972.11.1190 | cysteine peptidase, Clan CA, family C2, putative

_IDPredictionOTHERSPmTPCS_Position
Tbg972.11.1190OTHER0.9999610.0000220.000017
No Results

  • Fasta :-

    >Tbg972.11.1190 MNYQAITEIPDSNTIFHDTIFMRNNKHVSEQWIRIGELYPNGAKESLLPETFAREQFGQG SHYECFMLSALATLVKFPDIIRNCFVSRNVRRDGRYTFQFFRDKEWVKVEIDDSVMLEDD EVLFIRSPTSHWWPLLFEKAYAKFYTSYDNLEGCTLQEAYHDLTGNPVLNIPMDARLAKA AGVDVTGGQYWLDLAQKLQSGQFVGSLLTRETDLESMGLQSEQQYGILEIFSLTGTSSVS DIVIHLYNPFEDEEFTYKGPLNSKDTEWTPKLREKYNVDDTHSIFLPLHVALKIVNSVQL CYISPIDGDATYFDDEWKGETAGGNPTSVTWRKNPLYCVRNAGINPVELVVVIKQKDQRR YMSPEERTMYLQCGIVVVQSTTVTQIPTYFVTGNNHKAIHKSLFLNSREVSSFVRIPPNS LCYLVPSCMKKGAESAFTLALYRVKLQDYSNILIKKLEVPSMDWGHCAIGKVTLETKVKE RVDFFVDCPTHIHILMHQEKPFVNKVGGDITTRDYVGVYLYDDTDRKIGGVHAATNFRET SVLHRLPRSGRYAISITCPRASGEVPIALTIVGSPDANVRIVEAPDDASMFDDEDDIAEG DEDATVSNPIDYIPVAGGGQVFTEVPDSTVPFEDKRFMVDNKIMTNEPWIHIGDLYPEGK TRSLLPERLSREQFEQGEHFECCCLTAFAALVEHHPNVIRDAFVTKAVRRDGRYTFRFHR YGQWVKVEIDDRIPLLGGKTLFCRSSDGYWWPLLLEKAYAKFYTLYQNIEGCTLRELFYD LTGLPVLSIPMELKLAKAVLCDVDDVSFWVELSEGLKDCACAAVARPGFDDTLGLSNGQE YAVLDVVSLTDGEASSISDLVVKLHNPFLETEYKGPMNASDAAWSSELRTRLCPERRDTI YIPVEVFCNAFLTVEKVMVRGLIVPGWQFNSEWGEGTNGGNPTLVTWRENPIYVVQNTAD TPLQIIAMIGQPDQRRVLHLLPEQEVNYVQCGLVLSQCTCSNPVPTYLVTSNNHRVVHKG LFVNFRESANIVTIPANSMSYLIPSAMFRDKTKFLLSYWFQKLPDMKFIKISRINVSVAR SLPAIEDLELHNHEKKRVDFLVDVPTDIHILLRQEKPCVTVRTHDAMADDFLGIYLYNED EKRIDGVTAATNYREMGLVHRLATAGRYALSITCPRGTGVVPCRVEIVGVEDAKVRITDP PEDAGNLCEVDLRFLGSEAEGVPLEDLPLDSDADLQAILEELRRLHGDIDANAESIAKHE RMMSDRVHKMARQLLAKDRSKYLPGYDLQTVNSILDAEPHFVVLERGRYHLKCDPRNATK VRNVERSLLTLANEILEKHDDPDLSFLGAEVEGIPTLDLTLMRDSSFSEMARERMQLKRD PIANASRLAEVEDSMVARANAIAKEMHLRERRYLNPEPEGVPLELLPLNEDEVVSEKEDR LRALNRKEQKDEKLLRSLEDVIADRVHEIARELKVSERDLFLDPTPGGFPVAQLPLDEDD VFHSLEVERLQLRLRHDSLANKTSEIKELESRLNRRACELARVKVEEGRAFLDPEPLGFP LIDLNLDGDSEFVKLESELRKLRWEPRVNSTAMRTVEEDIARVVHRIALRKTCLDRDYLD AEYEGRPVQGLPLNDSKEVLAMETRRRVLINAKADRDEIGVAENMIRDAVREIARALNVG ERLDYLEPCPRGVPVEDLPLDMDTEFHELEVHRQRLKCDAKKQDTVIMDVERALNDRAEA LAREHLSSDRGYLDPASVGVPLRLLPLDSDSVFQELEIKRALLKKNPQRNGRAISDLEGG LNERAHVLATEMKHAERSKFMDPNPGGIAIEDVPIDNDEVFCDLEIRRFGLCEDRHANIA AIRNLEDAMNERVIELADKMRCEIRMFLDPMPLGVSLDELPLDNNETFVAKEAELHKLRK DLRANGADVALLKSDLNELAKQMAAEMISKDRAFLFPEPEGRLLEELPLDSDKEFRSLEK QLRLLCKESPPEAQKIAAIEELLDGRAHQLAKMKNCAERKDYLDSHPCGVPLDDVPLDND DEFSMLEVKRAALMRDVVGNKDSIASVEKALNGRAEKLALLKLRSERSFLDPEPHGIPLH CVPLDDDDSFHLLEVERLTLKGLNIRENDHKLVGVENAMRDYVNDLALEVKRKMREDVLD TSPDGLPLSVLPLDNDLPFIELENGYIKAVFDAKDTLKIQDLAGAMRRRSEDIARKLRSD VRLSLEQHPLGFTLDELPVDDSELFLGKERELLELKRDGRYNSPTAIEIMEELNSIILDI AKEQAIREREFLDQEPEGRHITELNLDSDTTFLGLERQRRLLKKDPFADRSRIVDLEQML NDRSHELAKKLNSLDRPKFLPVAIRGVLLSELPLDSDAEFTRLEVERSSLYRDPVRNAST INHVEEALNIRVAAMADEVVRQDRMFLGEDVEGVCVRHLPLDDDAEFRALETKRATYKSC GSRMGTKAIKDLEDQLGDRAAELARTAKKELRNLLGTEPLGVPLSDLPIDVDGRFRALED NYRDLSRNSANGGKLCEIILQLNERALELAAELHTKERVVLSQCPGGIPLSALALNEDEM FKALEMEARKLRHSTAGRGRNAARISELESAMNERAMELANQLRRTYCDAAPEGIPLELL GLGGVEEFTKLEDALRDATKDPVKNREIISDIEFELNSRAHVAAMGLLEGDRDYLECETM EVPLSDLPLNTDSVFRALEVERAVLKLREPHRGARRVRELELKLVERAHRLAEELKEEDL SGLDGEPEGVSLRALKPHNDSLFSEFVGAMRELKRGPKRNTVAIEELRERMNERAHELAQ EKLKDDREFLDQCPEGVPLSDLPLGTDPLFHKLETERARLKERDAARNITHIHELESRLK DRAVELANEQKGRDLSELEQSPCGVPIYILQLHDDPVLQKMLNKMRGLRNRGVTGPEFVA LIDEINNCARDAAEELLLRDREYLEPEPLGVPLSLLSLTTDTVFHGLEVQRAVLKAQNAR RNAAKISDFEMRLNERAVQLAEVQRQRELEGLDPEPEGIPISVLNPHGDAEFIKLVTELR QLCSEGNNEGMCDVLKTTMNDVVHALAKRLKEGDRGYLDPEPEGVPLCVLPLDTDVLFFR LECERVTLKARNAHLNARRICELEDALNNRAVELAREQLRQDVDGVDEAPCGIPLQLLRL HEDSTFLVMVDDIRTLRKNPDANSEAIDAVVMSMNDRAYDVAIAQFDRGFLDPEPEGVPL CILPLDDDELFHGMEVERIKLKLTDARRNAQTIGTLEEEMNGRAHELALQQLREELSGID AAPEGIPLSLLRVMEDPAFALMVLELRDLKKDTQGNAERIREVEDAMNNRAYELADGLLE GDRSYLDPIPLGVPVSELPLCSDEPFATMEVERARLKAEDARRNAAGIGELELKLNNRAK ELASEQLLRDLEGFHDEYEGIDLVHLRPHDDKEFASLVPELRRLKRDGDKEAVEQHMRSM DRRLRELAKELVGGDLWFLDKEPEGVPLTYLPLDGDEILDKLRHERAQLKIQDPRGNADR IAELERKMNERIHDLAKCIGDEDFDGVEGEPCGIPLSLLSPRDDEVVAKLINDIRKVKYS TEEKSSNGALNNLQVELSKRVHQLAEDVLIRDRVKYLNQCPESVDISFLPLSTDEQFRAL ELERVIINIQSNGDDKRLDGLEDMLNKRAHELAKEQLQEDLRGLEQAPHGVPLDVLKPHS DLRFIKEAEQLRNLKRDPLRNKREIDDLVEQMNNTVGEIALNLLRSDRDYLHLAPEGVPI EVLPLEVDAKFCALEAERAMLKGENNPKNASMILSLEEKLNERARQLAQEQLLEDLKELS SFQHCVPLSLLSPHTDVQFAADVAEFRRLKKEGEQNTPAIQGVVGRLNARANELAEEYLR TDRASYLNPEQLGVPLDLLSLDTDSEFVSLEAERLKLLSYPAVNNEQITRLEAELNACAK KLLVKRLYKERNYLDREPLGVSLNALPLDTDSQFHFMELKRLALKAGDPYCNEVAINTLE ERLSDRAYELARGQIAEDLSDLISAPRGIPVSLLHPHNDPEFHEMVVSVRLLKRDSQPDL SKLMRLVDDLNRRVKELADCAVGTCRRKLNPLPEGIPLQSLPLDEDPLFSQMERDLVSLF LEDEKKNATRITKLEDRLNERAANIAVSVKAKDLEQLEQTPCGIPIELLRPHEDSTFASL ANQYRISKHLGGSDSHGVNVGTLNKRATEIAIELLRGDQSYIDRQPCGVPFSALELEKDP QFRDLQVQRMRMVLSNPKRNLNRITELEVQLNSYVQRCAQAFLAADRGFVDKEPGGVPLA ELDLDNDPLFHRMEVERAKLKIRGPVINAYRIRNLEEKLNDRAHELAEELLATDLEGIAP EPEGVLLASLHPHDDAECASLIAAKRRLLKEPSQNMEKIRDVQEKLNNRVFQLAREVISK LRKQLVQEPEGIPLEFLPLDADNTFRSMERDLLALQATPRRNDIKVEALRGSLNERACEL ARGQIQCGRGFLNPQPEGVDLEHLPLDENVVFRSKEVERTKLKRCPHENAAAITQLESDL NALVHSIAKDIKLSDRAFLNLTSHGIPRELLPLDEDRSFTTMERRRRRLKRDGNRRATAM MNLEEMMQDRVDDLAFRILRGDRGNYVTLPDGIDAADIPIDTDERFGTLELRRAVVMLQG SEDCKEQVGKLEHQMSERLQELVRKRVKEDRDFLDPEPEGIPLKDIPLDSDAEFRHLEAR RRKIRRESRRRVTNVADLEEAMNDRAHVLARCIVAEDVGHLRPDYRRIPTNELHLHNDDT FRSLASKRRELLQVGAVTVDIAAIEDDMDIRALQVADDVVTEERAFLDPQPGGMFIVDLQ LDEDETFFALERERRRMRKDFRFAKRNKEAINDLEVSLNERACELAREAFSKQRDFMDQE PEGIPLKELPLDNDLIFKDAEISRYVLLKDPKHAANELIAFENVMNCRAHELAKEIIAKD RDFLDLEPDGVPREELPLDTDERFQVLAQEHFRLKRLNGNLKSTEVRVLEEKMNDRLHEL AKEFLQENRSFLDSEPEGVPIADVPFRCDPTFVEIERELLKLSRNPVVPDSAKQIVRDLL NKRLHEIAAAFLKKERIFLDPEPFGLPLACLPLNYDHILNLLERKRRALKKNGRGEIKTI RSLEEEIQDRVNVIAVEYLEMERTFLDPRPRGVPLTLLPLNGDWRFRSMEVELRALRKNQ TKNRKDIEKIEGDLNLRATELAGAFLQKHRVFIDPEPLGVPIEELPLDSDSIFHNMESMY LQMGRHIPRAAELRRMEEEMNDRVRELATEHLQGERAFLNQKPQGIPLCDLSLNNDRQFR DMEKRLRALRKHPRSNTEGIKTIQDEMNQRVNALARRKISDDRSYLPLELHGVPVYDIPL DDDREFRDLEVKRHRAKILSPEDAVLVQRVEEELVSRALDIAKDFVWRERSFLDSNPQGV PIIRLPLSTDEQFRELETRRRHLKKDPRNAGIVALLEQQLRARAHELAEGLLGWQDVQFH EANHSVAEMWPRIGELYPEGIRNSVFPEITQPGDTSSAPGELGYLAPFIAALSQHPPLIH RLLETKTHPVNGPYSFIFFDPNSNPVRVDIDDRVPVDAKCEPKFTRVPHRSWYPLLLEKA YAKFVGGYAKLDQCTPHETLRDLTGRPVLHIPFDDRLADAANTGDFRSVKFWKGIKRNLA AGDVITCISNHESVDGLHSQCSYALLSVIETVHESNDVSDIVIKLHNCYYDSPTYDGPLC NDDDNWTDGLKRLCHYNPEEDALYIPVPVFLRNFSSMQRCHINCGDRLTAPGEWTGVSCG GNPKFTTFRNNPIYLVENKTSRPVTILAELRHHAPAYRDPDDVNHYHQSGLALLKAINTR MPVSPILTSVTHRFLHRGMMLDAREVCAQMELPPSTTCYLVPYTLGRDNYGKFHISVYPG LAKVNLAPLRSGGLHRDPVRAVLDVITGCEGGTRTDFTVSAPCDVHILLRQSEVRSTDYA HKSDVIGEEDLTMSVYNDSGIKVASTGCATNCLEQALVFRVPQQGRYSAIVQRLGVSKAP LYRCDLFVYTSRCATACFVPVSVGLKPLKLGKCSALPPCGAEFSGTSNGVNCGCNSLLPL HSAPYIKNGNQ
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/661 Sequence name : 661 Sequence length : 6131 VALUES OF COMPUTED PARAMETERS Coef20 : 3.446 CoefTot : -0.305 ChDiff : -254 ZoneTo : 7 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.376 1.629 0.271 0.561 MesoH : -0.022 0.536 -0.104 0.261 MuHd_075 : 29.650 23.892 9.609 6.199 MuHd_095 : 15.702 10.192 2.258 2.658 MuHd_100 : 20.736 15.492 4.566 4.123 MuHd_105 : 23.449 17.980 6.614 4.980 Hmax_075 : 14.233 12.133 2.113 4.818 Hmax_095 : 2.013 4.637 -2.574 2.887 Hmax_100 : 7.300 11.200 0.211 4.340 Hmax_105 : 8.517 10.850 0.617 4.270 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9979 0.0021 DFMC : 0.9887 0.0113
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 6131 Tbg972.11.1190 MNYQAITEIPDSNTIFHDTIFMRNNKHVSEQWIRIGELYPNGAKESLLPETFAREQFGQGSHYECFMLSALATLVKFPDI 80 IRNCFVSRNVRRDGRYTFQFFRDKEWVKVEIDDSVMLEDDEVLFIRSPTSHWWPLLFEKAYAKFYTSYDNLEGCTLQEAY 160 HDLTGNPVLNIPMDARLAKAAGVDVTGGQYWLDLAQKLQSGQFVGSLLTRETDLESMGLQSEQQYGILEIFSLTGTSSVS 240 DIVIHLYNPFEDEEFTYKGPLNSKDTEWTPKLREKYNVDDTHSIFLPLHVALKIVNSVQLCYISPIDGDATYFDDEWKGE 320 TAGGNPTSVTWRKNPLYCVRNAGINPVELVVVIKQKDQRRYMSPEERTMYLQCGIVVVQSTTVTQIPTYFVTGNNHKAIH 400 KSLFLNSREVSSFVRIPPNSLCYLVPSCMKKGAESAFTLALYRVKLQDYSNILIKKLEVPSMDWGHCAIGKVTLETKVKE 480 RVDFFVDCPTHIHILMHQEKPFVNKVGGDITTRDYVGVYLYDDTDRKIGGVHAATNFRETSVLHRLPRSGRYAISITCPR 560 ASGEVPIALTIVGSPDANVRIVEAPDDASMFDDEDDIAEGDEDATVSNPIDYIPVAGGGQVFTEVPDSTVPFEDKRFMVD 640 NKIMTNEPWIHIGDLYPEGKTRSLLPERLSREQFEQGEHFECCCLTAFAALVEHHPNVIRDAFVTKAVRRDGRYTFRFHR 720 YGQWVKVEIDDRIPLLGGKTLFCRSSDGYWWPLLLEKAYAKFYTLYQNIEGCTLRELFYDLTGLPVLSIPMELKLAKAVL 800 CDVDDVSFWVELSEGLKDCACAAVARPGFDDTLGLSNGQEYAVLDVVSLTDGEASSISDLVVKLHNPFLETEYKGPMNAS 880 DAAWSSELRTRLCPERRDTIYIPVEVFCNAFLTVEKVMVRGLIVPGWQFNSEWGEGTNGGNPTLVTWRENPIYVVQNTAD 960 TPLQIIAMIGQPDQRRVLHLLPEQEVNYVQCGLVLSQCTCSNPVPTYLVTSNNHRVVHKGLFVNFRESANIVTIPANSMS 1040 YLIPSAMFRDKTKFLLSYWFQKLPDMKFIKISRINVSVARSLPAIEDLELHNHEKKRVDFLVDVPTDIHILLRQEKPCVT 1120 VRTHDAMADDFLGIYLYNEDEKRIDGVTAATNYREMGLVHRLATAGRYALSITCPRGTGVVPCRVEIVGVEDAKVRITDP 1200 PEDAGNLCEVDLRFLGSEAEGVPLEDLPLDSDADLQAILEELRRLHGDIDANAESIAKHERMMSDRVHKMARQLLAKDRS 1280 KYLPGYDLQTVNSILDAEPHFVVLERGRYHLKCDPRNATKVRNVERSLLTLANEILEKHDDPDLSFLGAEVEGIPTLDLT 1360 LMRDSSFSEMARERMQLKRDPIANASRLAEVEDSMVARANAIAKEMHLRERRYLNPEPEGVPLELLPLNEDEVVSEKEDR 1440 LRALNRKEQKDEKLLRSLEDVIADRVHEIARELKVSERDLFLDPTPGGFPVAQLPLDEDDVFHSLEVERLQLRLRHDSLA 1520 NKTSEIKELESRLNRRACELARVKVEEGRAFLDPEPLGFPLIDLNLDGDSEFVKLESELRKLRWEPRVNSTAMRTVEEDI 1600 ARVVHRIALRKTCLDRDYLDAEYEGRPVQGLPLNDSKEVLAMETRRRVLINAKADRDEIGVAENMIRDAVREIARALNVG 1680 ERLDYLEPCPRGVPVEDLPLDMDTEFHELEVHRQRLKCDAKKQDTVIMDVERALNDRAEALAREHLSSDRGYLDPASVGV 1760 PLRLLPLDSDSVFQELEIKRALLKKNPQRNGRAISDLEGGLNERAHVLATEMKHAERSKFMDPNPGGIAIEDVPIDNDEV 1840 FCDLEIRRFGLCEDRHANIAAIRNLEDAMNERVIELADKMRCEIRMFLDPMPLGVSLDELPLDNNETFVAKEAELHKLRK 1920 DLRANGADVALLKSDLNELAKQMAAEMISKDRAFLFPEPEGRLLEELPLDSDKEFRSLEKQLRLLCKESPPEAQKIAAIE 2000 ELLDGRAHQLAKMKNCAERKDYLDSHPCGVPLDDVPLDNDDEFSMLEVKRAALMRDVVGNKDSIASVEKALNGRAEKLAL 2080 LKLRSERSFLDPEPHGIPLHCVPLDDDDSFHLLEVERLTLKGLNIRENDHKLVGVENAMRDYVNDLALEVKRKMREDVLD 2160 TSPDGLPLSVLPLDNDLPFIELENGYIKAVFDAKDTLKIQDLAGAMRRRSEDIARKLRSDVRLSLEQHPLGFTLDELPVD 2240 DSELFLGKERELLELKRDGRYNSPTAIEIMEELNSIILDIAKEQAIREREFLDQEPEGRHITELNLDSDTTFLGLERQRR 2320 LLKKDPFADRSRIVDLEQMLNDRSHELAKKLNSLDRPKFLPVAIRGVLLSELPLDSDAEFTRLEVERSSLYRDPVRNAST 2400 INHVEEALNIRVAAMADEVVRQDRMFLGEDVEGVCVRHLPLDDDAEFRALETKRATYKSCGSRMGTKAIKDLEDQLGDRA 2480 AELARTAKKELRNLLGTEPLGVPLSDLPIDVDGRFRALEDNYRDLSRNSANGGKLCEIILQLNERALELAAELHTKERVV 2560 LSQCPGGIPLSALALNEDEMFKALEMEARKLRHSTAGRGRNAARISELESAMNERAMELANQLRRTYCDAAPEGIPLELL 2640 GLGGVEEFTKLEDALRDATKDPVKNREIISDIEFELNSRAHVAAMGLLEGDRDYLECETMEVPLSDLPLNTDSVFRALEV 2720 ERAVLKLREPHRGARRVRELELKLVERAHRLAEELKEEDLSGLDGEPEGVSLRALKPHNDSLFSEFVGAMRELKRGPKRN 2800 TVAIEELRERMNERAHELAQEKLKDDREFLDQCPEGVPLSDLPLGTDPLFHKLETERARLKERDAARNITHIHELESRLK 2880 DRAVELANEQKGRDLSELEQSPCGVPIYILQLHDDPVLQKMLNKMRGLRNRGVTGPEFVALIDEINNCARDAAEELLLRD 2960 REYLEPEPLGVPLSLLSLTTDTVFHGLEVQRAVLKAQNARRNAAKISDFEMRLNERAVQLAEVQRQRELEGLDPEPEGIP 3040 ISVLNPHGDAEFIKLVTELRQLCSEGNNEGMCDVLKTTMNDVVHALAKRLKEGDRGYLDPEPEGVPLCVLPLDTDVLFFR 3120 LECERVTLKARNAHLNARRICELEDALNNRAVELAREQLRQDVDGVDEAPCGIPLQLLRLHEDSTFLVMVDDIRTLRKNP 3200 DANSEAIDAVVMSMNDRAYDVAIAQFDRGFLDPEPEGVPLCILPLDDDELFHGMEVERIKLKLTDARRNAQTIGTLEEEM 3280 NGRAHELALQQLREELSGIDAAPEGIPLSLLRVMEDPAFALMVLELRDLKKDTQGNAERIREVEDAMNNRAYELADGLLE 3360 GDRSYLDPIPLGVPVSELPLCSDEPFATMEVERARLKAEDARRNAAGIGELELKLNNRAKELASEQLLRDLEGFHDEYEG 3440 IDLVHLRPHDDKEFASLVPELRRLKRDGDKEAVEQHMRSMDRRLRELAKELVGGDLWFLDKEPEGVPLTYLPLDGDEILD 3520 KLRHERAQLKIQDPRGNADRIAELERKMNERIHDLAKCIGDEDFDGVEGEPCGIPLSLLSPRDDEVVAKLINDIRKVKYS 3600 TEEKSSNGALNNLQVELSKRVHQLAEDVLIRDRVKYLNQCPESVDISFLPLSTDEQFRALELERVIINIQSNGDDKRLDG 3680 LEDMLNKRAHELAKEQLQEDLRGLEQAPHGVPLDVLKPHSDLRFIKEAEQLRNLKRDPLRNKREIDDLVEQMNNTVGEIA 3760 LNLLRSDRDYLHLAPEGVPIEVLPLEVDAKFCALEAERAMLKGENNPKNASMILSLEEKLNERARQLAQEQLLEDLKELS 3840 SFQHCVPLSLLSPHTDVQFAADVAEFRRLKKEGEQNTPAIQGVVGRLNARANELAEEYLRTDRASYLNPEQLGVPLDLLS 3920 LDTDSEFVSLEAERLKLLSYPAVNNEQITRLEAELNACAKKLLVKRLYKERNYLDREPLGVSLNALPLDTDSQFHFMELK 4000 RLALKAGDPYCNEVAINTLEERLSDRAYELARGQIAEDLSDLISAPRGIPVSLLHPHNDPEFHEMVVSVRLLKRDSQPDL 4080 SKLMRLVDDLNRRVKELADCAVGTCRRKLNPLPEGIPLQSLPLDEDPLFSQMERDLVSLFLEDEKKNATRITKLEDRLNE 4160 RAANIAVSVKAKDLEQLEQTPCGIPIELLRPHEDSTFASLANQYRISKHLGGSDSHGVNVGTLNKRATEIAIELLRGDQS 4240 YIDRQPCGVPFSALELEKDPQFRDLQVQRMRMVLSNPKRNLNRITELEVQLNSYVQRCAQAFLAADRGFVDKEPGGVPLA 4320 ELDLDNDPLFHRMEVERAKLKIRGPVINAYRIRNLEEKLNDRAHELAEELLATDLEGIAPEPEGVLLASLHPHDDAECAS 4400 LIAAKRRLLKEPSQNMEKIRDVQEKLNNRVFQLAREVISKLRKQLVQEPEGIPLEFLPLDADNTFRSMERDLLALQATPR 4480 RNDIKVEALRGSLNERACELARGQIQCGRGFLNPQPEGVDLEHLPLDENVVFRSKEVERTKLKRCPHENAAAITQLESDL 4560 NALVHSIAKDIKLSDRAFLNLTSHGIPRELLPLDEDRSFTTMERRRRRLKRDGNRRATAMMNLEEMMQDRVDDLAFRILR 4640 GDRGNYVTLPDGIDAADIPIDTDERFGTLELRRAVVMLQGSEDCKEQVGKLEHQMSERLQELVRKRVKEDRDFLDPEPEG 4720 IPLKDIPLDSDAEFRHLEARRRKIRRESRRRVTNVADLEEAMNDRAHVLARCIVAEDVGHLRPDYRRIPTNELHLHNDDT 4800 FRSLASKRRELLQVGAVTVDIAAIEDDMDIRALQVADDVVTEERAFLDPQPGGMFIVDLQLDEDETFFALERERRRMRKD 4880 FRFAKRNKEAINDLEVSLNERACELAREAFSKQRDFMDQEPEGIPLKELPLDNDLIFKDAEISRYVLLKDPKHAANELIA 4960 FENVMNCRAHELAKEIIAKDRDFLDLEPDGVPREELPLDTDERFQVLAQEHFRLKRLNGNLKSTEVRVLEEKMNDRLHEL 5040 AKEFLQENRSFLDSEPEGVPIADVPFRCDPTFVEIERELLKLSRNPVVPDSAKQIVRDLLNKRLHEIAAAFLKKERIFLD 5120 PEPFGLPLACLPLNYDHILNLLERKRRALKKNGRGEIKTIRSLEEEIQDRVNVIAVEYLEMERTFLDPRPRGVPLTLLPL 5200 NGDWRFRSMEVELRALRKNQTKNRKDIEKIEGDLNLRATELAGAFLQKHRVFIDPEPLGVPIEELPLDSDSIFHNMESMY 5280 LQMGRHIPRAAELRRMEEEMNDRVRELATEHLQGERAFLNQKPQGIPLCDLSLNNDRQFRDMEKRLRALRKHPRSNTEGI 5360 KTIQDEMNQRVNALARRKISDDRSYLPLELHGVPVYDIPLDDDREFRDLEVKRHRAKILSPEDAVLVQRVEEELVSRALD 5440 IAKDFVWRERSFLDSNPQGVPIIRLPLSTDEQFRELETRRRHLKKDPRNAGIVALLEQQLRARAHELAEGLLGWQDVQFH 5520 EANHSVAEMWPRIGELYPEGIRNSVFPEITQPGDTSSAPGELGYLAPFIAALSQHPPLIHRLLETKTHPVNGPYSFIFFD 5600 PNSNPVRVDIDDRVPVDAKCEPKFTRVPHRSWYPLLLEKAYAKFVGGYAKLDQCTPHETLRDLTGRPVLHIPFDDRLADA 5680 ANTGDFRSVKFWKGIKRNLAAGDVITCISNHESVDGLHSQCSYALLSVIETVHESNDVSDIVIKLHNCYYDSPTYDGPLC 5760 NDDDNWTDGLKRLCHYNPEEDALYIPVPVFLRNFSSMQRCHINCGDRLTAPGEWTGVSCGGNPKFTTFRNNPIYLVENKT 5840 SRPVTILAELRHHAPAYRDPDDVNHYHQSGLALLKAINTRMPVSPILTSVTHRFLHRGMMLDAREVCAQMELPPSTTCYL 5920 VPYTLGRDNYGKFHISVYPGLAKVNLAPLRSGGLHRDPVRAVLDVITGCEGGTRTDFTVSAPCDVHILLRQSEVRSTDYA 6000 HKSDVIGEEDLTMSVYNDSGIKVASTGCATNCLEQALVFRVPQQGRYSAIVQRLGVSKAPLYRCDLFVYTSRCATACFVP 6080 VSVGLKPLKLGKCSALPPCGAEFSGTSNGVNCGCNSLLPLHSAPYIKNGNQ 6160 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 ................................................................................ 1360 ................................................................................ 1440 ................................................................................ 1520 ................................................................................ 1600 ................................................................................ 1680 ................................................................................ 1760 ................................................................................ 1840 ................................................................................ 1920 ................................................................................ 2000 ................................................................................ 2080 ................................................................................ 2160 ................................................................................ 2240 ................................................................................ 2320 ................................................................................ 2400 ................................................................................ 2480 ................................................................................ 2560 ................................................................................ 2640 ................................................................................ 2720 ................................................................................ 2800 ................................................................................ 2880 ................................................................................ 2960 ................................................................................ 3040 ................................................................................ 3120 ................................................................................ 3200 ................................................................................ 3280 ................................................................................ 3360 ................................................................................ 3440 ................................................................................ 3520 ................................................................................ 3600 ................................................................................ 3680 ................................................................................ 3760 ................................................................................ 3840 ................................................................................ 3920 ................................................................................ 4000 ................................................................................ 4080 ................................................................................ 4160 ................................................................................ 4240 ................................................................................ 4320 ................................................................................ 4400 ................................................................................ 4480 ................................................................................ 4560 ................................................................................ 4640 ................................................................................ 4720 ................................................................................ 4800 ................................................................................ 4880 ................................................................................ 4960 ................................................................................ 5040 ................................................................................ 5120 ................................................................................ 5200 ................................................................................ 5280 ................................................................................ 5360 ................................................................................ 5440 ................................................................................ 5520 ................................................................................ 5600 ................................................................................ 5680 ................................................................................ 5760 ................................................................................ 5840 ................................................................................ 5920 ................................................................................ 6000 ................................................................................ 6080 ................................................... 6160 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0

  • Fasta :-

    >Tbg972.11.1190 ATGAATTACCAAGCAATTACCGAAATTCCAGATAGCAATACGATATTCCATGACACCATT TTTATGAGAAACAACAAACACGTCTCGGAGCAATGGATTCGTATTGGCGAATTGTACCCC AATGGTGCGAAGGAATCATTGCTCCCGGAGACGTTTGCACGCGAACAGTTCGGACAAGGA AGTCACTATGAGTGCTTCATGCTTTCTGCCCTCGCCACTTTAGTAAAATTCCCCGACATC ATTCGGAACTGCTTCGTGTCGAGGAATGTGCGGCGTGACGGGAGGTACACGTTTCAGTTC TTTCGTGACAAGGAATGGGTGAAGGTTGAAATTGATGACTCTGTTATGCTTGAGGATGAT GAAGTTTTGTTCATCCGATCACCCACTAGTCATTGGTGGCCGCTACTGTTTGAGAAGGCT TATGCGAAATTCTACACCAGCTACGACAATTTGGAGGGTTGTACCTTACAGGAGGCGTAC CATGACTTAACTGGCAACCCCGTGCTCAACATCCCCATGGACGCGAGGCTTGCCAAGGCT GCAGGTGTGGATGTGACTGGAGGTCAGTATTGGCTTGACCTCGCACAGAAGCTGCAATCC GGCCAGTTTGTTGGTTCGCTGCTGACGAGGGAAACGGACCTTGAGTCGATGGGTTTGCAG AGTGAGCAACAATACGGGATACTAGAGATTTTTTCGCTAACTGGGACATCATCTGTAAGC GACATTGTGATTCACCTATACAACCCATTCGAGGACGAGGAATTCACGTACAAAGGCCCG CTGAACAGTAAGGACACGGAGTGGACCCCCAAACTCCGTGAAAAGTATAACGTGGATGAT ACGCACTCCATATTTCTTCCGCTACACGTTGCCCTGAAGATCGTAAATTCGGTGCAACTT TGCTACATATCCCCTATTGATGGTGACGCGACGTATTTTGATGATGAGTGGAAGGGTGAA ACTGCGGGAGGGAACCCCACGAGTGTAACATGGCGCAAGAACCCCCTATACTGCGTCAGG AACGCTGGGATCAACCCCGTGGAACTGGTTGTCGTGATTAAGCAGAAGGATCAACGACGT TACATGTCTCCTGAGGAGCGAACCATGTACCTTCAATGTGGCATTGTTGTTGTTCAGAGC ACCACAGTCACACAAATACCGACATATTTTGTAACAGGGAACAATCACAAAGCAATACAC AAGAGTTTGTTCCTAAACTCTCGTGAAGTGTCCAGTTTCGTTCGGATACCACCTAATTCC TTGTGCTACCTTGTACCTTCTTGCATGAAGAAGGGAGCGGAGAGTGCATTTACGCTCGCA CTGTACCGAGTGAAACTTCAAGACTACAGCAATATTCTGATTAAGAAACTTGAGGTCCCC TCTATGGATTGGGGACATTGTGCCATTGGAAAGGTTACGTTGGAAACAAAAGTGAAGGAA CGGGTTGATTTTTTTGTTGACTGCCCTACTCACATTCACATTTTGATGCATCAAGAAAAA CCGTTTGTGAACAAAGTTGGTGGTGATATTACAACTCGGGATTACGTTGGCGTCTACCTT TATGATGACACGGACCGTAAGATTGGAGGTGTGCACGCTGCGACGAACTTCAGGGAAACA AGTGTCTTGCATCGCCTTCCTCGTAGTGGTCGTTATGCTATTTCAATTACGTGTCCCCGG GCAAGTGGTGAAGTACCCATTGCTCTCACAATTGTTGGTTCTCCTGATGCTAATGTTCGT ATTGTTGAGGCTCCTGATGATGCCTCCATGTTTGATGATGAGGATGATATTGCAGAGGGT GATGAGGATGCTACTGTTTCTAATCCCATTGACTACATTCCTGTTGCTGGTGGAGGGCAG GTGTTCACTGAGGTACCCGATAGTACGGTCCCATTTGAAGATAAACGTTTCATGGTTGAT AATAAGATTATGACGAATGAACCGTGGATCCACATTGGTGACCTTTATCCTGAGGGAAAG ACGCGCTCACTTTTGCCGGAGCGTCTGAGTCGTGAGCAGTTTGAGCAGGGTGAACACTTC GAGTGCTGTTGTCTGACCGCTTTTGCAGCGCTGGTGGAGCACCACCCCAACGTAATTCGT GACGCGTTTGTGACGAAGGCTGTACGACGTGACGGACGGTACACGTTCCGGTTCCACCGC TACGGTCAGTGGGTGAAGGTGGAGATTGATGATCGTATTCCCCTTCTTGGTGGGAAAACT TTATTCTGTCGATCATCTGATGGTTATTGGTGGCCACTACTACTAGAGAAGGCGTATGCT AAGTTCTACACACTATACCAAAATATTGAGGGATGTACGCTGCGGGAACTGTTTTACGAC CTAACAGGGCTTCCTGTGCTTAGCATTCCGATGGAGTTGAAACTCGCGAAGGCTGTACTG TGTGATGTTGATGATGTGAGTTTTTGGGTTGAGCTCAGTGAGGGTCTGAAGGATTGTGCG TGTGCTGCCGTTGCACGCCCCGGTTTCGATGACACCCTTGGTTTGTCCAATGGGCAAGAG TACGCTGTCCTTGATGTGGTATCGTTAACGGATGGTGAGGCCTCTTCCATATCTGATCTT GTTGTAAAACTTCATAATCCGTTTCTGGAGACTGAGTACAAAGGCCCTATGAATGCAAGC GATGCTGCGTGGTCGTCTGAGCTGCGTACCCGTCTATGTCCGGAGCGACGGGATACTATC TACATTCCCGTGGAAGTTTTCTGCAATGCATTTCTCACTGTGGAGAAAGTTATGGTGCGT GGTCTTATTGTTCCCGGGTGGCAATTCAACAGTGAATGGGGTGAGGGCACGAACGGTGGC AATCCAACACTTGTGACGTGGCGTGAGAACCCCATTTACGTTGTGCAGAACACTGCGGAT ACCCCGTTACAGATTATTGCAATGATTGGGCAACCTGATCAGCGTCGCGTGCTACACCTT CTCCCCGAGCAAGAGGTAAACTATGTTCAATGTGGGTTGGTTCTTTCTCAGTGTACATGT AGCAATCCTGTACCAACATATTTGGTGACTAGCAACAACCATCGTGTTGTGCACAAGGGT CTGTTCGTGAACTTTCGTGAGTCGGCGAATATTGTTACCATTCCAGCTAACTCTATGTCG TACCTAATTCCCAGTGCGATGTTTCGTGACAAAACGAAGTTTCTTCTCTCATACTGGTTT CAAAAATTGCCTGACATGAAATTTATCAAAATCAGTCGTATCAATGTGAGTGTCGCGCGG TCACTACCTGCAATTGAGGACCTTGAGCTGCATAACCATGAAAAGAAACGCGTGGATTTT CTGGTTGATGTTCCCACTGATATTCATATTCTGCTTCGTCAGGAGAAACCCTGTGTGACT GTCCGTACGCACGATGCTATGGCTGATGACTTCCTAGGGATATATCTGTACAACGAGGAT GAAAAGCGTATTGATGGTGTGACCGCTGCGACGAACTACAGGGAAATGGGGCTTGTTCAC CGGCTTGCCACTGCGGGGAGATACGCTCTGTCGATCACGTGTCCTCGGGGAACTGGTGTT GTGCCGTGCCGTGTGGAGATCGTTGGCGTGGAAGATGCGAAGGTGCGTATCACCGACCCA CCTGAGGATGCTGGTAATCTGTGTGAGGTTGACCTTCGCTTTCTGGGTTCTGAAGCTGAG GGTGTGCCTCTTGAAGACCTTCCGCTCGATAGTGACGCCGATTTGCAAGCTATATTGGAA GAACTGAGACGTCTGCACGGAGACATTGATGCGAATGCTGAGTCGATTGCAAAACATGAG AGGATGATGAGTGACCGAGTTCATAAGATGGCGAGACAGCTTCTTGCTAAGGATCGTTCG AAGTACTTACCAGGATACGATCTTCAAACGGTTAATTCCATACTTGACGCGGAGCCACAT TTTGTCGTTTTAGAGCGCGGTCGGTACCACCTAAAGTGTGATCCCAGGAATGCCACGAAG GTTCGGAATGTAGAGAGAAGCCTTCTTACTCTCGCTAATGAAATTCTGGAAAAACACGAT GACCCTGACTTATCTTTCCTTGGAGCCGAGGTGGAAGGAATTCCCACCCTGGATCTCACT CTGATGAGGGACTCTTCATTTTCTGAGATGGCACGTGAGCGCATGCAATTAAAGCGGGAT CCCATTGCTAATGCGAGTCGTTTGGCTGAGGTTGAAGATAGTATGGTGGCACGTGCGAAT GCTATTGCCAAGGAGATGCATTTGAGAGAGCGGCGATATCTGAACCCTGAGCCTGAGGGT GTCCCCCTTGAGTTGCTTCCTTTAAACGAGGACGAAGTTGTGAGTGAGAAGGAGGACCGC CTCCGTGCGCTGAATCGTAAGGAGCAGAAGGACGAGAAACTGTTACGGAGTCTTGAGGAC GTGATAGCGGACCGTGTACACGAGATCGCGAGGGAGCTGAAGGTGAGTGAACGTGATCTG TTCCTTGATCCCACTCCAGGAGGTTTCCCTGTAGCGCAGCTTCCGCTGGACGAAGACGAT GTGTTTCATTCACTCGAAGTGGAGCGACTGCAACTGCGACTGCGTCACGATTCCCTTGCG AATAAGACATCAGAGATCAAAGAACTTGAAAGTCGGTTGAACCGTCGAGCGTGTGAACTT GCGCGTGTGAAGGTAGAGGAGGGTCGAGCGTTTCTGGACCCTGAACCTCTGGGGTTCCCA CTTATCGACCTTAACCTTGACGGAGATAGTGAGTTTGTCAAGCTGGAATCGGAACTTCGT AAGTTGCGTTGGGAGCCACGTGTGAACAGCACTGCTATGAGGACTGTGGAGGAGGATATT GCTCGCGTTGTACACCGCATAGCACTGAGGAAAACGTGTCTCGATCGTGACTATCTTGAC GCGGAATATGAGGGTCGACCTGTGCAGGGGTTGCCTCTGAATGATAGTAAGGAGGTGCTT GCGATGGAGACGAGGCGCCGGGTGTTAATTAACGCGAAAGCTGACCGTGACGAGATTGGT GTTGCAGAGAATATGATACGTGATGCTGTGCGTGAGATCGCTCGCGCTCTGAATGTGGGC GAGCGCTTGGACTACTTGGAGCCATGCCCGAGAGGTGTCCCTGTAGAAGACCTCCCCCTT GACATGGATACGGAATTCCACGAGCTTGAGGTGCATCGGCAACGTCTCAAGTGTGATGCG AAGAAACAGGACACAGTAATAATGGATGTGGAGCGTGCACTGAATGATCGTGCGGAAGCC CTTGCGAGGGAGCACTTGTCGAGTGACCGTGGTTACTTGGACCCAGCATCTGTTGGTGTG CCGCTTCGTTTGCTACCACTTGATAGCGATAGTGTGTTCCAGGAGCTTGAAATTAAACGT GCGCTACTGAAGAAGAACCCTCAGAGGAACGGACGTGCCATCTCGGATTTGGAGGGTGGC CTGAACGAGCGTGCACACGTTCTTGCTACGGAAATGAAGCACGCGGAGCGATCGAAATTT ATGGACCCTAACCCTGGTGGTATTGCTATTGAGGATGTTCCTATTGATAACGACGAGGTT TTTTGTGATCTTGAAATTCGTCGGTTTGGTTTGTGCGAGGACCGGCATGCTAATATAGCA GCGATACGAAATCTTGAAGATGCGATGAATGAGAGGGTGATCGAACTGGCTGATAAGATG CGTTGTGAGATCCGCATGTTTCTGGACCCGATGCCATTGGGGGTGTCCCTAGATGAGCTG CCCCTTGACAATAACGAGACCTTTGTTGCGAAAGAAGCTGAACTGCACAAGCTTCGGAAG GACCTGCGGGCAAATGGTGCCGATGTTGCTTTGCTGAAGTCTGACTTGAACGAGTTAGCC AAGCAGATGGCGGCGGAGATGATTTCTAAAGATCGTGCTTTTCTCTTCCCTGAGCCTGAG GGTCGTCTACTGGAGGAATTGCCTCTAGATAGCGATAAGGAGTTTCGTTCTCTTGAAAAG CAACTACGGCTTCTTTGTAAGGAGTCTCCTCCTGAGGCACAGAAAATTGCTGCCATTGAG GAGTTGCTGGATGGTCGTGCGCATCAGCTTGCTAAAATGAAGAACTGTGCGGAGCGGAAG GATTACCTGGATTCTCACCCTTGTGGTGTACCTTTGGATGATGTGCCACTGGACAATGAC GATGAATTTTCGATGCTTGAAGTGAAACGAGCTGCACTAATGCGGGACGTGGTGGGTAAC AAGGACTCTATTGCCAGTGTGGAGAAGGCCCTGAATGGGCGAGCGGAGAAGCTTGCGTTG TTAAAGTTGCGTAGTGAGAGATCGTTTCTCGATCCTGAGCCTCATGGCATCCCACTGCAT TGTGTACCTCTTGATGATGATGATAGCTTTCATTTGCTAGAGGTGGAGCGCTTGACATTG AAGGGTTTGAACATTCGCGAGAATGATCATAAGTTGGTGGGCGTGGAAAATGCCATGAGG GACTACGTGAATGATTTAGCCCTTGAGGTGAAGCGAAAAATGAGAGAGGATGTTCTTGAC ACCTCACCTGATGGTCTTCCGTTGTCGGTGCTTCCTCTTGACAATGACTTACCGTTTATT GAGTTGGAGAATGGATACATTAAAGCTGTTTTTGATGCTAAGGATACTTTGAAAATCCAG GACCTTGCAGGGGCGATGCGAAGACGTTCTGAGGACATAGCACGTAAGCTGCGAAGTGAT GTGAGGTTATCTCTCGAGCAACACCCACTCGGCTTTACTCTAGACGAGCTTCCCGTTGAC GATAGTGAATTATTCTTGGGAAAAGAAAGGGAACTTCTAGAGTTGAAGCGAGATGGAAGA TACAATTCCCCAACTGCTATTGAAATCATGGAGGAGCTTAACAGTATCATTTTGGACATT GCCAAAGAACAAGCAATTAGAGAGCGCGAATTCCTTGACCAAGAACCGGAAGGTCGACAT ATCACTGAGTTGAATCTCGATAGCGATACGACATTCCTCGGGTTAGAAAGGCAGAGGAGA TTACTCAAGAAGGATCCGTTTGCTGATCGCAGTAGGATTGTAGACTTGGAACAAATGCTT AACGATCGTTCGCACGAACTGGCGAAAAAACTCAACTCCCTAGATCGACCTAAATTCCTT CCCGTCGCCATACGTGGTGTGTTACTGTCTGAACTTCCCCTTGACAGCGATGCTGAATTC ACCCGACTTGAAGTTGAGCGCAGCTCTCTCTATCGCGATCCCGTACGAAACGCATCAACA ATAAACCATGTGGAGGAAGCCTTGAATATCCGAGTAGCGGCTATGGCCGACGAAGTTGTC CGCCAGGATCGAATGTTCTTGGGCGAGGATGTTGAAGGTGTTTGTGTGCGTCACTTACCT CTTGATGATGACGCAGAGTTTCGTGCCCTGGAAACCAAGAGGGCGACATATAAAAGTTGT GGTTCTCGCATGGGCACGAAGGCTATCAAAGACCTTGAGGATCAGCTGGGAGATCGTGCA GCTGAGCTCGCCCGCACTGCAAAGAAGGAACTTCGCAACCTTCTCGGTACAGAACCCCTT GGTGTCCCACTCAGTGATCTACCAATTGATGTGGATGGTCGGTTTCGTGCGCTTGAAGAC AATTATCGTGATCTTTCTCGTAACTCTGCGAACGGAGGGAAGCTTTGTGAGATTATTCTA CAGTTGAACGAACGTGCGCTTGAACTGGCGGCGGAGTTGCACACCAAAGAGCGAGTTGTG CTAAGTCAATGTCCTGGAGGTATTCCACTGTCTGCACTTGCGCTGAATGAAGATGAAATG TTCAAAGCTCTCGAAATGGAAGCTCGGAAGCTTAGGCATAGTACTGCTGGTCGAGGTCGC AACGCCGCTCGTATTTCTGAACTTGAGAGCGCGATGAATGAGCGGGCGATGGAACTGGCG AACCAGTTGCGTAGGACATACTGCGACGCCGCTCCTGAGGGGATTCCACTGGAGCTACTT GGCTTGGGAGGGGTGGAGGAGTTTACCAAACTTGAAGATGCCTTGCGTGATGCAACGAAG GACCCCGTGAAGAATCGTGAGATAATAAGTGACATTGAGTTTGAACTGAACAGCCGTGCA CACGTTGCTGCGATGGGACTTCTGGAAGGAGACCGCGATTACCTTGAATGTGAAACCATG GAAGTACCACTTTCTGATTTGCCTCTGAATACGGACAGTGTTTTTCGTGCGCTTGAGGTG GAGCGAGCGGTGCTGAAGTTGAGAGAACCTCACCGTGGCGCTCGTAGAGTCCGGGAGTTG GAGTTGAAACTCGTCGAGCGTGCTCACAGGCTTGCTGAAGAACTGAAAGAGGAGGATCTG AGTGGTCTTGATGGTGAGCCTGAGGGTGTATCATTACGTGCACTGAAACCACACAACGAC TCTTTGTTCAGTGAGTTTGTTGGAGCGATGCGAGAACTGAAAAGGGGTCCGAAGAGAAAC ACTGTTGCTATTGAGGAATTGCGGGAACGTATGAACGAGCGTGCGCACGAGTTGGCACAG GAAAAATTGAAGGATGACCGGGAGTTTCTGGATCAGTGTCCGGAGGGTGTTCCGCTTAGT GACCTTCCCTTGGGTACAGATCCTCTTTTCCACAAGCTGGAGACGGAACGCGCGAGGTTG AAGGAGCGTGACGCTGCTCGGAACATAACCCACATCCACGAACTTGAGAGTCGTCTGAAG GACCGCGCAGTTGAGCTGGCAAATGAACAGAAAGGTCGTGATTTGAGCGAACTGGAGCAG TCGCCGTGCGGCGTGCCTATATATATCCTGCAGTTACACGATGATCCCGTGTTGCAGAAG ATGCTGAACAAAATGCGTGGATTGAGGAACCGCGGCGTCACTGGTCCCGAGTTTGTCGCA CTCATTGATGAAATAAACAACTGTGCGAGGGATGCTGCCGAGGAGCTACTGCTGCGGGAT CGTGAGTACCTTGAACCTGAACCTCTCGGTGTACCACTGAGCCTTCTATCACTCACAACG GACACTGTGTTTCATGGTCTGGAAGTGCAGCGTGCGGTGCTCAAGGCGCAAAATGCACGT CGGAACGCAGCGAAGATTTCTGATTTTGAGATGCGTTTAAATGAACGTGCTGTGCAACTG GCAGAAGTGCAACGGCAGCGGGAACTGGAGGGGCTTGATCCCGAACCTGAGGGTATTCCT ATATCCGTGCTTAATCCTCACGGAGATGCGGAATTTATTAAGCTTGTAACTGAGTTGCGT CAATTGTGTAGTGAGGGCAATAATGAGGGCATGTGTGATGTGCTGAAGACCACGATGAAC GACGTTGTGCATGCTCTGGCGAAGCGATTGAAGGAGGGAGATCGTGGCTACCTCGACCCT GAGCCCGAGGGTGTTCCGCTGTGTGTGCTGCCGTTGGACACTGATGTGTTGTTTTTTAGG CTAGAGTGTGAACGTGTGACTCTGAAGGCACGTAATGCGCACTTAAACGCGAGGAGAATA TGTGAGTTGGAGGACGCACTCAATAACCGTGCAGTGGAACTTGCTCGCGAGCAACTGCGG CAGGACGTTGATGGTGTGGACGAGGCGCCGTGCGGTATTCCTCTGCAGCTGCTACGACTT CACGAGGACAGTACCTTTCTTGTGATGGTGGATGATATTCGCACCCTAAGGAAGAATCCG GATGCTAACAGCGAGGCGATTGACGCCGTTGTCATGTCCATGAATGATCGCGCCTATGAC GTTGCGATAGCTCAATTTGACCGTGGTTTCCTTGATCCTGAACCCGAGGGCGTTCCATTA TGTATTTTGCCACTGGATGACGATGAGTTGTTCCATGGTATGGAGGTGGAGCGGATTAAA CTGAAGCTTACTGATGCGCGTCGCAATGCGCAGACGATTGGCACACTGGAGGAAGAAATG AATGGCCGCGCACACGAACTCGCGTTGCAGCAGTTGCGTGAGGAGCTTTCCGGTATTGAT GCGGCGCCTGAGGGCATTCCCTTGTCATTGTTGAGGGTGATGGAAGACCCTGCTTTTGCA CTGATGGTGCTGGAGTTGCGTGACCTCAAGAAGGACACCCAGGGTAATGCGGAACGGATT CGGGAGGTGGAGGACGCTATGAACAACCGCGCTTACGAACTCGCGGATGGGCTGCTGGAG GGTGATCGCAGCTATCTAGACCCTATTCCCCTTGGCGTACCCGTCTCGGAACTTCCCTTG TGTTCCGACGAACCGTTTGCCACTATGGAGGTTGAACGAGCGAGGTTGAAGGCCGAAGAC GCACGACGGAATGCAGCAGGGATTGGAGAACTTGAGTTGAAACTTAACAACCGTGCGAAG GAACTTGCGTCTGAACAACTATTACGTGATTTGGAAGGATTCCACGACGAGTATGAAGGG ATTGACCTTGTGCACCTGAGGCCACACGACGACAAAGAATTTGCCTCCCTTGTACCGGAA TTACGGAGGTTGAAAAGAGATGGTGACAAGGAAGCTGTTGAGCAACATATGCGCAGCATG GATAGGCGCTTACGTGAGCTTGCGAAAGAGCTTGTTGGTGGTGATCTTTGGTTTCTTGAC AAGGAACCGGAGGGTGTTCCCTTGACGTACTTACCTTTGGATGGGGACGAGATTCTCGAC AAATTGCGCCATGAACGAGCTCAACTAAAGATACAAGATCCGCGGGGGAATGCTGACAGA ATTGCGGAACTTGAGAGGAAAATGAATGAACGTATTCATGATCTAGCGAAGTGTATAGGA GATGAGGATTTTGATGGTGTTGAGGGAGAGCCTTGTGGCATTCCGTTGAGTTTACTCTCT CCTAGAGATGATGAGGTTGTTGCAAAACTTATCAACGACATTCGTAAAGTGAAATATTCT ACAGAGGAGAAAAGCTCGAATGGTGCGCTGAATAACTTGCAGGTTGAACTTAGCAAACGT GTACACCAACTAGCAGAGGATGTTTTAATAAGAGACAGGGTGAAGTACCTAAACCAGTGC CCAGAAAGTGTTGATATATCTTTTCTTCCCCTTAGTACTGACGAACAGTTTCGTGCCTTG GAGTTGGAGCGGGTCATTATTAATATCCAATCGAACGGTGACGACAAACGTTTGGACGGC TTAGAAGATATGCTTAACAAGAGAGCGCATGAGCTTGCAAAGGAACAGCTGCAGGAGGAC CTAAGAGGACTGGAACAGGCTCCCCATGGTGTTCCACTTGACGTTCTTAAACCCCACAGC GACTTACGATTCATTAAAGAGGCGGAACAGCTACGGAACTTAAAAAGAGACCCGCTTCGT AATAAGAGGGAGATAGATGACCTTGTGGAGCAAATGAATAATACTGTTGGTGAAATTGCC CTGAACTTACTACGTAGCGATCGTGACTACTTGCATTTGGCTCCTGAGGGAGTACCGATT GAAGTGCTTCCACTGGAGGTCGATGCAAAGTTTTGTGCTTTGGAGGCGGAGCGTGCAATG TTAAAAGGCGAGAACAATCCGAAGAATGCGAGTATGATATTATCTTTGGAAGAGAAATTA AATGAGCGTGCTCGCCAGCTGGCTCAAGAGCAACTACTGGAAGACCTGAAGGAATTGAGT TCTTTTCAGCATTGTGTTCCTCTCTCACTTTTATCGCCTCATACTGACGTTCAGTTTGCT GCTGATGTTGCTGAATTTCGACGACTGAAAAAAGAAGGGGAGCAAAACACCCCCGCCATT CAGGGCGTTGTCGGGAGACTTAACGCACGTGCGAATGAGCTCGCGGAAGAGTATTTGCGC ACCGATCGCGCATCGTATCTTAACCCTGAACAACTTGGTGTGCCACTTGACTTGCTATCT TTGGACACAGACTCTGAGTTCGTGTCACTGGAAGCTGAGAGGCTAAAATTGTTGTCGTAT CCGGCGGTTAACAATGAGCAAATAACTCGTTTGGAAGCTGAGTTGAATGCATGTGCCAAA AAATTGCTTGTTAAAAGATTGTATAAAGAAAGGAATTATCTGGATAGGGAGCCACTTGGC GTGTCTCTGAATGCTTTACCTCTTGATACGGATTCGCAGTTTCATTTCATGGAGCTGAAG CGGTTGGCTTTGAAGGCAGGAGATCCCTATTGTAATGAAGTCGCAATCAATACTTTGGAG GAGAGATTGAGTGACCGTGCATACGAGTTAGCAAGGGGGCAAATTGCGGAAGACTTGAGT GATCTGATAAGTGCTCCCAGGGGTATCCCGGTGAGTCTCCTTCATCCCCATAATGATCCA GAGTTTCATGAGATGGTTGTTAGTGTTCGACTGTTAAAGAGGGATTCTCAACCTGATCTA TCGAAACTTATGAGGCTGGTCGATGACCTGAACAGGAGGGTAAAGGAGCTTGCAGACTGT GCTGTAGGTACATGCCGGAGAAAACTCAACCCACTCCCGGAGGGTATACCCCTGCAGTCG CTTCCCCTAGATGAAGATCCATTATTCAGTCAGATGGAGCGTGATCTCGTTTCATTGTTC CTTGAAGATGAGAAAAAGAATGCCACTCGGATAACTAAGCTGGAGGACCGCCTCAATGAA CGTGCGGCGAACATTGCTGTCTCTGTAAAGGCGAAGGATTTGGAGCAGTTGGAACAGACG CCTTGCGGCATACCTATTGAGCTTTTAAGGCCCCATGAGGATTCAACTTTCGCCTCACTG GCAAATCAATATCGCATTTCCAAGCACCTGGGGGGGAGTGATTCACACGGCGTGAATGTT GGAACCCTGAACAAAAGGGCTACGGAAATAGCCATAGAGCTTCTGAGGGGCGATCAGAGT TACATTGATCGTCAACCTTGTGGGGTTCCTTTTTCCGCTTTGGAATTGGAGAAGGATCCC CAATTCCGCGACTTGCAAGTTCAGCGGATGAGGATGGTACTTTCAAATCCGAAACGCAAT CTCAACAGAATAACTGAACTTGAGGTACAACTTAACTCGTACGTTCAGAGGTGTGCGCAG GCGTTCTTGGCTGCTGATCGTGGATTTGTTGACAAAGAACCTGGGGGTGTACCGCTCGCG GAGCTAGACCTTGACAATGATCCTCTCTTTCATCGAATGGAGGTAGAACGAGCAAAGTTG AAAATAAGAGGGCCAGTCATCAACGCCTATCGGATACGTAATCTGGAGGAAAAATTGAAC GATCGCGCTCATGAGTTGGCAGAGGAATTGTTGGCCACTGACCTTGAGGGAATTGCGCCC GAACCCGAGGGAGTTTTGTTGGCTTCCTTGCACCCGCACGACGATGCCGAATGTGCCTCC CTCATCGCCGCAAAACGGCGGTTGCTAAAGGAACCGTCCCAAAACATGGAAAAGATTAGG GACGTTCAGGAAAAGTTGAACAACCGCGTGTTTCAGTTGGCAAGGGAGGTAATTTCCAAG CTCCGTAAACAGTTGGTTCAAGAGCCGGAGGGGATTCCGCTGGAATTCTTACCGCTTGAC GCAGATAATACATTTCGCAGCATGGAGAGAGATCTCCTTGCCTTGCAAGCTACTCCTCGA CGTAATGATATTAAAGTGGAGGCCTTGAGGGGGAGTCTGAACGAACGCGCGTGCGAGTTA GCAAGGGGTCAAATACAATGTGGCCGTGGATTCCTTAACCCACAACCGGAGGGTGTTGAT CTCGAGCACCTTCCCCTTGATGAAAATGTGGTGTTTCGAAGCAAGGAGGTAGAAAGGACC AAACTCAAAAGGTGCCCTCACGAAAATGCAGCCGCTATTACGCAGCTAGAAAGTGATCTG AATGCCCTCGTACACAGCATCGCAAAAGACATAAAATTATCAGACCGTGCATTTCTGAAC CTAACGTCACACGGTATCCCGAGGGAATTGCTACCACTTGATGAGGATCGGAGCTTCACG ACGATGGAACGTCGGCGAAGGAGACTGAAACGTGACGGCAACCGTAGGGCCACTGCAATG ATGAATCTGGAGGAAATGATGCAGGATCGTGTAGATGACTTGGCTTTTCGCATTTTGCGA GGGGATCGGGGTAACTATGTCACTCTTCCTGATGGGATTGACGCAGCAGACATTCCTATA GATACTGATGAACGTTTCGGAACCTTGGAGTTGAGGCGCGCAGTCGTAATGTTACAGGGT TCGGAGGATTGCAAGGAACAAGTGGGGAAGTTGGAGCACCAGATGAGCGAGCGACTACAA GAATTAGTCAGGAAGCGGGTAAAAGAAGACAGAGATTTCCTTGATCCGGAACCTGAGGGC ATTCCATTGAAGGATATTCCACTTGACTCCGATGCCGAGTTTAGGCATCTTGAGGCGCGA AGAAGAAAAATCCGTCGCGAATCGCGTCGTCGAGTAACTAATGTCGCCGATCTGGAGGAG GCTATGAATGATCGCGCACATGTACTTGCAAGGTGTATCGTCGCTGAAGATGTCGGGCAC CTTCGGCCTGATTACCGAAGGATTCCAACCAACGAGCTGCATCTTCATAACGATGACACG TTTAGGTCACTCGCTAGCAAACGTCGGGAGCTGCTACAGGTGGGCGCAGTCACCGTTGAT ATTGCTGCCATCGAAGACGATATGGACATCCGGGCGCTGCAGGTTGCTGATGATGTAGTA ACGGAGGAACGGGCCTTTTTAGACCCACAACCCGGGGGCATGTTTATTGTTGACTTGCAG CTCGATGAAGATGAAACATTCTTTGCACTTGAGCGTGAGCGGCGGAGGATGAGAAAGGAT TTCCGTTTCGCTAAGCGGAACAAGGAGGCCATTAACGACCTTGAAGTCAGTCTTAATGAA CGTGCTTGTGAATTGGCAAGGGAGGCGTTTTCAAAACAACGCGATTTCATGGATCAGGAG CCCGAAGGTATTCCTCTAAAGGAGCTGCCTCTTGATAATGACTTGATTTTTAAAGATGCT GAAATTTCTCGATACGTGTTGTTGAAGGATCCAAAACATGCAGCGAATGAATTAATTGCC TTCGAAAACGTCATGAATTGTCGGGCGCATGAGCTAGCGAAGGAGATCATTGCAAAAGAT CGTGACTTCCTTGACCTTGAACCTGATGGCGTCCCTCGAGAAGAGTTGCCGCTTGATACA GATGAGAGGTTTCAGGTATTGGCACAAGAACATTTTCGATTAAAAAGGCTGAATGGAAAT CTGAAGTCCACTGAGGTAAGAGTTTTAGAGGAAAAAATGAATGACCGTCTGCACGAACTT GCCAAAGAATTCCTTCAAGAAAATCGTTCATTTCTTGATTCAGAACCAGAAGGCGTTCCG ATAGCCGATGTTCCCTTTAGATGTGACCCTACTTTCGTCGAAATTGAACGAGAGTTACTT AAGTTGAGCAGGAATCCGGTGGTGCCCGATAGTGCGAAGCAAATCGTTCGTGATCTTCTA AACAAGAGGTTGCATGAGATCGCTGCGGCTTTTTTGAAGAAAGAACGAATATTCCTCGAC CCTGAACCCTTTGGTCTTCCATTGGCGTGTTTACCACTTAATTATGACCACATCTTGAAT TTACTTGAACGAAAGCGGCGTGCTCTCAAAAAGAACGGGAGGGGAGAGATCAAAACAATT CGCTCCCTGGAGGAAGAGATCCAAGATCGTGTTAACGTTATTGCAGTGGAGTACTTGGAG ATGGAACGGACTTTTCTTGACCCCCGACCCCGGGGAGTGCCTTTGACCTTACTTCCTCTC AATGGTGATTGGCGTTTTCGTAGCATGGAGGTTGAGCTACGGGCACTACGGAAGAACCAA ACGAAAAACCGAAAGGATATTGAAAAAATAGAGGGAGACCTTAATCTTAGGGCGACGGAA CTGGCAGGAGCCTTTCTACAAAAACATCGTGTTTTTATCGATCCTGAGCCCCTTGGTGTG CCCATTGAAGAATTACCTCTTGACTCCGATTCCATCTTTCACAATATGGAGAGTATGTAT CTTCAAATGGGACGACATATCCCGAGAGCAGCAGAACTTCGAAGAATGGAAGAGGAAATG AATGACCGAGTACGTGAACTCGCTACCGAGCATCTTCAGGGAGAACGCGCTTTTTTGAAC CAAAAACCTCAAGGTATACCACTGTGTGACCTATCGCTTAACAACGATAGGCAGTTTCGT GACATGGAAAAGCGACTCCGTGCCCTTCGCAAGCACCCTCGTAGCAACACCGAAGGTATC AAAACTATTCAAGACGAAATGAATCAACGAGTAAATGCATTGGCTCGTCGCAAAATATCT GATGATCGAAGCTATCTTCCGCTTGAGCTTCATGGCGTTCCCGTATATGACATTCCACTT GATGATGATAGGGAGTTCAGGGACCTTGAGGTCAAACGGCACAGAGCCAAAATCCTATCA CCCGAGGACGCTGTGTTAGTTCAACGGGTTGAAGAAGAACTGGTCAGCCGCGCTCTGGAT ATCGCAAAAGATTTTGTATGGAGAGAGCGCTCTTTTCTAGACTCTAACCCACAAGGAGTT CCAATAATCCGTCTTCCGTTGAGTACCGATGAGCAGTTCCGAGAATTAGAGACGAGGCGC CGCCACCTCAAAAAAGATCCGAGGAATGCGGGCATAGTCGCACTGCTAGAGCAGCAGCTC AGAGCGCGAGCACACGAGCTAGCAGAGGGACTATTAGGTTGGCAGGATGTTCAATTTCAT GAAGCTAACCATTCTGTAGCGGAGATGTGGCCGCGAATCGGTGAGTTGTACCCTGAAGGA ATCCGAAACTCTGTGTTTCCGGAAATAACACAGCCGGGCGATACTTCATCTGCGCCTGGT GAACTTGGCTATTTAGCACCTTTCATTGCCGCTCTCAGTCAACACCCGCCTCTAATTCAT CGGCTTCTGGAAACGAAAACACATCCCGTTAATGGTCCATATTCTTTCATCTTTTTTGAT CCGAACAGCAACCCTGTTCGTGTTGACATTGATGACCGTGTGCCAGTGGATGCGAAGTGT GAGCCCAAGTTTACACGCGTGCCACACCGGTCTTGGTACCCGCTGCTGCTGGAGAAGGCA TATGCGAAGTTTGTTGGTGGGTACGCAAAGCTCGACCAGTGCACACCACACGAAACCCTC CGTGATCTAACGGGCCGTCCAGTGCTGCATATCCCTTTTGATGATCGACTCGCAGATGCA GCGAATACGGGTGACTTCCGATCTGTGAAATTCTGGAAGGGGATTAAAAGGAACCTCGCG GCTGGAGATGTGATCACATGCATAAGCAACCACGAAAGTGTGGACGGCCTTCACTCTCAA TGCAGTTACGCTCTCCTTAGTGTAATCGAAACTGTGCATGAATCGAATGATGTCTCTGAC ATCGTGATCAAATTACACAACTGCTACTACGATAGCCCGACATACGACGGCCCACTGTGT AACGATGATGATAACTGGACCGATGGTTTGAAGAGACTTTGCCATTATAATCCTGAGGAG GATGCACTTTACATACCTGTTCCTGTGTTTCTGCGTAACTTCTCGAGCATGCAGCGCTGT CACATAAACTGTGGCGACCGTCTGACTGCGCCTGGTGAGTGGACTGGGGTAAGCTGTGGA GGAAACCCGAAGTTCACAACTTTCCGGAACAACCCCATCTATCTTGTGGAAAACAAAACC TCCCGTCCCGTTACCATTCTTGCTGAGCTGCGGCATCATGCGCCAGCATACCGTGACCCT GACGATGTAAATCACTATCACCAGTCTGGGCTTGCACTGCTAAAGGCGATAAACACGCGT ATGCCTGTGAGTCCGATCTTGACAAGTGTGACACACCGCTTTTTGCATAGGGGCATGATG TTGGATGCACGGGAGGTGTGTGCGCAAATGGAGTTGCCTCCGAGTACCACGTGCTATCTC GTCCCATATACTTTGGGTCGTGATAACTATGGAAAGTTTCACATATCTGTGTACCCCGGT CTTGCAAAGGTGAATCTTGCCCCTCTTCGCAGCGGCGGGCTTCATAGGGACCCAGTGAGA GCAGTATTGGATGTTATTACGGGATGTGAAGGCGGTACACGAACAGATTTCACTGTTAGT GCTCCTTGTGATGTGCACATTCTTTTACGGCAATCGGAGGTACGCTCAACTGATTACGCC CACAAAAGTGATGTTATTGGCGAAGAAGATCTTACGATGTCAGTGTATAACGACAGTGGC ATTAAAGTGGCTTCGACTGGTTGTGCTACTAATTGCTTGGAACAAGCTTTAGTTTTTCGA GTTCCCCAGCAAGGGCGGTACTCGGCAATTGTACAACGGCTAGGTGTCTCGAAGGCTCCT TTGTATCGTTGCGATTTGTTTGTTTACACCTCAAGATGTGCAACTGCGTGTTTCGTTCCC GTCTCAGTTGGCTTAAAACCTTTGAAATTAGGGAAGTGCTCTGCATTGCCTCCATGCGGT GCCGAGTTTAGCGGTACATCTAACGGGGTGAACTGCGGGTGTAATTCGCTTCTTCCCCTC CACAGCGCACCATATATTAAAAACGGGAATCAATAA
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    MNYQAITEIPDSNTIFHDTIFMRNNKHVSEQWIRIGELYPNGAKESLLPETFAREQFGQG SHYECFMLSALATLVKFPDIIRNCFVSRNVRRDGRYTFQFFRDKEWVKVEIDDSVMLEDD EVLFIRSPTSHWWPLLFEKAYAKFYTSYDNLEGCTLQEAYHDLTGNPVLNIPMDARLAKA AGVDVTGGQYWLDLAQKLQSGQFVGSLLTRETDLESMGLQSEQQYGILEIFSLTGTSSVS DIVIHLYNPFEDEEFTYKGPLNSKDTEWTPKLREKYNVDDTHSIFLPLHVALKIVNSVQL CYISPIDGDATYFDDEWKGETAGGNPTSVTWRKNPLYCVRNAGINPVELVVVIKQKDQRR YMSPEERTMYLQCGIVVVQSTTVTQIPTYFVTGNNHKAIHKSLFLNSREVSSFVRIPPNS LCYLVPSCMKKGAESAFTLALYRVKLQDYSNILIKKLEVPSMDWGHCAIGKVTLETKVKE RVDFFVDCPTHIHILMHQEKPFVNKVGGDITTRDYVGVYLYDDTDRKIGGVHAATNFRET SVLHRLPRSGRYAISITCPRASGEVPIALTIVGSPDANVRIVEAPDDASMFDDEDDIAEG DEDATVSNPIDYIPVAGGGQVFTEVPDSTVPFEDKRFMVDNKIMTNEPWIHIGDLYPEGK TRSLLPERLSREQFEQGEHFECCCLTAFAALVEHHPNVIRDAFVTKAVRRDGRYTFRFHR YGQWVKVEIDDRIPLLGGKTLFCRSSDGYWWPLLLEKAYAKFYTLYQNIEGCTLRELFYD LTGLPVLSIPMELKLAKAVLCDVDDVSFWVELSEGLKDCACAAVARPGFDDTLGLSNGQE YAVLDVVSLTDGEASSISDLVVKLHNPFLETEYKGPMNASDAAWSSELRTRLCPERRDTI YIPVEVFCNAFLTVEKVMVRGLIVPGWQFNSEWGEGTNGGNPTLVTWRENPIYVVQNTAD TPLQIIAMIGQPDQRRVLHLLPEQEVNYVQCGLVLSQCTCSNPVPTYLVTSNNHRVVHKG LFVNFRESANIVTIPANSMSYLIPSAMFRDKTKFLLSYWFQKLPDMKFIKISRINVSVAR SLPAIEDLELHNHEKKRVDFLVDVPTDIHILLRQEKPCVTVRTHDAMADDFLGIYLYNED EKRIDGVTAATNYREMGLVHRLATAGRYALSITCPRGTGVVPCRVEIVGVEDAKVRITDP PEDAGNLCEVDLRFLGSEAEGVPLEDLPLDSDADLQAILEELRRLHGDIDANAESIAKHE RMMSDRVHKMARQLLAKDRSKYLPGYDLQTVNSILDAEPHFVVLERGRYHLKCDPRNATK VRNVERSLLTLANEILEKHDDPDLSFLGAEVEGIPTLDLTLMRDSSFSEMARERMQLKRD PIANASRLAEVEDSMVARANAIAKEMHLRERRYLNPEPEGVPLELLPLNEDEVVSEKEDR LRALNRKEQKDEKLLRSLEDVIADRVHEIARELKVSERDLFLDPTPGGFPVAQLPLDEDD VFHSLEVERLQLRLRHDSLANKTSEIKELESRLNRRACELARVKVEEGRAFLDPEPLGFP LIDLNLDGDSEFVKLESELRKLRWEPRVNSTAMRTVEEDIARVVHRIALRKTCLDRDYLD AEYEGRPVQGLPLNDSKEVLAMETRRRVLINAKADRDEIGVAENMIRDAVREIARALNVG ERLDYLEPCPRGVPVEDLPLDMDTEFHELEVHRQRLKCDAKKQDTVIMDVERALNDRAEA LAREHLSSDRGYLDPASVGVPLRLLPLDSDSVFQELEIKRALLKKNPQRNGRAISDLEGG LNERAHVLATEMKHAERSKFMDPNPGGIAIEDVPIDNDEVFCDLEIRRFGLCEDRHANIA AIRNLEDAMNERVIELADKMRCEIRMFLDPMPLGVSLDELPLDNNETFVAKEAELHKLRK DLRANGADVALLKSDLNELAKQMAAEMISKDRAFLFPEPEGRLLEELPLDSDKEFRSLEK QLRLLCKESPPEAQKIAAIEELLDGRAHQLAKMKNCAERKDYLDSHPCGVPLDDVPLDND DEFSMLEVKRAALMRDVVGNKDSIASVEKALNGRAEKLALLKLRSERSFLDPEPHGIPLH CVPLDDDDSFHLLEVERLTLKGLNIRENDHKLVGVENAMRDYVNDLALEVKRKMREDVLD TSPDGLPLSVLPLDNDLPFIELENGYIKAVFDAKDTLKIQDLAGAMRRRSEDIARKLRSD VRLSLEQHPLGFTLDELPVDDSELFLGKERELLELKRDGRYNSPTAIEIMEELNSIILDI AKEQAIREREFLDQEPEGRHITELNLDSDTTFLGLERQRRLLKKDPFADRSRIVDLEQML NDRSHELAKKLNSLDRPKFLPVAIRGVLLSELPLDSDAEFTRLEVERSSLYRDPVRNAST INHVEEALNIRVAAMADEVVRQDRMFLGEDVEGVCVRHLPLDDDAEFRALETKRATYKSC GSRMGTKAIKDLEDQLGDRAAELARTAKKELRNLLGTEPLGVPLSDLPIDVDGRFRALED NYRDLSRNSANGGKLCEIILQLNERALELAAELHTKERVVLSQCPGGIPLSALALNEDEM FKALEMEARKLRHSTAGRGRNAARISELESAMNERAMELANQLRRTYCDAAPEGIPLELL GLGGVEEFTKLEDALRDATKDPVKNREIISDIEFELNSRAHVAAMGLLEGDRDYLECETM EVPLSDLPLNTDSVFRALEVERAVLKLREPHRGARRVRELELKLVERAHRLAEELKEEDL SGLDGEPEGVSLRALKPHNDSLFSEFVGAMRELKRGPKRNTVAIEELRERMNERAHELAQ EKLKDDREFLDQCPEGVPLSDLPLGTDPLFHKLETERARLKERDAARNITHIHELESRLK DRAVELANEQKGRDLSELEQSPCGVPIYILQLHDDPVLQKMLNKMRGLRNRGVTGPEFVA LIDEINNCARDAAEELLLRDREYLEPEPLGVPLSLLSLTTDTVFHGLEVQRAVLKAQNAR RNAAKISDFEMRLNERAVQLAEVQRQRELEGLDPEPEGIPISVLNPHGDAEFIKLVTELR QLCSEGNNEGMCDVLKTTMNDVVHALAKRLKEGDRGYLDPEPEGVPLCVLPLDTDVLFFR LECERVTLKARNAHLNARRICELEDALNNRAVELAREQLRQDVDGVDEAPCGIPLQLLRL HEDSTFLVMVDDIRTLRKNPDANSEAIDAVVMSMNDRAYDVAIAQFDRGFLDPEPEGVPL CILPLDDDELFHGMEVERIKLKLTDARRNAQTIGTLEEEMNGRAHELALQQLREELSGID AAPEGIPLSLLRVMEDPAFALMVLELRDLKKDTQGNAERIREVEDAMNNRAYELADGLLE GDRSYLDPIPLGVPVSELPLCSDEPFATMEVERARLKAEDARRNAAGIGELELKLNNRAK ELASEQLLRDLEGFHDEYEGIDLVHLRPHDDKEFASLVPELRRLKRDGDKEAVEQHMRSM DRRLRELAKELVGGDLWFLDKEPEGVPLTYLPLDGDEILDKLRHERAQLKIQDPRGNADR IAELERKMNERIHDLAKCIGDEDFDGVEGEPCGIPLSLLSPRDDEVVAKLINDIRKVKYS TEEKSSNGALNNLQVELSKRVHQLAEDVLIRDRVKYLNQCPESVDISFLPLSTDEQFRAL ELERVIINIQSNGDDKRLDGLEDMLNKRAHELAKEQLQEDLRGLEQAPHGVPLDVLKPHS DLRFIKEAEQLRNLKRDPLRNKREIDDLVEQMNNTVGEIALNLLRSDRDYLHLAPEGVPI EVLPLEVDAKFCALEAERAMLKGENNPKNASMILSLEEKLNERARQLAQEQLLEDLKELS SFQHCVPLSLLSPHTDVQFAADVAEFRRLKKEGEQNTPAIQGVVGRLNARANELAEEYLR TDRASYLNPEQLGVPLDLLSLDTDSEFVSLEAERLKLLSYPAVNNEQITRLEAELNACAK KLLVKRLYKERNYLDREPLGVSLNALPLDTDSQFHFMELKRLALKAGDPYCNEVAINTLE ERLSDRAYELARGQIAEDLSDLISAPRGIPVSLLHPHNDPEFHEMVVSVRLLKRDSQPDL SKLMRLVDDLNRRVKELADCAVGTCRRKLNPLPEGIPLQSLPLDEDPLFSQMERDLVSLF LEDEKKNATRITKLEDRLNERAANIAVSVKAKDLEQLEQTPCGIPIELLRPHEDSTFASL ANQYRISKHLGGSDSHGVNVGTLNKRATEIAIELLRGDQSYIDRQPCGVPFSALELEKDP QFRDLQVQRMRMVLSNPKRNLNRITELEVQLNSYVQRCAQAFLAADRGFVDKEPGGVPLA ELDLDNDPLFHRMEVERAKLKIRGPVINAYRIRNLEEKLNDRAHELAEELLATDLEGIAP EPEGVLLASLHPHDDAECASLIAAKRRLLKEPSQNMEKIRDVQEKLNNRVFQLAREVISK LRKQLVQEPEGIPLEFLPLDADNTFRSMERDLLALQATPRRNDIKVEALRGSLNERACEL ARGQIQCGRGFLNPQPEGVDLEHLPLDENVVFRSKEVERTKLKRCPHENAAAITQLESDL NALVHSIAKDIKLSDRAFLNLTSHGIPRELLPLDEDRSFTTMERRRRRLKRDGNRRATAM MNLEEMMQDRVDDLAFRILRGDRGNYVTLPDGIDAADIPIDTDERFGTLELRRAVVMLQG SEDCKEQVGKLEHQMSERLQELVRKRVKEDRDFLDPEPEGIPLKDIPLDSDAEFRHLEAR RRKIRRESRRRVTNVADLEEAMNDRAHVLARCIVAEDVGHLRPDYRRIPTNELHLHNDDT FRSLASKRRELLQVGAVTVDIAAIEDDMDIRALQVADDVVTEERAFLDPQPGGMFIVDLQ LDEDETFFALERERRRMRKDFRFAKRNKEAINDLEVSLNERACELAREAFSKQRDFMDQE PEGIPLKELPLDNDLIFKDAEISRYVLLKDPKHAANELIAFENVMNCRAHELAKEIIAKD RDFLDLEPDGVPREELPLDTDERFQVLAQEHFRLKRLNGNLKSTEVRVLEEKMNDRLHEL AKEFLQENRSFLDSEPEGVPIADVPFRCDPTFVEIERELLKLSRNPVVPDSAKQIVRDLL NKRLHEIAAAFLKKERIFLDPEPFGLPLACLPLNYDHILNLLERKRRALKKNGRGEIKTI RSLEEEIQDRVNVIAVEYLEMERTFLDPRPRGVPLTLLPLNGDWRFRSMEVELRALRKNQ TKNRKDIEKIEGDLNLRATELAGAFLQKHRVFIDPEPLGVPIEELPLDSDSIFHNMESMY LQMGRHIPRAAELRRMEEEMNDRVRELATEHLQGERAFLNQKPQGIPLCDLSLNNDRQFR DMEKRLRALRKHPRSNTEGIKTIQDEMNQRVNALARRKISDDRSYLPLELHGVPVYDIPL DDDREFRDLEVKRHRAKILSPEDAVLVQRVEEELVSRALDIAKDFVWRERSFLDSNPQGV PIIRLPLSTDEQFRELETRRRHLKKDPRNAGIVALLEQQLRARAHELAEGLLGWQDVQFH EANHSVAEMWPRIGELYPEGIRNSVFPEITQPGDTSSAPGELGYLAPFIAALSQHPPLIH RLLETKTHPVNGPYSFIFFDPNSNPVRVDIDDRVPVDAKCEPKFTRVPHRSWYPLLLEKA YAKFVGGYAKLDQCTPHETLRDLTGRPVLHIPFDDRLADAANTGDFRSVKFWKGIKRNLA AGDVITCISNHESVDGLHSQCSYALLSVIETVHESNDVSDIVIKLHNCYYDSPTYDGPLC NDDDNWTDGLKRLCHYNPEEDALYIPVPVFLRNFSSMQRCHINCGDRLTAPGEWTGVSCG GNPKFTTFRNNPIYLVENKTSRPVTILAELRHHAPAYRDPDDVNHYHQSGLALLKAINTR MPVSPILTSVTHRFLHRGMMLDAREVCAQMELPPSTTCYLVPYTLGRDNYGKFHISVYPG LAKVNLAPLRSGGLHRDPVRAVLDVITGCEGGTRTDFTVSAPCDVHILLRQSEVRSTDYA HKSDVIGEEDLTMSVYNDSGIKVASTGCATNCLEQALVFRVPQQGRYSAIVQRLGVSKAP LYRCDLFVYTSRCATACFVPVSVGLKPLKLGKCSALPPCGAEFSGTSNGVNCGCNSLLPL HSAPYIKNGNQ

  • title: catalytic site
  • coordinates: C682,Q839,N866
No Results
No Results
No Results

     



Dinesh Gupta lab Translational bioinformatics group, ICGEB, New Delhi, India