PBANKA_1427800 | peptidase family C50, putative

  • Computed_GO_Component_IDs:        

  • Computed_GO_Components:        

  • Computed_GO_Function_IDs:  GO:0008233      

  • Computed_GO_Functions:  peptidase activity      

  • Computed_GO_Process_IDs:  GO:0006508      

  • Computed_GO_Processes:  proteolysis      

  • Curated_GO_Component_IDs:        

  • Curated_GO_Components:        

  • Curated_GO_Function_IDs:        

  • Curated_GO_Functions:        

  • Curated_GO_Processes:        

_IDPredictionOTHERSPmTPCS_Position
PBANKA_1427800OTHER0.9998650.0000300.000106
No Results

  • Fasta :-

    >PBANKA_1427800 MINEELNLHGRLEKLISHVLKNIDNEPYKFGDNVNKNVYAPFYEICGKENHIEKLSYNEI LEKHKDKKNIHKYLFYMFEYVHNKINISHNIKYVNFLYLILRYVTYFWMFLSNNDKLALV FYYHFKLAELLFNLKILKFSYFLNIYGVQIFFNIKAKLKIQFLTKDISEEAASSLIKVVI SKLNKTILLENNNIINILKKIDFIKFNRTSVISNISTDNNTNIDNNKEINNNDVSKINKI AQGDDSSNMQTESSLYNYIWIGYFDENDKNILNGNRYNTHNIEKNGKMSNNKKSYSLILK HDNIKNKSNNILGSNALSINSAYNIFLNFVQLFFKITFYDINTFLPCLNIFNLDNFLIYF HIYEILSYLETLEKKNTTNEVLKGTQIVSGKSDKDMDNAYNSLGPKLVGDDNIENLVNDC VFLNVNKNTKKILWSIMFDELRKVFCSNVKNVNYTLKIFKLTFSFFLFDEKQTLKYANSI EHSEEFLKKKEYNFTFISQIYFKELLNFAISFINSLRYSKSIAYEIVYKAISYVFYMISK LICNSNNDKKKCILVNNESNLSLIYLISCVYKYFKKLYIDKNELENGRDNNTNKGATYKS GNHAIIINKESMDKKHVNKKEYTNIDHNNKLKYSFVLLEKVYQKIQECLYISLTIDEFVQ EQTKDIIPSIEENIRNGSKKNIPGDYINVCNLYACFIIKLNKINMFYSNLDIIKILMEKD KNIYRKYIYTINKNNENFIRFVSFLLNIHYEENQNDLVLKKYIANLKGPKKYKSKKLIKI MKPYHSPLKYIILKDEMNEDEEKKKKHKEKTKNRKRSGNEEGHISECEQNQRRFNKSIKS EITLKNMSNKHNYRSSLFQNDEDCLSKENHPFKDKIESEKNDLFRKCSYKTNKGDAYSDS NNSDDNKKTSSERNSDDSISNENIYSSENFGNMEENIRYKRDMLLLENSLFRIDKNILKK INIDFLNVCHSIILSVKRCIIISDSIYEYFKKYEEYDPNFNIYICKNIFSNFLKLNFLNI SIFSYVCVKLGYDDTLKQMCNSSLIFLSYSIFEKYINFVLNQDVEKLKKHKNILHFSTNK LRKTEKNSIMKGKAIENKNTDNGGGEKTVSSSTSSIYSHLYLEDIYEILKDRDHYSCEDM FLSDKDEFTETLYLNALLFVINVISIWEIYLEIPIEVLNKMKYTFFELFYNTTIKIIQFI KKRNGYYFILNILKFVYFKFISLPFNPINTCTSIKLYDFYEFLINENSPPIHNIDNRPFD DEKININSVSPMKFLKNASNNGNRDEFTSNVHDNKQFSIRKTTCPNNLYTDKINKNKHDI ANFNNLSASNKKKRISMGGLIPVFLNNEDSETEKEKEKKKKRKTNNDYLFYNSNLDKDPE KLSITPSKINVLFNNNDNLFTSVNKNGEQNYYENNNEITPRRSNYKNENEQFSFIGDSAM HVTPRNDFSNYANEYKGNQACNNINNEKNNAGIYRNTYLNNYYIPHIDLLFIILDMIIYY YFDKRKYKKIILIVNNLFNNIIRKCDYNTKEYLRSSISYIYNYYQQMNICNNKINPHCCM VIKHLLSIYTKSKICLLNKKIKKHLSYVKEKSTDDESMKLNYNEFYINFINHNYWKYIFY FDSISKIDYQYYNNEQSGNQTNTHTDTKMTMINNLLSIHINTLLFAILYDNLSKYVTHNF IFFFKFLTFFYNKVCIDILNLIKSSHNLEFFNIYNFENYITYQNKDEHILNKLRTYLYKD NGVMNRSSIDASSYKIQDIDKTIEKNNRNKKKEKIQKDKKKHIILMDIDELLITYVHINF IFSRYCCYVMFFKNIYAQKYEIIFKRNATNDYFNKFKNNRDFFDFFEFKGHEKGNDKKYI DDKYEDSKYNNEINEKIKQISSIKINHNTKNNTIAYSYNTILNENEGLSNSDNTNDSKST SISVEYKNVSKELYYVFLEFILEIIGYIDIYEIYKKILKNCYYVIKAEMFYNYIYNNIES LKRFSYLNNVYHLYMLYYYIFVWPNSGKIHNKPICKNSDATYSVETDGTCRKQNNKRYRI KENNNIFYIFDLNNVLREKFSKKYIKLMNENDSNLDCITDREWSSDNTSLIDDNNDVGKY KKKILDNKKTLHNLNKTINKDENLGDEKDYFLCGIYNFRLKLYHPNYNEMEKYIGNIKKD DIFSTLLIINKNYLFSLKNIYTKLNKYVYNYILSLYYITLYFYFDDHIIIKKKLSIYYII NMFQKKYKLFYSKLFDKENNLPLFNQTIRTPNYSSSSSGSSFFNSSSDSSVSESINQPSH SYDNILDNREIKPNGKKIDSEIFFKLFKVKDLKKNIYLIFEIFNNIYDEYYGDIYNNSNI ANHIVTKIDIEIIAYFGEIYQIIYMYKMYKYCIHLLILCIIFTSKIWLVYIFSEKNASNQ FDKDENYYKEFFGLYYNAQDEEKGKISSNENNINTNKRKSKYNRNSIINVNIDNINTKDK KIEHVLTNKRTYLLDIVYKKITENINDNNIKEIYNNLHNYMQQLIMCTSIFYITFICFEN LYKNKWNLFFLNSANILYLYYVDFSEYVKSFCKKYCDDQVYVSNLFIDNFHLDLINLKFE AYSKSSSYKTMLKRRTNKKGASSKNSLEKKIQSLGLNSKYTDSINGKYSKESNTTMRYNN KEMTQLYGDKFNDQSNDSRCVYTKNEQDKMNNTMITWYHENETENKYKNSKLDKKNTNCE DDNIYSKYLFLDYYDKNGIKGCIKSLKIIEQKYKDNLMEFVQNNICLYCNVINYLYKKKK KYLSLPIYSNSHIISIISMMKFSMVNYFTIFNISCTFMSLTFERPVYEFDGESIDKFKDV KKNDSKKKNNNNSCNILKSMKKLYCNMFLNKDIFSKIKFVNTYYKKISKILYKINNFFLS YDYLKKGVLFVCSLIYYPEIIHNYCLLSNIILASGKERIELLTQEEMFFENLNNDLTIYG KNNNINQDIESGCDENEREITNIKDLKTYEDQDFYNINYNKTPINTYLTKKNVYEYKNLL TRFLDYLKFLLKNPDHMNIFSIKYKREILHIYSLFVFKKRQTNHYLGSTKKLSNTRKNDY VSEKFVDNFNIIDKDENNNKKLGKRTTVYYEKTKEEQDKQIGNTENLNTTCTDNNYNVKG NSFDENILKCFNNCKDKKKEKRIFFNFFWENLFLMNNNDTDLFNTLIDNEDKIAHAVSTY AVKDIRKLKIKNIEKDCVYFNNHFVKNGPQRIITNNKSHNDKMKKVDNVKPRKYEGKNKK DEDNWHYFSDFIASKKSFKLNDMSVLNYLYLNYEFDKNITYLNNYINNRLFTYKCKRMNS YFIKILLYYINLIFLKIKNIFCDDCIYTIKKQQSLNSSANNCSYNVFFFLFLNIINRFNI SKEKLNSIFNNYFPGNTHCGMYANILQKIENERSEYITSKYGDTTKDEDIYLDRNILNNK INIEKNDKQKYTKSNENDKYHNNYNKEMFLKLVDIFLYPEKRCSYFEILTICYQFLINMK DPKNKVHRKKFKGKMYHLLKIIIENKGKIKQTFLCKNMEKENNNFENSGFDHKIINEIDN ANENPIFHIQTALIYLSLALYNTYKKSFTHEMRKVAQFFLDFVFFFIENIKNSLIILQII ESYSKDYIYTEDSKNNNDGDVKKTKQSNINVFDNDCYNSDTKMIIFMVKFYFRKLLSLLY LYTDELISYTIKHNIDHEISAKEYSRKTHPFYLSIDYICNYDDSIYSKELSECCIYWDYA IITMSHDKCDLYIARYLKSFLLLLSHFVKKSAECENILLDHKYTNINNLPTTSINGEYNA DALNTKDSIYYFNNAIYNLFNTYNNIESFENNIWIDKNVILEDRDTIISLVGTFHWYLRQ SKRNRELREKKEIIQVSTNSDKIPSILCGKVNVENENFRKNGDNDSEKKRVKTKKNKIKN SNISNDNSDCDNDTYMEKNKYKNNRNIFFNFDPFYSMPNEYNTDSYSNDKYKGNFHNKTN IDHNSCDKKNKVIKENPKIINKLFQFYYTFNDASKCINIKKNEYVHIDKIHLNIEKYTFD EKWNYIKKLEKLLKQYQHMIKILCEILYVTKNINKDIINLKMFIDLWWNNRYTLEHHLKL LNLDISNTLGFSIHKLMSTPLISINIKRNITLQQNYNFNSDINTNQLIETNEGSNIKLHN DESYNNISLVNNQKYYLKTNFDIFVILYYYAHILNIISWINKWYFFFLPFKYWDNVNIIN VIINLTIFSIIMKNSNIHISKVKKKYITGNTRIKMSKISSNIKGESSNGDEKFSKEKRPE KNMRHSMLDKAKSADENSDDNNNITIDVDITQIENKAITSYLPFTNKDIETVLSNDQKKQ RRKTSNYIKNHEYHNKKKGGEHILMQNLKNYLPPGEYDPIKSEFIQNMIEQSDIFKKYND FKQFINTSEDEKSDKTNTNLRLFNKDGKIGRRKTTNINNTDNDEVKNQFLNIYSIIDEEQ KKLQKMSSKIYEQLKKNGNSNFGIVTNKKENGKLLKTLKRMTICGNGNLNHNESDKDVLG GVKDNTFYLNYLDLQKKCEKGLIHCSFLKLRMYLYNILNVVFETNNANPNDIFNIFNKIT HSFIVDVIKCDMHKDKNDSEKFIYSKTVDQKMIRKNPIIIYLHNNLNRIPFENLQPLKDS YIVRGVQKNVTSYLYDRLLRQINKSEIEKKEKDNYSISHLKIITEGYTNCDNNKNVESSA SSNKNIYGNNQFGKDYTARNHPPKRETVNTYKNEQARKSIYNASKHISDINGKSKETNNI NHKYDKLKDNLKNEENIFNEQFMKKTRHFLFNYDTPNKQYGKTDIEKNFNEHFDDIKIPY TNKDYINSEHDQTKSDEKHIKITKTFQDNKNKYNFIVTNYEKGEGQQNGNKNEDNIKKNK IKNENISYFNSKKYITKNERDTLEKKKKEKGKRSRKSISIEYSFLNPFNDTNNPNVLQIA KKKNEMPTSADNELSNNSLILNDRQKLSRSSLKYIDDTNNNKKKGDDYKTKNLEQSILRS EYSSSSKSSIELVQNENELQKIFMNVRKSMNFHNVMSSFKQKTDEYNFLISQKKRKSVSE SEAYYDKDNFWGKVLNKSTNKTKKNKRRSYSSEREIVPKIEKTPYIKYVPYYIKSDRFID PKRSNIFYVIDPNGDLKRTQNATYPFIYFRNQKKSKHKNWNGYSGTFPSEKIILKNLCTN DLYIYCGHQGGEQYISKNDIQASIQINDKEYIEDEKKRQGKSRKSKIHKISKDNENNENT LTRYEKEKIYIEQKMNNLMTDSTDKKRRRNSCKVSLKPPTSKTGTMKRKTVANFNEIYGV TDLKKVSTQNIQDSDLNKNGEIYIEDEHDDKNIIQRTENGIKCCVFLIGCSSGLVSSHGC DLDAWGTPYDYVIGGCIFIFGNLWNITDGEVDGFTQNFFWKWTQPNSSSLFYPNCDYNKL KMTNAREISFNTFTKILKKIIKTNDEQIIDQEYNDNSSIMVDDNFITMDLDIYSYIKKND FFYKYFQKFYSCPIILNQNLLSINQNRKYTWLSITEALVEAKQYCRLPNTTGSAVVIYGI PL
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PBANKA_1427800.fa Sequence name : PBANKA_1427800 Sequence length : 5522 VALUES OF COMPUTED PARAMETERS Coef20 : 3.535 CoefTot : -0.134 ChDiff : 177 ZoneTo : 3 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.771 2.329 0.447 0.790 MesoH : 0.044 0.766 -0.190 0.404 MuHd_075 : 26.702 24.036 10.463 4.978 MuHd_095 : 19.305 16.231 5.768 5.520 MuHd_100 : 27.671 23.480 8.448 7.633 MuHd_105 : 29.738 24.860 8.943 8.086 Hmax_075 : 2.800 8.800 -0.907 3.260 Hmax_095 : -1.500 10.800 -1.908 3.860 Hmax_100 : 4.000 11.800 -1.307 4.500 Hmax_105 : 3.700 13.700 -0.820 4.960 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.6549 0.3451 DFMC : 0.9476 0.0524
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 5522 PBANKA_1427800 MINEELNLHGRLEKLISHVLKNIDNEPYKFGDNVNKNVYAPFYEICGKENHIEKLSYNEILEKHKDKKNIHKYLFYMFEY 80 VHNKINISHNIKYVNFLYLILRYVTYFWMFLSNNDKLALVFYYHFKLAELLFNLKILKFSYFLNIYGVQIFFNIKAKLKI 160 QFLTKDISEEAASSLIKVVISKLNKTILLENNNIINILKKIDFIKFNRTSVISNISTDNNTNIDNNKEINNNDVSKINKI 240 AQGDDSSNMQTESSLYNYIWIGYFDENDKNILNGNRYNTHNIEKNGKMSNNKKSYSLILKHDNIKNKSNNILGSNALSIN 320 SAYNIFLNFVQLFFKITFYDINTFLPCLNIFNLDNFLIYFHIYEILSYLETLEKKNTTNEVLKGTQIVSGKSDKDMDNAY 400 NSLGPKLVGDDNIENLVNDCVFLNVNKNTKKILWSIMFDELRKVFCSNVKNVNYTLKIFKLTFSFFLFDEKQTLKYANSI 480 EHSEEFLKKKEYNFTFISQIYFKELLNFAISFINSLRYSKSIAYEIVYKAISYVFYMISKLICNSNNDKKKCILVNNESN 560 LSLIYLISCVYKYFKKLYIDKNELENGRDNNTNKGATYKSGNHAIIINKESMDKKHVNKKEYTNIDHNNKLKYSFVLLEK 640 VYQKIQECLYISLTIDEFVQEQTKDIIPSIEENIRNGSKKNIPGDYINVCNLYACFIIKLNKINMFYSNLDIIKILMEKD 720 KNIYRKYIYTINKNNENFIRFVSFLLNIHYEENQNDLVLKKYIANLKGPKKYKSKKLIKIMKPYHSPLKYIILKDEMNED 800 EEKKKKHKEKTKNRKRSGNEEGHISECEQNQRRFNKSIKSEITLKNMSNKHNYRSSLFQNDEDCLSKENHPFKDKIESEK 880 NDLFRKCSYKTNKGDAYSDSNNSDDNKKTSSERNSDDSISNENIYSSENFGNMEENIRYKRDMLLLENSLFRIDKNILKK 960 INIDFLNVCHSIILSVKRCIIISDSIYEYFKKYEEYDPNFNIYICKNIFSNFLKLNFLNISIFSYVCVKLGYDDTLKQMC 1040 NSSLIFLSYSIFEKYINFVLNQDVEKLKKHKNILHFSTNKLRKTEKNSIMKGKAIENKNTDNGGGEKTVSSSTSSIYSHL 1120 YLEDIYEILKDRDHYSCEDMFLSDKDEFTETLYLNALLFVINVISIWEIYLEIPIEVLNKMKYTFFELFYNTTIKIIQFI 1200 KKRNGYYFILNILKFVYFKFISLPFNPINTCTSIKLYDFYEFLINENSPPIHNIDNRPFDDEKININSVSPMKFLKNASN 1280 NGNRDEFTSNVHDNKQFSIRKTTCPNNLYTDKINKNKHDIANFNNLSASNKKKRISMGGLIPVFLNNEDSETEKEKEKKK 1360 KRKTNNDYLFYNSNLDKDPEKLSITPSKINVLFNNNDNLFTSVNKNGEQNYYENNNEITPRRSNYKNENEQFSFIGDSAM 1440 HVTPRNDFSNYANEYKGNQACNNINNEKNNAGIYRNTYLNNYYIPHIDLLFIILDMIIYYYFDKRKYKKIILIVNNLFNN 1520 IIRKCDYNTKEYLRSSISYIYNYYQQMNICNNKINPHCCMVIKHLLSIYTKSKICLLNKKIKKHLSYVKEKSTDDESMKL 1600 NYNEFYINFINHNYWKYIFYFDSISKIDYQYYNNEQSGNQTNTHTDTKMTMINNLLSIHINTLLFAILYDNLSKYVTHNF 1680 IFFFKFLTFFYNKVCIDILNLIKSSHNLEFFNIYNFENYITYQNKDEHILNKLRTYLYKDNGVMNRSSIDASSYKIQDID 1760 KTIEKNNRNKKKEKIQKDKKKHIILMDIDELLITYVHINFIFSRYCCYVMFFKNIYAQKYEIIFKRNATNDYFNKFKNNR 1840 DFFDFFEFKGHEKGNDKKYIDDKYEDSKYNNEINEKIKQISSIKINHNTKNNTIAYSYNTILNENEGLSNSDNTNDSKST 1920 SISVEYKNVSKELYYVFLEFILEIIGYIDIYEIYKKILKNCYYVIKAEMFYNYIYNNIESLKRFSYLNNVYHLYMLYYYI 2000 FVWPNSGKIHNKPICKNSDATYSVETDGTCRKQNNKRYRIKENNNIFYIFDLNNVLREKFSKKYIKLMNENDSNLDCITD 2080 REWSSDNTSLIDDNNDVGKYKKKILDNKKTLHNLNKTINKDENLGDEKDYFLCGIYNFRLKLYHPNYNEMEKYIGNIKKD 2160 DIFSTLLIINKNYLFSLKNIYTKLNKYVYNYILSLYYITLYFYFDDHIIIKKKLSIYYIINMFQKKYKLFYSKLFDKENN 2240 LPLFNQTIRTPNYSSSSSGSSFFNSSSDSSVSESINQPSHSYDNILDNREIKPNGKKIDSEIFFKLFKVKDLKKNIYLIF 2320 EIFNNIYDEYYGDIYNNSNIANHIVTKIDIEIIAYFGEIYQIIYMYKMYKYCIHLLILCIIFTSKIWLVYIFSEKNASNQ 2400 FDKDENYYKEFFGLYYNAQDEEKGKISSNENNINTNKRKSKYNRNSIINVNIDNINTKDKKIEHVLTNKRTYLLDIVYKK 2480 ITENINDNNIKEIYNNLHNYMQQLIMCTSIFYITFICFENLYKNKWNLFFLNSANILYLYYVDFSEYVKSFCKKYCDDQV 2560 YVSNLFIDNFHLDLINLKFEAYSKSSSYKTMLKRRTNKKGASSKNSLEKKIQSLGLNSKYTDSINGKYSKESNTTMRYNN 2640 KEMTQLYGDKFNDQSNDSRCVYTKNEQDKMNNTMITWYHENETENKYKNSKLDKKNTNCEDDNIYSKYLFLDYYDKNGIK 2720 GCIKSLKIIEQKYKDNLMEFVQNNICLYCNVINYLYKKKKKYLSLPIYSNSHIISIISMMKFSMVNYFTIFNISCTFMSL 2800 TFERPVYEFDGESIDKFKDVKKNDSKKKNNNNSCNILKSMKKLYCNMFLNKDIFSKIKFVNTYYKKISKILYKINNFFLS 2880 YDYLKKGVLFVCSLIYYPEIIHNYCLLSNIILASGKERIELLTQEEMFFENLNNDLTIYGKNNNINQDIESGCDENEREI 2960 TNIKDLKTYEDQDFYNINYNKTPINTYLTKKNVYEYKNLLTRFLDYLKFLLKNPDHMNIFSIKYKREILHIYSLFVFKKR 3040 QTNHYLGSTKKLSNTRKNDYVSEKFVDNFNIIDKDENNNKKLGKRTTVYYEKTKEEQDKQIGNTENLNTTCTDNNYNVKG 3120 NSFDENILKCFNNCKDKKKEKRIFFNFFWENLFLMNNNDTDLFNTLIDNEDKIAHAVSTYAVKDIRKLKIKNIEKDCVYF 3200 NNHFVKNGPQRIITNNKSHNDKMKKVDNVKPRKYEGKNKKDEDNWHYFSDFIASKKSFKLNDMSVLNYLYLNYEFDKNIT 3280 YLNNYINNRLFTYKCKRMNSYFIKILLYYINLIFLKIKNIFCDDCIYTIKKQQSLNSSANNCSYNVFFFLFLNIINRFNI 3360 SKEKLNSIFNNYFPGNTHCGMYANILQKIENERSEYITSKYGDTTKDEDIYLDRNILNNKINIEKNDKQKYTKSNENDKY 3440 HNNYNKEMFLKLVDIFLYPEKRCSYFEILTICYQFLINMKDPKNKVHRKKFKGKMYHLLKIIIENKGKIKQTFLCKNMEK 3520 ENNNFENSGFDHKIINEIDNANENPIFHIQTALIYLSLALYNTYKKSFTHEMRKVAQFFLDFVFFFIENIKNSLIILQII 3600 ESYSKDYIYTEDSKNNNDGDVKKTKQSNINVFDNDCYNSDTKMIIFMVKFYFRKLLSLLYLYTDELISYTIKHNIDHEIS 3680 AKEYSRKTHPFYLSIDYICNYDDSIYSKELSECCIYWDYAIITMSHDKCDLYIARYLKSFLLLLSHFVKKSAECENILLD 3760 HKYTNINNLPTTSINGEYNADALNTKDSIYYFNNAIYNLFNTYNNIESFENNIWIDKNVILEDRDTIISLVGTFHWYLRQ 3840 SKRNRELREKKEIIQVSTNSDKIPSILCGKVNVENENFRKNGDNDSEKKRVKTKKNKIKNSNISNDNSDCDNDTYMEKNK 3920 YKNNRNIFFNFDPFYSMPNEYNTDSYSNDKYKGNFHNKTNIDHNSCDKKNKVIKENPKIINKLFQFYYTFNDASKCINIK 4000 KNEYVHIDKIHLNIEKYTFDEKWNYIKKLEKLLKQYQHMIKILCEILYVTKNINKDIINLKMFIDLWWNNRYTLEHHLKL 4080 LNLDISNTLGFSIHKLMSTPLISINIKRNITLQQNYNFNSDINTNQLIETNEGSNIKLHNDESYNNISLVNNQKYYLKTN 4160 FDIFVILYYYAHILNIISWINKWYFFFLPFKYWDNVNIINVIINLTIFSIIMKNSNIHISKVKKKYITGNTRIKMSKISS 4240 NIKGESSNGDEKFSKEKRPEKNMRHSMLDKAKSADENSDDNNNITIDVDITQIENKAITSYLPFTNKDIETVLSNDQKKQ 4320 RRKTSNYIKNHEYHNKKKGGEHILMQNLKNYLPPGEYDPIKSEFIQNMIEQSDIFKKYNDFKQFINTSEDEKSDKTNTNL 4400 RLFNKDGKIGRRKTTNINNTDNDEVKNQFLNIYSIIDEEQKKLQKMSSKIYEQLKKNGNSNFGIVTNKKENGKLLKTLKR 4480 MTICGNGNLNHNESDKDVLGGVKDNTFYLNYLDLQKKCEKGLIHCSFLKLRMYLYNILNVVFETNNANPNDIFNIFNKIT 4560 HSFIVDVIKCDMHKDKNDSEKFIYSKTVDQKMIRKNPIIIYLHNNLNRIPFENLQPLKDSYIVRGVQKNVTSYLYDRLLR 4640 QINKSEIEKKEKDNYSISHLKIITEGYTNCDNNKNVESSASSNKNIYGNNQFGKDYTARNHPPKRETVNTYKNEQARKSI 4720 YNASKHISDINGKSKETNNINHKYDKLKDNLKNEENIFNEQFMKKTRHFLFNYDTPNKQYGKTDIEKNFNEHFDDIKIPY 4800 TNKDYINSEHDQTKSDEKHIKITKTFQDNKNKYNFIVTNYEKGEGQQNGNKNEDNIKKNKIKNENISYFNSKKYITKNER 4880 DTLEKKKKEKGKRSRKSISIEYSFLNPFNDTNNPNVLQIAKKKNEMPTSADNELSNNSLILNDRQKLSRSSLKYIDDTNN 4960 NKKKGDDYKTKNLEQSILRSEYSSSSKSSIELVQNENELQKIFMNVRKSMNFHNVMSSFKQKTDEYNFLISQKKRKSVSE 5040 SEAYYDKDNFWGKVLNKSTNKTKKNKRRSYSSEREIVPKIEKTPYIKYVPYYIKSDRFIDPKRSNIFYVIDPNGDLKRTQ 5120 NATYPFIYFRNQKKSKHKNWNGYSGTFPSEKIILKNLCTNDLYIYCGHQGGEQYISKNDIQASIQINDKEYIEDEKKRQG 5200 KSRKSKIHKISKDNENNENTLTRYEKEKIYIEQKMNNLMTDSTDKKRRRNSCKVSLKPPTSKTGTMKRKTVANFNEIYGV 5280 TDLKKVSTQNIQDSDLNKNGEIYIEDEHDDKNIIQRTENGIKCCVFLIGCSSGLVSSHGCDLDAWGTPYDYVIGGCIFIF 5360 GNLWNITDGEVDGFTQNFFWKWTQPNSSSLFYPNCDYNKLKMTNAREISFNTFTKILKKIIKTNDEQIIDQEYNDNSSIM 5440 VDDNFITMDLDIYSYIKKNDFFYKYFQKFYSCPIILNQNLLSINQNRKYTWLSITEALVEAKQYCRLPNTTGSAVVIYGI 5520 PL 5600 ................................................................................ 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 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0

  • Fasta :-

    >PBANKA_1427800 ATGATTAATGAGGAATTAAATTTGCATGGGCGGCTAGAGAAGCTAATATCACATGTACTA AAAAATATAGACAATGAACCATATAAATTTGGAGATAATGTGAATAAAAATGTATATGCG CCATTTTATGAGATATGTGGGAAAGAAAATCATATAGAAAAGTTAAGTTATAATGAGATT TTAGAAAAGCATAAAGATAAAAAAAACATTCACAAATATTTATTTTATATGTTTGAATAT GTTCACAATAAGATAAATATAAGTCATAATATAAAATATGTAAATTTTTTATATCTTATT TTGAGATATGTTACATATTTTTGGATGTTTTTATCAAATAATGATAAACTGGCTTTAGTT TTTTATTATCATTTTAAGCTTGCAGAATTATTATTTAATTTGAAAATACTTAAATTTTCA TATTTTTTAAATATATATGGTGTACAAATTTTTTTCAATATTAAAGCTAAATTAAAAATA CAATTTTTGACAAAGGACATAAGTGAGGAAGCTGCGAGCTCCTTAATAAAAGTTGTTATA TCGAAATTAAATAAAACAATTTTATTAGAAAATAACAATATTATTAACATTTTAAAAAAA ATTGATTTTATTAAATTTAACAGGACAAGTGTAATTAGCAATATAAGTACAGATAATAAC ACCAATATAGACAATAATAAAGAAATAAATAATAATGATGTTTCAAAAATAAATAAAATT GCGCAAGGGGATGATTCCTCTAATATGCAAACCGAAAGTAGTTTATATAATTATATATGG ATAGGTTATTTTGACGAAAATGACAAAAATATATTGAATGGAAATCGTTATAATACTCAT AATATTGAAAAAAATGGAAAAATGTCTAATAATAAAAAATCATATTCTTTAATATTAAAA CATGATAATATAAAAAATAAATCTAATAATATATTAGGGTCTAATGCTCTTTCAATTAAT AGTGCCTATAATATATTTTTAAACTTTGTTCAATTATTTTTTAAAATAACATTCTACGAT ATTAATACATTTTTACCGTGTCTAAATATATTTAATTTAGATAATTTTTTGATTTATTTT CATATTTACGAAATACTTTCATATCTTGAAACTCTGGAAAAAAAAAACACAACAAATGAA GTTTTGAAAGGCACACAAATTGTATCAGGAAAATCTGATAAAGATATGGACAATGCTTAC AATTCTTTGGGTCCCAAGTTAGTTGGGGACGATAACATAGAAAATTTAGTTAATGATTGT GTTTTTTTAAATGTTAATAAAAATACTAAAAAAATATTATGGAGTATTATGTTTGACGAA TTACGAAAAGTATTTTGTTCAAATGTGAAAAATGTAAATTATACATTAAAAATTTTTAAG TTGACTTTTAGTTTTTTTTTGTTTGATGAAAAGCAAACATTAAAATATGCAAACAGTATT GAACATTCTGAAGAGTTTTTAAAAAAAAAAGAATATAATTTTACATTTATATCTCAAATA TATTTTAAAGAGTTGCTGAATTTTGCAATATCTTTTATTAACAGTTTAAGATACTCAAAA TCGATAGCATATGAAATAGTGTATAAAGCTATTTCATACGTATTTTATATGATATCAAAA TTAATATGCAACTCAAATAATGATAAAAAAAAATGCATTTTGGTTAATAATGAAAGTAAC TTGAGCCTTATATACCTCATTTCATGTGTGTATAAATATTTTAAGAAATTGTATATAGAT AAAAATGAATTGGAAAATGGCAGGGATAACAATACCAATAAGGGAGCTACGTATAAAAGT GGAAACCACGCAATTATTATTAACAAAGAGAGTATGGATAAAAAACATGTGAATAAAAAA GAATATACTAATATAGACCATAATAACAAATTAAAATACTCTTTTGTATTGCTAGAAAAG GTTTATCAAAAAATACAGGAATGCTTATATATTTCATTAACAATAGATGAATTTGTTCAA GAACAAACAAAAGATATTATTCCATCAATCGAAGAAAATATTAGAAATGGCTCTAAAAAG AATATTCCAGGAGATTACATAAATGTATGTAATTTATATGCTTGCTTCATTATAAAATTA AATAAGATAAATATGTTTTACTCTAATTTGGATATTATAAAGATTTTGATGGAAAAGGAC AAAAATATATATAGAAAATATATATATACTATAAATAAAAATAATGAGAATTTTATCCGA TTTGTTTCCTTTTTACTTAATATACATTATGAAGAAAATCAAAATGATTTGGTCTTAAAA AAATATATAGCAAATTTGAAAGGCCCCAAAAAATATAAAAGTAAAAAGCTGATTAAAATT ATGAAACCTTATCATTCCCCATTAAAATATATCATTCTGAAGGATGAAATGAATGAAGAT GAAGAGAAAAAGAAAAAACACAAAGAAAAAACAAAAAATAGAAAAAGAAGTGGCAACGAA GAGGGACACATAAGTGAGTGTGAGCAGAATCAACGTAGATTTAATAAATCTATAAAATCA GAAATCACACTTAAAAATATGTCTAACAAACATAATTATCGTAGTAGTCTTTTTCAAAAT GATGAAGACTGTTTGTCTAAAGAAAACCACCCTTTCAAAGATAAAATTGAAAGCGAAAAA AATGATTTATTTCGAAAATGTTCCTATAAAACAAACAAAGGGGATGCATATAGCGATTCG AACAATAGTGATGATAATAAAAAAACAAGTAGTGAACGTAACAGTGATGATAGTATTTCG AATGAAAACATATATAGTTCAGAAAATTTTGGTAATATGGAAGAAAATATAAGGTATAAA CGTGATATGCTTCTTCTCGAAAATTCTCTATTTAGAATCGATAAAAATATTTTGAAAAAA ATAAATATCGATTTTCTAAATGTGTGTCATAGCATTATTTTATCCGTCAAAAGATGTATA ATAATATCTGATAGTATTTATGAATATTTCAAAAAATATGAAGAATATGATCCAAATTTC AATATATATATTTGTAAGAATATTTTTTCGAATTTTTTAAAACTTAACTTTTTAAATATA AGTATCTTTTCATATGTTTGTGTTAAATTGGGATATGATGATACTTTAAAACAAATGTGC AATTCATCTTTAATATTTTTGTCTTATAGCATATTTGAAAAATATATCAATTTTGTATTA AATCAAGATGTAGAAAAATTAAAAAAACATAAAAACATTTTGCATTTTAGCACAAACAAG CTAAGAAAAACAGAAAAAAACAGTATTATGAAAGGAAAGGCTATCGAGAACAAAAACACC GATAACGGTGGTGGTGAGAAAACAGTTAGTTCTTCTACCAGTTCTATATATTCACATTTA TATCTTGAAGATATATATGAAATATTAAAAGATAGGGATCATTATTCATGTGAGGATATG TTTTTATCAGATAAAGATGAATTTACAGAAACATTATATTTAAATGCCCTTTTATTTGTT ATTAATGTAATATCGATATGGGAAATATATTTAGAAATACCAATAGAAGTATTAAACAAA ATGAAATATACATTTTTTGAATTATTTTATAATACTACAATTAAAATTATCCAATTTATT AAAAAACGTAATGGATACTATTTTATATTAAATATATTAAAATTCGTTTATTTCAAATTT ATAAGTTTACCATTTAACCCTATTAATACTTGCACATCAATTAAGTTATATGACTTTTAT GAATTTCTAATTAACGAAAATTCTCCTCCTATACACAATATTGACAATCGTCCATTTGAT GATGAAAAAATAAATATAAATTCTGTTAGTCCAATGAAATTTTTGAAAAACGCTTCAAAT AATGGAAATAGAGATGAATTCACATCGAATGTGCATGATAATAAACAATTCAGCATAAGG AAAACCACATGCCCAAACAATTTATATACTGATAAAATAAATAAGAATAAACACGATATT GCAAATTTTAACAACTTAAGTGCTAGTAACAAAAAAAAGCGAATAAGTATGGGAGGACTA ATTCCTGTATTTTTAAATAATGAAGATTCAGAAACGGAAAAAGAAAAAGAAAAAAAAAAA AAACGGAAAACAAATAATGATTATTTATTTTATAATAGCAATCTAGATAAAGACCCTGAA AAACTTTCAATAACTCCTTCAAAAATAAATGTCTTATTCAACAATAATGATAATTTATTT ACTAGCGTTAATAAAAATGGCGAACAAAATTATTATGAAAATAATAACGAAATAACACCT AGGCGTAGCAATTATAAAAATGAAAATGAGCAGTTTAGCTTTATTGGCGATAGTGCTATG CATGTAACACCACGAAATGATTTTTCTAATTATGCAAATGAATATAAGGGGAATCAGGCT TGTAATAATATTAATAACGAAAAGAACAACGCAGGTATTTATAGAAATACATACTTGAAC AATTATTACATACCTCATATTGACCTTCTGTTTATTATTTTAGATATGATCATATATTAT TATTTTGATAAAAGAAAATATAAAAAAATAATATTAATTGTTAATAATTTGTTTAATAAT ATCATTAGAAAATGCGATTATAACACAAAAGAATATTTAAGGTCGTCTATTTCATATATT TATAATTACTACCAACAAATGAATATATGCAATAACAAAATAAATCCACATTGTTGTATG GTTATTAAACATCTTTTATCTATTTATACAAAATCAAAAATATGTCTTTTAAATAAAAAA ATTAAGAAACACTTATCTTATGTAAAAGAAAAAAGTACAGATGATGAATCTATGAAATTA AATTATAATGAATTTTATATAAATTTTATTAACCATAATTATTGGAAATATATATTTTAT TTTGATAGTATATCAAAAATTGACTACCAATATTATAATAATGAACAAAGTGGTAATCAA ACAAATACACACACAGACACAAAAATGACAATGATTAACAATTTGTTATCAATACATATA AATACGTTGCTTTTTGCAATATTATATGATAATTTGTCAAAATATGTTACTCATAATTTT ATATTTTTTTTTAAATTCTTAACATTTTTTTATAATAAAGTATGTATAGATATCTTGAAT TTAATCAAAAGTTCACATAATTTGGAATTTTTTAATATATATAATTTTGAAAATTATATC ACTTATCAAAATAAGGACGAGCATATATTAAACAAGTTAAGAACCTACTTATATAAAGAC AATGGTGTAATGAATAGAAGTAGTATCGATGCCTCTTCATACAAAATTCAAGATATAGAT AAAACAATAGAGAAAAATAACAGAAATAAAAAAAAGGAAAAAATTCAAAAAGATAAAAAA AAACATATTATTCTTATGGATATTGACGAATTGCTCATTACATATGTACACATAAATTTC ATATTTTCGAGATATTGCTGCTATGTTATGTTTTTTAAAAATATATATGCTCAAAAATAT GAAATTATATTTAAGCGTAATGCTACGAATGATTATTTTAATAAATTTAAAAATAATAGA GATTTTTTTGATTTCTTTGAATTTAAAGGACACGAAAAAGGAAATGATAAAAAATATATT GACGACAAATATGAAGATAGTAAATATAATAATGAAATTAATGAAAAAATAAAGCAAATA TCCTCAATAAAAATTAATCATAATACCAAAAATAATACGATAGCCTATTCTTATAATACA ATTTTGAACGAGAATGAAGGTTTAAGCAATTCTGATAATACTAATGATTCTAAATCTACT AGTATTTCAGTAGAATATAAAAACGTTTCAAAAGAGTTATATTATGTGTTTTTAGAGTTT ATTTTAGAAATTATAGGATACATAGATATATATGAAATCTATAAAAAAATTCTAAAAAAT TGCTACTATGTAATAAAGGCAGAAATGTTTTATAATTATATTTACAATAATATTGAATCT CTAAAAAGATTTTCTTATCTTAACAATGTCTATCATTTATATATGTTATATTACTACATT TTTGTCTGGCCCAATAGTGGCAAAATTCACAACAAACCCATTTGCAAAAACTCAGATGCT ACATATTCAGTTGAAACAGATGGAACGTGTAGAAAACAGAACAACAAACGATATAGAATT AAAGAAAATAATAATATATTTTATATTTTTGATCTGAATAATGTATTGAGAGAAAAGTTT AGTAAAAAATATATAAAACTTATGAATGAAAATGATTCTAATTTAGACTGCATAACTGAT CGTGAATGGTCTAGTGATAACACTTCTCTTATAGATGATAATAATGATGTTGGAAAATAC AAAAAAAAAATATTGGATAATAAAAAAACATTGCACAATTTAAACAAAACTATAAATAAA GATGAAAATTTGGGTGATGAAAAGGATTATTTTTTATGTGGCATATATAACTTTAGATTA AAGTTATATCACCCTAATTACAATGAAATGGAAAAATATATTGGAAATATTAAAAAAGAC GATATTTTTAGTACTTTATTAATTATTAATAAAAATTATTTATTTTCTTTAAAAAATATA TATACAAAGCTAAATAAATATGTTTATAATTATATTTTAAGTCTTTACTATATAACTTTA TATTTTTATTTTGATGACCATATTATAATTAAAAAAAAACTGTCTATTTATTACATTATA AATATGTTTCAAAAAAAATATAAATTATTTTATAGCAAACTTTTTGACAAAGAAAATAAT CTTCCATTATTTAATCAAACTATCCGTACTCCAAATTATTCATCTTCTTCATCTGGTTCA TCATTTTTCAATTCATCATCAGATTCCTCTGTCTCAGAATCGATTAATCAACCATCACAC TCTTATGATAATATTCTTGATAATAGAGAGATAAAACCAAACGGGAAAAAAATCGATTCA GAAATATTTTTCAAATTATTTAAAGTAAAAGATTTAAAAAAAAATATATATCTGATTTTT GAAATTTTTAACAATATATATGATGAATATTATGGGGACATTTATAATAATTCAAATATT GCCAACCATATTGTAACAAAAATAGATATAGAAATAATTGCATATTTTGGAGAAATATAC CAAATAATATATATGTATAAAATGTATAAATATTGCATACATCTTTTGATATTGTGTATT ATTTTCACATCGAAAATTTGGCTGGTTTATATATTTAGCGAAAAAAATGCGTCCAATCAA TTTGATAAGGATGAAAATTATTATAAAGAATTTTTTGGATTATATTATAATGCTCAAGAT GAGGAAAAAGGGAAAATAAGCTCAAATGAAAACAATATTAATACGAACAAAAGAAAGAGC AAATATAATAGAAATAGTATAATAAATGTAAATATAGACAATATTAATACGAAAGATAAG AAAATTGAACATGTATTAACAAATAAAAGAACATATTTACTAGATATTGTATATAAAAAA ATTACAGAAAATATAAATGACAATAATATTAAAGAGATATATAATAATCTACACAATTAT ATGCAGCAGTTAATTATGTGCACGTCTATATTTTATATAACATTTATTTGCTTTGAAAAT TTATATAAAAATAAATGGAATTTATTTTTTTTAAACTCTGCAAATATTCTTTATCTTTAT TATGTCGATTTTAGCGAATATGTGAAAAGTTTTTGTAAAAAATATTGTGATGATCAAGTA TATGTCTCCAATTTATTTATTGATAATTTCCATTTGGACTTGATTAATTTGAAATTTGAG GCCTATTCCAAGAGCAGCTCATATAAGACAATGCTAAAACGTAGGACGAACAAAAAGGGG GCATCATCAAAAAATAGTTTAGAAAAAAAAATACAAAGTTTGGGATTAAATTCCAAATAT ACTGATTCGATAAATGGAAAATATTCAAAAGAAAGCAATACTACTATGAGATATAATAAT AAAGAAATGACACAGTTGTATGGTGACAAATTTAATGATCAAAGCAATGATTCCAGATGC GTATACACAAAAAATGAACAGGATAAAATGAACAATACTATGATTACATGGTATCATGAG AATGAAACAGAGAATAAGTATAAAAATAGTAAATTGGATAAGAAAAATACAAACTGTGAA GATGATAATATATATTCAAAATATTTGTTTTTGGATTACTACGATAAAAATGGGATAAAA GGTTGTATAAAAAGCTTAAAAATAATAGAGCAAAAATATAAAGACAATTTAATGGAATTT GTCCAAAATAATATTTGTTTATATTGTAATGTTATAAACTATTTATACAAAAAAAAAAAA AAATATTTAAGTCTTCCTATATATAGTAATTCTCATATAATTTCAATTATATCAATGATG AAATTTTCAATGGTAAATTATTTTACCATATTTAATATATCTTGCACTTTTATGTCTCTT ACCTTTGAGCGCCCAGTATATGAATTTGATGGCGAAAGTATTGATAAGTTTAAAGATGTA AAAAAAAATGATTCAAAAAAAAAAAACAATAATAATAGTTGTAATATCCTAAAGTCGATG AAAAAGCTTTATTGTAACATGTTTTTAAACAAAGACATTTTTAGTAAAATAAAATTCGTA AACACTTACTATAAAAAAATATCAAAAATTTTGTATAAAATAAACAACTTTTTTCTTAGT TATGACTATTTAAAAAAGGGAGTACTATTTGTTTGTAGTTTAATTTACTATCCTGAAATT ATTCATAATTATTGTTTATTATCGAATATTATCTTAGCTAGTGGTAAAGAAAGGATTGAG TTGTTAACACAAGAAGAAATGTTTTTCGAAAATTTAAATAACGATCTAACTATATATGGA AAAAATAATAATATTAATCAGGACATAGAATCTGGATGTGATGAAAATGAAAGGGAAATA ACAAATATAAAGGATTTAAAAACTTATGAAGATCAAGATTTTTATAATATTAATTATAAT AAAACTCCTATAAATACATATTTAACTAAAAAAAATGTATATGAATATAAAAATTTATTA ACTAGGTTTCTCGACTATTTAAAATTTTTATTAAAAAATCCTGATCATATGAATATTTTC TCCATAAAATATAAGCGAGAAATTTTACATATTTATTCTTTATTTGTATTTAAAAAAAGA CAAACAAATCATTACCTAGGTAGTACTAAAAAGCTGAGCAACACTAGAAAAAATGATTAT GTTTCCGAAAAATTTGTTGATAATTTTAATATAATCGATAAAGATGAAAATAATAATAAA AAACTCGGAAAAAGGACAACTGTATATTATGAAAAAACAAAGGAAGAGCAAGATAAACAA ATAGGAAACACAGAAAATTTAAATACCACATGCACTGATAATAATTACAATGTGAAAGGA AATAGCTTTGATGAAAATATATTAAAATGCTTTAACAATTGTAAAGACAAAAAGAAGGAA AAACGAATATTTTTTAATTTTTTTTGGGAAAATTTATTCCTTATGAATAACAACGACACT GATTTATTTAACACTCTAATTGACAACGAGGATAAAATAGCACACGCTGTAAGCACGTAC GCAGTTAAAGATATAAGAAAACTTAAAATCAAGAATATTGAGAAGGATTGCGTATACTTT AACAACCACTTTGTTAAAAATGGGCCCCAAAGGATAATTACCAATAATAAAAGTCATAAT GATAAAATGAAAAAAGTAGACAATGTTAAACCAAGAAAATATGAGGGAAAAAATAAAAAG GATGAGGATAATTGGCATTACTTCAGTGACTTTATAGCATCAAAGAAATCATTTAAATTA AACGATATGTCAGTTTTAAATTATTTGTATTTAAATTATGAATTTGATAAAAATATAACA TATTTAAATAATTATATAAATAATAGATTGTTTACTTATAAATGTAAAAGAATGAATTCC TATTTTATCAAAATATTATTATATTATATAAATTTAATATTTTTAAAAATAAAAAATATA TTTTGTGATGACTGTATATATACAATAAAAAAACAGCAGTCCCTTAATTCATCGGCTAAT AATTGCTCTTATAATGTTTTTTTTTTCTTGTTCTTAAATATTATTAATAGATTTAATATA TCAAAAGAAAAATTAAATTCAATATTTAATAATTACTTTCCAGGAAATACACACTGTGGC ATGTATGCTAATATATTACAAAAAATAGAAAATGAACGTTCAGAATATATTACTTCAAAA TATGGGGACACTACTAAAGACGAAGATATATATTTAGATAGAAACATTTTAAATAATAAA ATAAATATTGAAAAAAATGATAAACAAAAATATACAAAATCAAATGAAAACGATAAATAC CACAATAATTATAACAAAGAAATGTTTCTTAAATTGGTAGATATATTTTTATATCCAGAA AAACGTTGCAGCTACTTCGAGATACTAACAATTTGCTATCAGTTCTTAATTAATATGAAA GATCCAAAAAATAAAGTTCATAGAAAAAAATTTAAAGGTAAAATGTACCATCTGTTGAAA ATTATTATTGAGAACAAAGGAAAAATAAAACAAACTTTTCTTTGCAAAAATATGGAAAAG GAAAATAATAACTTTGAAAATAGTGGTTTTGATCATAAAATCATAAATGAAATAGACAAT GCAAATGAAAACCCAATTTTTCACATACAAACAGCTTTGATATATTTATCTCTAGCATTG TATAACACATATAAAAAATCTTTTACGCATGAAATGCGAAAAGTTGCTCAGTTTTTTTTA GATTTTGTTTTTTTCTTTATAGAGAACATAAAAAATAGTTTAATCATACTGCAAATAATT GAATCATATTCCAAGGATTATATTTATACCGAAGATAGTAAAAATAACAATGATGGTGAT GTGAAAAAAACAAAACAAAGCAATATTAATGTTTTTGATAATGATTGTTATAATAGTGAT ACTAAAATGATTATATTTATGGTAAAATTTTATTTTAGGAAATTATTATCTTTACTTTAT TTATATACAGACGAATTAATATCATATACTATTAAACATAATATTGATCATGAAATATCC GCAAAAGAATACTCTAGAAAAACACATCCGTTTTATCTATCTATTGATTATATATGTAAT TATGATGATTCTATATATTCAAAAGAATTAAGCGAGTGTTGTATTTATTGGGACTATGCA ATTATAACAATGAGTCATGATAAATGTGATTTATATATTGCAAGGTATCTTAAAAGTTTT TTATTACTACTATCCCATTTTGTTAAAAAATCTGCAGAATGTGAAAATATTTTATTGGAT CATAAATATACTAATATTAATAATTTGCCAACTACTTCTATAAATGGTGAATATAATGCG GATGCTCTAAATACTAAAGACAGTATATACTATTTTAATAATGCAATTTATAATTTATTC AATACATATAATAATATCGAATCTTTTGAAAATAATATTTGGATTGATAAAAATGTCATA CTTGAAGATAGAGATACAATTATTTCATTAGTTGGCACATTTCATTGGTATTTAAGACAA AGCAAAAGGAATAGAGAGCTGCGAGAAAAAAAGGAAATAATACAGGTATCTACAAATTCT GATAAAATACCTTCAATTCTATGTGGCAAAGTAAATGTAGAAAATGAGAATTTTCGTAAA AATGGTGACAATGACAGCGAAAAAAAAAGAGTAAAAACAAAGAAAAATAAAATAAAAAAT AGCAACATTAGTAATGATAATAGTGATTGCGATAATGATACATACATGGAAAAAAACAAA TACAAAAATAATAGAAATATATTTTTTAATTTTGATCCGTTTTATTCTATGCCAAACGAA TATAATACAGATTCTTATTCAAATGATAAATACAAAGGAAATTTTCATAATAAAACTAAC ATTGATCATAATAGCTGTGATAAGAAAAATAAGGTTATAAAAGAGAACCCAAAAATAATA AATAAATTGTTTCAATTTTATTACACCTTTAACGACGCTAGTAAATGCATTAATATAAAA AAAAATGAATATGTGCATATAGATAAAATCCATTTAAATATAGAAAAATACACATTTGAC GAAAAATGGAATTATATAAAAAAATTAGAAAAACTTTTAAAACAATATCAGCATATGATA AAAATTTTATGTGAAATTTTATATGTAACTAAAAATATTAATAAAGATATAATAAATTTA AAAATGTTTATAGATTTATGGTGGAATAATAGATATACATTAGAACATCATTTAAAATTG CTAAATTTAGATATATCAAATACCTTAGGATTTTCTATACATAAATTAATGTCTACTCCT TTAATTTCTATCAACATAAAAAGAAATATTACATTGCAACAAAATTATAATTTTAATAGT GATATTAATACTAACCAGCTAATTGAAACTAACGAAGGATCTAATATTAAATTACATAAT GATGAATCATATAATAATATATCGCTAGTTAATAATCAAAAATATTATTTGAAGACAAAT TTTGACATATTTGTAATTCTTTATTATTATGCTCATATTTTGAATATTATTTCTTGGATT AATAAATGGTATTTCTTTTTTCTTCCTTTTAAATATTGGGATAATGTAAATATTATAAAC GTTATAATAAATCTGACAATTTTTTCGATCATTATGAAAAACTCAAATATCCATATTTCA AAGGTAAAGAAAAAATATATAACAGGAAATACTCGAATTAAGATGTCGAAAATTTCAAGT AATATTAAAGGGGAAAGTTCTAATGGGGACGAGAAATTTAGTAAAGAAAAAAGACCAGAA AAAAACATGCGACATTCTATGTTGGATAAGGCAAAAAGTGCTGATGAAAATAGTGACGAC AATAATAATATTACAATTGATGTAGACATAACACAAATCGAAAATAAAGCTATAACATCA TATTTGCCATTTACAAATAAAGACATTGAAACTGTCTTATCAAATGATCAAAAAAAACAA CGAAGAAAAACTTCTAATTATATTAAAAATCATGAATATCACAATAAAAAAAAAGGAGGG GAGCATATACTTATGCAAAATTTAAAAAATTATCTTCCTCCGGGTGAGTATGACCCAATT AAAAGCGAATTTATTCAAAATATGATAGAACAATCGGACATATTTAAGAAATATAATGAC TTTAAGCAATTTATCAATACATCAGAAGATGAAAAAAGCGATAAAACGAACACAAATTTA CGCCTTTTTAATAAAGATGGTAAAATTGGGCGAAGGAAAACGACAAATATAAATAATACG GATAATGATGAAGTAAAAAATCAATTTCTAAATATTTATTCTATTATAGATGAAGAACAA AAAAAATTACAAAAAATGTCATCAAAAATTTATGAACAGTTAAAAAAAAATGGAAATAGT AATTTTGGCATAGTAACGAATAAAAAAGAAAATGGTAAATTGCTAAAAACATTAAAAAGA ATGACGATATGTGGAAATGGAAATTTGAATCATAATGAGAGTGATAAAGATGTTTTAGGA GGTGTAAAAGATAATACTTTTTATTTGAATTATTTAGATCTACAAAAAAAATGTGAAAAA GGTTTAATACATTGCTCTTTTTTAAAATTGAGAATGTATTTATATAATATATTAAATGTT GTATTTGAAACTAATAATGCAAATCCAAATGATATTTTTAATATTTTTAATAAAATTACT CATTCGTTTATTGTTGATGTTATAAAATGTGATATGCACAAGGATAAAAATGATAGTGAA AAATTTATATATTCAAAAACCGTCGACCAAAAAATGATAAGAAAAAACCCAATTATTATA TATTTACATAATAACTTAAATAGAATTCCTTTTGAGAATTTACAGCCTTTAAAAGATTCT TATATTGTTCGTGGAGTGCAAAAAAACGTAACTTCTTATTTATACGATCGTCTATTAAGA CAAATTAATAAGAGTGAAATTGAAAAAAAGGAAAAAGATAATTATAGTATTTCTCATTTG AAAATAATTACTGAGGGATATACAAATTGTGACAACAATAAAAATGTTGAAAGTAGCGCT AGTTCCAATAAAAACATATATGGTAATAACCAATTTGGTAAGGATTACACGGCAAGAAAT CACCCACCAAAACGTGAAACTGTTAATACGTACAAAAATGAACAAGCGAGAAAATCGATT TACAATGCCTCAAAACATATATCAGACATAAATGGAAAATCAAAAGAAACAAATAATATT AACCATAAATATGATAAATTAAAAGATAATCTAAAAAATGAAGAAAATATTTTCAATGAA CAATTTATGAAAAAGACACGTCATTTTTTGTTTAATTATGACACCCCAAATAAGCAATAT GGCAAAACAGACATCGAAAAAAACTTCAATGAACATTTTGACGACATAAAAATACCATAT ACCAATAAAGATTATATTAATAGTGAGCATGATCAAACAAAAAGCGATGAAAAGCATATA AAAATAACAAAAACTTTTCAGGATAACAAAAATAAATACAATTTTATTGTTACAAATTAT GAAAAGGGAGAAGGCCAACAAAATGGAAATAAAAATGAGGATAACATAAAAAAAAATAAA ATTAAAAATGAAAATATTAGTTACTTTAATAGTAAAAAATACATAACGAAAAATGAAAGG GATACACTTGAAAAAAAAAAAAAGGAAAAAGGAAAAAGATCTAGAAAAAGTATTTCTATT GAATACTCATTTTTAAACCCTTTTAATGATACAAATAATCCCAATGTATTACAAATAGCA AAAAAAAAAAATGAAATGCCAACCTCAGCGGACAATGAATTATCTAATAATTCGCTTATA CTTAATGATAGACAAAAATTAAGCCGAAGTTCTCTTAAATATATTGATGATACCAATAAT AATAAAAAAAAAGGAGATGATTATAAAACAAAAAATCTAGAACAATCTATTTTACGTTCT GAATATTCTTCCTCTTCTAAATCATCAATAGAATTAGTTCAAAATGAAAACGAACTTCAA AAAATATTTATGAATGTAAGAAAATCAATGAATTTCCACAATGTTATGAGTTCATTTAAA CAAAAAACCGATGAATATAATTTTTTAATTTCACAAAAAAAAAGAAAAAGTGTAAGCGAG TCAGAAGCATACTATGATAAGGATAATTTTTGGGGGAAGGTTTTAAATAAATCAACGAAT AAAACAAAAAAAAATAAGAGAAGAAGCTATTCATCAGAAAGAGAAATAGTTCCCAAAATA GAAAAAACACCATATATTAAATATGTTCCATATTATATTAAAAGCGATCGATTTATAGAT CCTAAAAGAAGTAATATATTTTATGTAATTGACCCTAATGGCGATTTAAAACGAACTCAA AATGCTACATATCCATTTATATATTTTAGAAACCAAAAAAAATCCAAACATAAAAATTGG AATGGCTATTCTGGAACTTTTCCTTCTGAAAAAATTATATTAAAAAATTTATGCACAAAT GATTTGTATATATATTGTGGACATCAGGGTGGGGAACAATATATTAGTAAAAATGATATA CAGGCTTCCATTCAAATAAATGACAAAGAATATATTGAAGATGAAAAAAAAAGACAAGGG AAAAGTAGAAAGAGCAAAATCCACAAAATTAGCAAAGACAATGAAAATAACGAAAATACC TTGACCCGTTATGAAAAGGAAAAAATATATATAGAACAAAAAATGAATAATTTAATGACA GACAGTACTGACAAAAAAAGACGAAGAAATTCCTGCAAAGTAAGCTTAAAACCGCCTACT TCGAAAACCGGAACAATGAAAAGAAAAACTGTTGCTAATTTTAACGAAATATACGGTGTT ACTGATTTGAAAAAAGTAAGCACCCAAAATATACAAGACTCTGATTTAAATAAAAATGGT GAAATATATATAGAAGATGAACATGACGATAAAAATATTATTCAAAGAACAGAGAATGGA ATAAAATGTTGTGTATTTTTAATCGGATGCAGTTCTGGTTTAGTTTCGTCCCATGGGTGC GATTTGGATGCTTGGGGTACCCCATATGATTATGTTATAGGGGGGTGTATTTTTATTTTT GGAAATTTATGGAATATAACAGATGGAGAAGTTGATGGATTTACTCAAAACTTTTTTTGG AAATGGACTCAACCAAATAGTTCATCCTTATTTTATCCAAACTGTGATTATAATAAACTT AAAATGACAAATGCACGTGAAATATCTTTTAATACTTTTACAAAAATTCTAAAGAAAATC ATAAAAACAAATGATGAACAAATAATTGACCAAGAATATAATGATAATTCATCCATAATG GTTGATGACAATTTTATTACTATGGATTTGGACATATATAGTTATATTAAGAAAAATGAT TTTTTTTATAAATATTTTCAAAAATTTTATTCATGCCCTATTATATTAAACCAAAATTTA TTAAGCATAAATCAAAATAGAAAATATACTTGGTTAAGTATCACAGAAGCTTTAGTTGAA GCTAAACAATACTGTCGTCTACCGAACACAACTGGCTCTGCTGTGGTCATATATGGCATA CCGCTTTGA
  • Download Fasta

  • Fasta :-

    MINEELNLHGRLEKLISHVLKNIDNEPYKFGDNVNKNVYAPFYEICGKENHIEKLSYNEI LEKHKDKKNIHKYLFYMFEYVHNKINISHNIKYVNFLYLILRYVTYFWMFLSNNDKLALV FYYHFKLAELLFNLKILKFSYFLNIYGVQIFFNIKAKLKIQFLTKDISEEAASSLIKVVI SKLNKTILLENNNIINILKKIDFIKFNRTSVISNISTDNNTNIDNNKEINNNDVSKINKI AQGDDSSNMQTESSLYNYIWIGYFDENDKNILNGNRYNTHNIEKNGKMSNNKKSYSLILK HDNIKNKSNNILGSNALSINSAYNIFLNFVQLFFKITFYDINTFLPCLNIFNLDNFLIYF HIYEILSYLETLEKKNTTNEVLKGTQIVSGKSDKDMDNAYNSLGPKLVGDDNIENLVNDC VFLNVNKNTKKILWSIMFDELRKVFCSNVKNVNYTLKIFKLTFSFFLFDEKQTLKYANSI EHSEEFLKKKEYNFTFISQIYFKELLNFAISFINSLRYSKSIAYEIVYKAISYVFYMISK LICNSNNDKKKCILVNNESNLSLIYLISCVYKYFKKLYIDKNELENGRDNNTNKGATYKS GNHAIIINKESMDKKHVNKKEYTNIDHNNKLKYSFVLLEKVYQKIQECLYISLTIDEFVQ EQTKDIIPSIEENIRNGSKKNIPGDYINVCNLYACFIIKLNKINMFYSNLDIIKILMEKD KNIYRKYIYTINKNNENFIRFVSFLLNIHYEENQNDLVLKKYIANLKGPKKYKSKKLIKI MKPYHSPLKYIILKDEMNEDEEKKKKHKEKTKNRKRSGNEEGHISECEQNQRRFNKSIKS EITLKNMSNKHNYRSSLFQNDEDCLSKENHPFKDKIESEKNDLFRKCSYKTNKGDAYSDS NNSDDNKKTSSERNSDDSISNENIYSSENFGNMEENIRYKRDMLLLENSLFRIDKNILKK INIDFLNVCHSIILSVKRCIIISDSIYEYFKKYEEYDPNFNIYICKNIFSNFLKLNFLNI SIFSYVCVKLGYDDTLKQMCNSSLIFLSYSIFEKYINFVLNQDVEKLKKHKNILHFSTNK LRKTEKNSIMKGKAIENKNTDNGGGEKTVSSSTSSIYSHLYLEDIYEILKDRDHYSCEDM FLSDKDEFTETLYLNALLFVINVISIWEIYLEIPIEVLNKMKYTFFELFYNTTIKIIQFI KKRNGYYFILNILKFVYFKFISLPFNPINTCTSIKLYDFYEFLINENSPPIHNIDNRPFD DEKININSVSPMKFLKNASNNGNRDEFTSNVHDNKQFSIRKTTCPNNLYTDKINKNKHDI ANFNNLSASNKKKRISMGGLIPVFLNNEDSETEKEKEKKKKRKTNNDYLFYNSNLDKDPE KLSITPSKINVLFNNNDNLFTSVNKNGEQNYYENNNEITPRRSNYKNENEQFSFIGDSAM HVTPRNDFSNYANEYKGNQACNNINNEKNNAGIYRNTYLNNYYIPHIDLLFIILDMIIYY YFDKRKYKKIILIVNNLFNNIIRKCDYNTKEYLRSSISYIYNYYQQMNICNNKINPHCCM VIKHLLSIYTKSKICLLNKKIKKHLSYVKEKSTDDESMKLNYNEFYINFINHNYWKYIFY FDSISKIDYQYYNNEQSGNQTNTHTDTKMTMINNLLSIHINTLLFAILYDNLSKYVTHNF IFFFKFLTFFYNKVCIDILNLIKSSHNLEFFNIYNFENYITYQNKDEHILNKLRTYLYKD NGVMNRSSIDASSYKIQDIDKTIEKNNRNKKKEKIQKDKKKHIILMDIDELLITYVHINF IFSRYCCYVMFFKNIYAQKYEIIFKRNATNDYFNKFKNNRDFFDFFEFKGHEKGNDKKYI DDKYEDSKYNNEINEKIKQISSIKINHNTKNNTIAYSYNTILNENEGLSNSDNTNDSKST SISVEYKNVSKELYYVFLEFILEIIGYIDIYEIYKKILKNCYYVIKAEMFYNYIYNNIES LKRFSYLNNVYHLYMLYYYIFVWPNSGKIHNKPICKNSDATYSVETDGTCRKQNNKRYRI KENNNIFYIFDLNNVLREKFSKKYIKLMNENDSNLDCITDREWSSDNTSLIDDNNDVGKY KKKILDNKKTLHNLNKTINKDENLGDEKDYFLCGIYNFRLKLYHPNYNEMEKYIGNIKKD DIFSTLLIINKNYLFSLKNIYTKLNKYVYNYILSLYYITLYFYFDDHIIIKKKLSIYYII NMFQKKYKLFYSKLFDKENNLPLFNQTIRTPNYSSSSSGSSFFNSSSDSSVSESINQPSH SYDNILDNREIKPNGKKIDSEIFFKLFKVKDLKKNIYLIFEIFNNIYDEYYGDIYNNSNI ANHIVTKIDIEIIAYFGEIYQIIYMYKMYKYCIHLLILCIIFTSKIWLVYIFSEKNASNQ FDKDENYYKEFFGLYYNAQDEEKGKISSNENNINTNKRKSKYNRNSIINVNIDNINTKDK KIEHVLTNKRTYLLDIVYKKITENINDNNIKEIYNNLHNYMQQLIMCTSIFYITFICFEN LYKNKWNLFFLNSANILYLYYVDFSEYVKSFCKKYCDDQVYVSNLFIDNFHLDLINLKFE AYSKSSSYKTMLKRRTNKKGASSKNSLEKKIQSLGLNSKYTDSINGKYSKESNTTMRYNN KEMTQLYGDKFNDQSNDSRCVYTKNEQDKMNNTMITWYHENETENKYKNSKLDKKNTNCE DDNIYSKYLFLDYYDKNGIKGCIKSLKIIEQKYKDNLMEFVQNNICLYCNVINYLYKKKK KYLSLPIYSNSHIISIISMMKFSMVNYFTIFNISCTFMSLTFERPVYEFDGESIDKFKDV KKNDSKKKNNNNSCNILKSMKKLYCNMFLNKDIFSKIKFVNTYYKKISKILYKINNFFLS YDYLKKGVLFVCSLIYYPEIIHNYCLLSNIILASGKERIELLTQEEMFFENLNNDLTIYG KNNNINQDIESGCDENEREITNIKDLKTYEDQDFYNINYNKTPINTYLTKKNVYEYKNLL TRFLDYLKFLLKNPDHMNIFSIKYKREILHIYSLFVFKKRQTNHYLGSTKKLSNTRKNDY VSEKFVDNFNIIDKDENNNKKLGKRTTVYYEKTKEEQDKQIGNTENLNTTCTDNNYNVKG NSFDENILKCFNNCKDKKKEKRIFFNFFWENLFLMNNNDTDLFNTLIDNEDKIAHAVSTY AVKDIRKLKIKNIEKDCVYFNNHFVKNGPQRIITNNKSHNDKMKKVDNVKPRKYEGKNKK DEDNWHYFSDFIASKKSFKLNDMSVLNYLYLNYEFDKNITYLNNYINNRLFTYKCKRMNS YFIKILLYYINLIFLKIKNIFCDDCIYTIKKQQSLNSSANNCSYNVFFFLFLNIINRFNI SKEKLNSIFNNYFPGNTHCGMYANILQKIENERSEYITSKYGDTTKDEDIYLDRNILNNK INIEKNDKQKYTKSNENDKYHNNYNKEMFLKLVDIFLYPEKRCSYFEILTICYQFLINMK DPKNKVHRKKFKGKMYHLLKIIIENKGKIKQTFLCKNMEKENNNFENSGFDHKIINEIDN ANENPIFHIQTALIYLSLALYNTYKKSFTHEMRKVAQFFLDFVFFFIENIKNSLIILQII ESYSKDYIYTEDSKNNNDGDVKKTKQSNINVFDNDCYNSDTKMIIFMVKFYFRKLLSLLY LYTDELISYTIKHNIDHEISAKEYSRKTHPFYLSIDYICNYDDSIYSKELSECCIYWDYA IITMSHDKCDLYIARYLKSFLLLLSHFVKKSAECENILLDHKYTNINNLPTTSINGEYNA DALNTKDSIYYFNNAIYNLFNTYNNIESFENNIWIDKNVILEDRDTIISLVGTFHWYLRQ SKRNRELREKKEIIQVSTNSDKIPSILCGKVNVENENFRKNGDNDSEKKRVKTKKNKIKN SNISNDNSDCDNDTYMEKNKYKNNRNIFFNFDPFYSMPNEYNTDSYSNDKYKGNFHNKTN IDHNSCDKKNKVIKENPKIINKLFQFYYTFNDASKCINIKKNEYVHIDKIHLNIEKYTFD EKWNYIKKLEKLLKQYQHMIKILCEILYVTKNINKDIINLKMFIDLWWNNRYTLEHHLKL LNLDISNTLGFSIHKLMSTPLISINIKRNITLQQNYNFNSDINTNQLIETNEGSNIKLHN DESYNNISLVNNQKYYLKTNFDIFVILYYYAHILNIISWINKWYFFFLPFKYWDNVNIIN VIINLTIFSIIMKNSNIHISKVKKKYITGNTRIKMSKISSNIKGESSNGDEKFSKEKRPE KNMRHSMLDKAKSADENSDDNNNITIDVDITQIENKAITSYLPFTNKDIETVLSNDQKKQ RRKTSNYIKNHEYHNKKKGGEHILMQNLKNYLPPGEYDPIKSEFIQNMIEQSDIFKKYND FKQFINTSEDEKSDKTNTNLRLFNKDGKIGRRKTTNINNTDNDEVKNQFLNIYSIIDEEQ KKLQKMSSKIYEQLKKNGNSNFGIVTNKKENGKLLKTLKRMTICGNGNLNHNESDKDVLG GVKDNTFYLNYLDLQKKCEKGLIHCSFLKLRMYLYNILNVVFETNNANPNDIFNIFNKIT HSFIVDVIKCDMHKDKNDSEKFIYSKTVDQKMIRKNPIIIYLHNNLNRIPFENLQPLKDS YIVRGVQKNVTSYLYDRLLRQINKSEIEKKEKDNYSISHLKIITEGYTNCDNNKNVESSA SSNKNIYGNNQFGKDYTARNHPPKRETVNTYKNEQARKSIYNASKHISDINGKSKETNNI NHKYDKLKDNLKNEENIFNEQFMKKTRHFLFNYDTPNKQYGKTDIEKNFNEHFDDIKIPY TNKDYINSEHDQTKSDEKHIKITKTFQDNKNKYNFIVTNYEKGEGQQNGNKNEDNIKKNK IKNENISYFNSKKYITKNERDTLEKKKKEKGKRSRKSISIEYSFLNPFNDTNNPNVLQIA KKKNEMPTSADNELSNNSLILNDRQKLSRSSLKYIDDTNNNKKKGDDYKTKNLEQSILRS EYSSSSKSSIELVQNENELQKIFMNVRKSMNFHNVMSSFKQKTDEYNFLISQKKRKSVSE SEAYYDKDNFWGKVLNKSTNKTKKNKRRSYSSEREIVPKIEKTPYIKYVPYYIKSDRFID PKRSNIFYVIDPNGDLKRTQNATYPFIYFRNQKKSKHKNWNGYSGTFPSEKIILKNLCTN DLYIYCGHQGGEQYISKNDIQASIQINDKEYIEDEKKRQGKSRKSKIHKISKDNENNENT LTRYEKEKIYIEQKMNNLMTDSTDKKRRRNSCKVSLKPPTSKTGTMKRKTVANFNEIYGV TDLKKVSTQNIQDSDLNKNGEIYIEDEHDDKNIIQRTENGIKCCVFLIGCSSGLVSSHGC DLDAWGTPYDYVIGGCIFIFGNLWNITDGEVDGFTQNFFWKWTQPNSSSLFYPNCDYNKL KMTNAREISFNTFTKILKKIIKTNDEQIIDQEYNDNSSIMVDDNFITMDLDIYSYIKKND FFYKYFQKFYSCPIILNQNLLSINQNRKYTWLSITEALVEAKQYCRLPNTTGSAVVIYGI PL

    No Results
    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PBANKA_1427800774 SKKYKSKKLI0.992unspPBANKA_1427800774 SKKYKSKKLI0.992unspPBANKA_1427800774 SKKYKSKKLI0.992unspPBANKA_1427800817 SNRKRSGNEE0.997unspPBANKA_1427800837 SRFNKSIKSE0.991unspPBANKA_1427800878 SDKIESEKND0.993unspPBANKA_1427800910 SNKKTSSERN0.997unspPBANKA_1427800911 SKKTSSERNS0.994unspPBANKA_1427800915 SSERNSDDSI0.991unspPBANKA_14278001136 SRDHYSCEDM0.99unspPBANKA_14278001143 SDMFLSDKDE0.993unspPBANKA_14278001298 SNKQFSIRKT0.993unspPBANKA_14278001336 SKKRISMGGL0.995unspPBANKA_14278001423 STPRRSNYKN0.995unspPBANKA_14278001592 SVKEKSTDDE0.995unspPBANKA_14278001753 SIDASSYKIQ0.994unspPBANKA_14278001909 SNEGLSNSDN0.992unspPBANKA_14278001985 SLKRFSYLNN0.991unspPBANKA_14278002084 SDREWSSDNT0.99unspPBANKA_14278002270 SSSDSSVSES0.997unspPBANKA_14278002440 SNKRKSKYNR0.997unspPBANKA_14278002602 SKKGASSKNS0.99unspPBANKA_14278002629 SNGKYSKESN0.992unspPBANKA_14278003062 SNDYVSEKFV0.991unspPBANKA_14278003257 SASKKSFKLN0.99unspPBANKA_14278003440 YENDKYHNNY0.993unspPBANKA_14278003464 SEKRCSYFEI0.991unspPBANKA_14278003680 SDHEISAKEY0.994unspPBANKA_14278003908 SSNDNSDCDN0.996unspPBANKA_14278004247 SKGESSNGDE0.996unspPBANKA_14278004266 SNMRHSMLDK0.997unspPBANKA_14278004494 SNHNESDKDV0.993unspPBANKA_1427800392 SVSGKSDKDM0.998unspPBANKA_14278004579 SDKNDSEKFI0.994unspPBANKA_14278004645 SQINKSEIEK0.995unspPBANKA_14278004682 SSSASSNKNI0.991unspPBANKA_14278004719 SQARKSIYNA0.996unspPBANKA_14278004894 SKGKRSRKSI0.993unspPBANKA_14278004897 SRSRKSISIE0.993unspPBANKA_14278004951 SLSRSSLKYI0.997unspPBANKA_14278004988 SSSSKSSIEL0.996unspPBANKA_14278005037 SKKRKSVSES0.998unspPBANKA_14278005039 SRKSVSESEA0.997unspPBANKA_1427800678 SIRNGSKKNI0.992unspPBANKA_14278005069 SNKRRSYSSE0.998unspPBANKA_14278005071 SRRSYSSERE0.997unspPBANKA_14278005072 SRSYSSEREI0.998unspPBANKA_14278005205 SKSRKSKIHK0.994unspPBANKA_14278005251 SRRRNSCKVS0.997unsp

PBANKA_142780      



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