PY17X_1429900 | 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
PY17X_1429900OTHER0.9998380.0000200.000141
No Results

  • Fasta :-

    >PY17X_1429900 MIKEELNFNGRLEKLISHVLKNIDNEPYKFGDNVNKNVYAPFYEIYGKESHIEKLSYNEI LEKHKDKKNIHKYLFYMFEYVHNKINISHNIKYVNFLYLILRYITYFWMFLSNNDKLALV FYYHFKFAELLFNLKILKFSYFLNIYGVQIFFNIKAKLKIQFLTKDISEESASSLIKVVI SNLNKIILLENNNIISILKKYNFIKFNKTSVISNIGTDNNTHIDNNKEVNNNDASKINKI SKGDDSSNIQAESSLYNYLWIGYFDENGKNDKNDKNILNGNSYNTHNIEKNGKTSNNKKS YSLLLKHDNIKNKYNNILGFNALSINSAYNIFLNFVQLFFKITFYDINTFLPCLNIFNLD NFLIYFHIYEILSYLEILEKKNTTNEVLKGTQIVSGKSDKDMDNVYKSLGPKLVGEYNKE NLVNDCVFLNVNKNTKKILWSIMFDELRKAFCSNVKNVNYTLKIFKLTFSFFLFDENQTL KYANSIEQSEEFVKKKEYNFTFISQIYFKELLKFAISFINSLRYSKSITYEIVYKAISYV FYMISKLICNSNNDKKKYILVNNESNLSLIYLISCVYKYFKKLYIDKNELENGGENNTNK GAMDKKNVNKKEYTNIDHKNKLKYSFVLLEKVYQKVQECLYISLTIDEFVQEQTKDNIPS IEENIRNSSKKNIPEDYINVCNLYACFIIKLNKINMFYSNLDIIKILMEKDKNIYRKYIY TINKNNENFIRFVSFLLNIHYEENQNDLVLKKYIANLKGPKKYKSKKLIKIMKPYHSPLK YIILKDEMHEDEEKKKKYKEKTKNRKRSENKEGRISECEQNQSRFNKSIKSEITLKNVSN KHNYRSSIFQNDEDYLYKENNPFKEKIESDENDLFRKCSYKTNRGDAYSDSNNSDDNKKT SSESNSDDSISNENIYSSENFGNMEENIRYKRDMLLLENSLFRIDKNILKKINIDFLNVC HSIILSVKRCIIISDSIYEYFKKYEEYDPNFNIYICKNIFSNFLKLNFLNISIFSYVCVK LGYDDILKQMCNSSLIFLSYSIFEKYINFVLNQDVEKLKKHKNILHFSTNKLRKTEKNSI MKGKGIENKNTDNDGGTKTVSSATNSIYSHLYLEDIYEILKDRDHDSCEDMFLSDKDEFT ETLYLNALLFVINVISIWEMYLEIPIEVLNKMKYTFFELFYNTTIKIIQFIKKRNGYYFI LNILKFVYFKFISLPFNPINTYTSIKLYDFYEFLINENSPPIQNIDNNPFDDEKININSV SPMKFLKNASNYENRDEFTSNVDDNKQFSIRKTTCPNNLYSDKINKNIHDISNFNNLSVS NKKKRISMGGLVPVFLNNEDSETEKEKEKKKKRKTNNDYLFYNSNLDKDPEKLSITPSKI NVLFNNNENLFTSVNKNDQQNYYENNNEMTPRRSNYKNANEQFSFIDDSAMHVTPRNDFS NYADEDKGDQACNNINNEKNNTSIYRNTYLNNYYIPHIDLLFIILDMIIYYYFDKRKYKK IILIVNNLFNNIIRKCDYNTKEYLRSSISYIYNYYQQMNICNNKINPHCCMVIKHLLSIY TKAKICLLNKKIKKHLSYVKEKSTDDESMKLNYNEFYINFINHNYWKYIFYFDSISKIDY QFYNNEQSGNQTNTHTHTKMTMINNLLSIHINTLLFAILYDNLSKYVTHNFIFFFKFLTF FYNKVCIDILNLIKSSHNLEFNIYNFENDITYPNQDEHILNKLRTYLYKDKGVMKGSSID VSPYKIQDIDKTIEKTDRNIKKEKIQKDKKKHIILMDIDELLITYVHINFIFSRYCCYVM FFKNIYAQKYEIIFKRNATNDYFTKFKNNRDFFDFFEFKGQEKGNDKKCVDDKYEDSKYS NEISEKTKQIPSIKINHNSKNNAISYSYKTILNENEDLSNSDNTNDSKSTSISVEYKNVS KDLDYVFLEFILEIIGCIDIYDIYKKILKNCYYVIKAEMFYNYIYNNIESLKRFSYLNNV YHLYKLYYYIFVWPNSGKIHNNSICKNSDATYSVETNGMCRKHNEKRDRIKENNDIFYIF DLNNVLREKFSKKYIKLMNENDSNLDYTTDRGWSSDNTSLIDENKDVGKYKKKILDNKKT LHHLNKTINKDENFDDEKDYFLCGIYNFKLKLYHPNYNEMEKYIGNIKKDDIFSTLLIIN KNYLLSLKKIYTKLNKYVYNYILSLYYIILYFYFDDHIIIKKKLSIYYIMNMFQKKYKLF YSKLFDRENDLPLFNQTTRTPNYSSSSSGSSFFNSSSDSSVSESINQSPHSYDNTLDNRE IKLNEKKSDSEIFFKLFKVKDLKKNIYLIFEIFNNIYDEYYGDIYNNSNIANHIVTKIDI EIIAYFGEIYQITYMYKMYKYCIHLLILCIIFTSKIWLVYIFSEKTPSNQFDKNENDYKE FFGLYYHGQDEEKRKINSNENSINTKKRKSKYNRNSIINMDKNNINTKDKKIEHVLTNKR TYILDIVYKKITENINDNNIKEIYNNLHNYMQQLIMCTSIFYITFICFENLYKNKWNLFF LNSANILYLYYVDFSEYVKSFCKKYCDDQLHVSNLFIDHFHLDLINLKFEAYVKSSSYKT MLKQRTNKKEASAKNNLEKKIQSLGLNSKYTDAINGKYSKESNTTMKYHNKDMTQLYDDK FNDQSNDSRYIYTKNEQDKMNNNMITCYHENETENKYKNGNLDKKNTNCEGNDNIYSKYL FLDYYDKNGIKGCIKSLKIIEQKYQDNLMEFVQNNICLYFNVIKYLYKKKKKYLSLPIYS NSHIISIISMMKFSMVNYFTIFNVSCTFMSLTFERPVYEFDGESIDKFKDVKKKKKKNDS KKNNNNSSCNILKSMKKLYCNMFLNKDIFSKIKFINTYYKKLSKILYKINNFFLSYDYLK KGVLFVCSLIYYPEIIHNYYLLSNIILASGKERIELLTQEEMFFENLNNDLAIYGKNNNI NQDIESGCDENEREITNVKDLKTYEDQDFYNINYNKTPINTYLTKKNVYEYKNLLTRFLD YLKFLLKNPDHMNIFSIKYKREILHIYSLFVFKKRQTNHYIGSNKKLSNTRKNDYVSEKS VDNFNIIDKDESNNEKLGKRTFAYYEKTKEEQDKQIGNKEKLNTTCTDNNYNVEGNNFVE NILKCFNNCKDKKKEKRIFFNFFWENLFLMNNNDTDLFNSIIDNEDKIAHIVTTYAVKDM NKLKIKNIEKDCVYFNNHFGKNGSQRIISNNKSHDKMKKVDNIKPTKYEEKNKNGEGNCH YFSDFIASDKSFKLNDMSVLNYLYLNYEFDKNITYLNNYINNRLFTYKCKRMNSYFIKIL LYYINLIFLKIKNIFCDDCIYTIKKQQSLNSSANNCSYNVFFFLFLNIINRFNLSKEKLN SIFNNYFPGNTHCGMYANILQKIENERSEYNTSKYGDTTKDKYIYLDRNILNNKMNIEKN DKINIEKNDKKKYTKSNENDKYHNNYNKEMFLKLVDIFLYPEKRCSYFEILTICYQFLIN MKDPKNKVHRKKFKGKMYHLLKIIIENKAKIKQTFLCKNMEKENNNFENSGFDHKSVNEI DNTNESTIFHLQTALIYLSLALYNTYKKSFTHEMRKVAQFFLDFIFFFIENIKNSLIILQ IIESYSKDYIYTENSKNNNDDNVTKTKKNNINVFDNDYYNSDTKMIIFMVKFYFRKLLSL LYLYTDELISYTIKHNIEHEISAKEYFRKTHPFYLSIDNICNYDDSIYSKELNECCIYWD YAIITMSHDKCDLYIARYFKSFLLLLSHFVKKSAECKNTYEENILFDNKYTNINNLTTTS INDEYNVDTLNTKDSIYYFNNAIDNLFNTYNNIESFENNIWNDKNVIFEDRDTIISLVGT AHWYLRQRKRERELREKKQIIQASTNSDKISSILCPKINVENENFHKNCDNEGEKKKVKT KQNIIKNNNISNDNSDCDNDTYMEKNKYKNNRNIFFNFDQFYYMPNEYNTDYYSNDKYKS NFHNKTNIDHNSCDKKNKVIKENQKITDKLFQFYYTFNEASKCINVKKNEYVHVDKINLN IEKYTFDEKWNYIKKLEKLLKQYQHMIKILCEILYVTKNINKDIINLKMFIDLWWNNRYT LEHHLKLLNLDISNTLGFSIHKLMSTPLISINIKRNITLQQNYNINTSQSIETNEGSNIK LHNDESYNNISLVNNQKYYLKTNFDIFVIIYYYAHILNIISWINKWNSFFLPFKYWDNVN IINVIINLTIFSIIMKNSNIHISKVKQKYITGNTRIKTSKISSNIKGEDSNEDEKFSKEK RPKKNMRDSMLDSKVKNSDENSDDNNNITIDVDTTQIEKKVITSYLPLTNKDIESVLLND QKKQRRKTSNDTTNHEYHNKKKGGEHILMQNLKNYLPPGEYDPIKSEFIQNMIEKSDMFK KYNDFKQFTNTSEDEKSDKTNTALRIFNKDAKKERRKTTNINNTNNDEVKKQFLNIYSII DEEQKKLQKMSSKIYEQLKKNGNNNLGIVTNKKEHDKLLKTLKRMTICGNVNLNRNDSDK EDVLGGVKDNTFYLNYLDLQKKCEKGLIHCSFLKLRMYLYNILNVVFETNNANPNDIFNI FNKITHSFIVDVIKCDIHKDKNDSEKFIYSKTVDQKMIRKNPIIIYLHNNLNRIPFENLQ PLKDSYIVRGVQKNVTSYLYDRLLRQINENEIEKKEKNNYSISHLNISTEGYTNCDNDKN VESDENVESDENVESSTSSNKNKYDNNQFGKNYMARNCPPKRETINTYKNEQARKSIYKA SKYLSDINGKSKETNNIDDKYDKLKDNLKNEENIFNEQYMKKTGHFVFNYDTPNKKYDKT DIGKNFSEHFDDIKIPYTNKDYISSEHDQTKSDEKHIKITKTVQNSKNKYNFIVTNYEKE ESQQNGNKNEDKLKKNKMKNEKGKRSRKSISIEYSFLNPFNDKNNPNVLQILKKKNEKPT SANNELSNNSLIFNDRQKLSRNSLKYIDDTNNNKKKGDDYKTKSLAQSILRSESSSSSNS SIELVQNENELQKIFMNVRKSMNFHNVMSSFKQKNDEYNFLIPQKKRKSVSESEAYYDKD NFFGNLLNKSTNKTKKNKRRSYSSEREIVSKIEKTPYIKYVPYYIKSDRFIDPKRSNIFY VIDPNGDLKRTQNATYPFIYFKNQKKSKHKNWNGYSGTFPSEKTILKNLCTSDLYIYCGH QGGEQYISKNDIQGSIQINEKEYIEDEKKGQGKNRKSEIHKISKDSENNENTLTRYEKEK IYIEQKMNNLMTDSTDKKRRRNSCKVSLKPPTSKTGTMKRKTVANFNEIYDVTDLTKIST QNIQDSDLNINGEIDIEDENDDKNIIQRTQNGIKCCVFLIGCSSGLVSSHGCDLDAWGTP YDYVIGGCIFIFGNLWNITDGEVDGFTQNFFWKWTQPNSSSLFYPNCDYNKLKMTNAREI SFNTFTKMLKKFIKTNDEQITDQEYNGNSSIMVDDNFITMDLDIYSYIKKNDFFYKYFQN FYSHPIILNQNLLSINQNRKYTWLSITEALVEAKQYCRLPNTTGSAVVIYGIPL
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PY17X_1429900.fa Sequence name : PY17X_1429900 Sequence length : 5514 VALUES OF COMPUTED PARAMETERS Coef20 : 3.661 CoefTot : -0.113 ChDiff : 147 ZoneTo : 3 KR : 1 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.771 2.329 0.447 0.790 MesoH : 0.068 0.763 -0.188 0.399 MuHd_075 : 29.105 25.006 10.776 5.499 MuHd_095 : 22.111 15.744 6.805 5.960 MuHd_100 : 29.404 23.194 9.391 7.906 MuHd_105 : 29.201 24.577 9.360 7.973 Hmax_075 : -0.300 8.487 -1.341 2.640 Hmax_095 : -0.600 9.800 -2.104 3.960 Hmax_100 : 3.100 10.500 -1.302 4.220 Hmax_105 : 2.800 12.400 -0.815 4.680 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.6640 0.3360 DFMC : 0.9308 0.0692
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 5514 PY17X_1429900 MIKEELNFNGRLEKLISHVLKNIDNEPYKFGDNVNKNVYAPFYEIYGKESHIEKLSYNEILEKHKDKKNIHKYLFYMFEY 80 VHNKINISHNIKYVNFLYLILRYITYFWMFLSNNDKLALVFYYHFKFAELLFNLKILKFSYFLNIYGVQIFFNIKAKLKI 160 QFLTKDISEESASSLIKVVISNLNKIILLENNNIISILKKYNFIKFNKTSVISNIGTDNNTHIDNNKEVNNNDASKINKI 240 SKGDDSSNIQAESSLYNYLWIGYFDENGKNDKNDKNILNGNSYNTHNIEKNGKTSNNKKSYSLLLKHDNIKNKYNNILGF 320 NALSINSAYNIFLNFVQLFFKITFYDINTFLPCLNIFNLDNFLIYFHIYEILSYLEILEKKNTTNEVLKGTQIVSGKSDK 400 DMDNVYKSLGPKLVGEYNKENLVNDCVFLNVNKNTKKILWSIMFDELRKAFCSNVKNVNYTLKIFKLTFSFFLFDENQTL 480 KYANSIEQSEEFVKKKEYNFTFISQIYFKELLKFAISFINSLRYSKSITYEIVYKAISYVFYMISKLICNSNNDKKKYIL 560 VNNESNLSLIYLISCVYKYFKKLYIDKNELENGGENNTNKGAMDKKNVNKKEYTNIDHKNKLKYSFVLLEKVYQKVQECL 640 YISLTIDEFVQEQTKDNIPSIEENIRNSSKKNIPEDYINVCNLYACFIIKLNKINMFYSNLDIIKILMEKDKNIYRKYIY 720 TINKNNENFIRFVSFLLNIHYEENQNDLVLKKYIANLKGPKKYKSKKLIKIMKPYHSPLKYIILKDEMHEDEEKKKKYKE 800 KTKNRKRSENKEGRISECEQNQSRFNKSIKSEITLKNVSNKHNYRSSIFQNDEDYLYKENNPFKEKIESDENDLFRKCSY 880 KTNRGDAYSDSNNSDDNKKTSSESNSDDSISNENIYSSENFGNMEENIRYKRDMLLLENSLFRIDKNILKKINIDFLNVC 960 HSIILSVKRCIIISDSIYEYFKKYEEYDPNFNIYICKNIFSNFLKLNFLNISIFSYVCVKLGYDDILKQMCNSSLIFLSY 1040 SIFEKYINFVLNQDVEKLKKHKNILHFSTNKLRKTEKNSIMKGKGIENKNTDNDGGTKTVSSATNSIYSHLYLEDIYEIL 1120 KDRDHDSCEDMFLSDKDEFTETLYLNALLFVINVISIWEMYLEIPIEVLNKMKYTFFELFYNTTIKIIQFIKKRNGYYFI 1200 LNILKFVYFKFISLPFNPINTYTSIKLYDFYEFLINENSPPIQNIDNNPFDDEKININSVSPMKFLKNASNYENRDEFTS 1280 NVDDNKQFSIRKTTCPNNLYSDKINKNIHDISNFNNLSVSNKKKRISMGGLVPVFLNNEDSETEKEKEKKKKRKTNNDYL 1360 FYNSNLDKDPEKLSITPSKINVLFNNNENLFTSVNKNDQQNYYENNNEMTPRRSNYKNANEQFSFIDDSAMHVTPRNDFS 1440 NYADEDKGDQACNNINNEKNNTSIYRNTYLNNYYIPHIDLLFIILDMIIYYYFDKRKYKKIILIVNNLFNNIIRKCDYNT 1520 KEYLRSSISYIYNYYQQMNICNNKINPHCCMVIKHLLSIYTKAKICLLNKKIKKHLSYVKEKSTDDESMKLNYNEFYINF 1600 INHNYWKYIFYFDSISKIDYQFYNNEQSGNQTNTHTHTKMTMINNLLSIHINTLLFAILYDNLSKYVTHNFIFFFKFLTF 1680 FYNKVCIDILNLIKSSHNLEFNIYNFENDITYPNQDEHILNKLRTYLYKDKGVMKGSSIDVSPYKIQDIDKTIEKTDRNI 1760 KKEKIQKDKKKHIILMDIDELLITYVHINFIFSRYCCYVMFFKNIYAQKYEIIFKRNATNDYFTKFKNNRDFFDFFEFKG 1840 QEKGNDKKCVDDKYEDSKYSNEISEKTKQIPSIKINHNSKNNAISYSYKTILNENEDLSNSDNTNDSKSTSISVEYKNVS 1920 KDLDYVFLEFILEIIGCIDIYDIYKKILKNCYYVIKAEMFYNYIYNNIESLKRFSYLNNVYHLYKLYYYIFVWPNSGKIH 2000 NNSICKNSDATYSVETNGMCRKHNEKRDRIKENNDIFYIFDLNNVLREKFSKKYIKLMNENDSNLDYTTDRGWSSDNTSL 2080 IDENKDVGKYKKKILDNKKTLHHLNKTINKDENFDDEKDYFLCGIYNFKLKLYHPNYNEMEKYIGNIKKDDIFSTLLIIN 2160 KNYLLSLKKIYTKLNKYVYNYILSLYYIILYFYFDDHIIIKKKLSIYYIMNMFQKKYKLFYSKLFDRENDLPLFNQTTRT 2240 PNYSSSSSGSSFFNSSSDSSVSESINQSPHSYDNTLDNREIKLNEKKSDSEIFFKLFKVKDLKKNIYLIFEIFNNIYDEY 2320 YGDIYNNSNIANHIVTKIDIEIIAYFGEIYQITYMYKMYKYCIHLLILCIIFTSKIWLVYIFSEKTPSNQFDKNENDYKE 2400 FFGLYYHGQDEEKRKINSNENSINTKKRKSKYNRNSIINMDKNNINTKDKKIEHVLTNKRTYILDIVYKKITENINDNNI 2480 KEIYNNLHNYMQQLIMCTSIFYITFICFENLYKNKWNLFFLNSANILYLYYVDFSEYVKSFCKKYCDDQLHVSNLFIDHF 2560 HLDLINLKFEAYVKSSSYKTMLKQRTNKKEASAKNNLEKKIQSLGLNSKYTDAINGKYSKESNTTMKYHNKDMTQLYDDK 2640 FNDQSNDSRYIYTKNEQDKMNNNMITCYHENETENKYKNGNLDKKNTNCEGNDNIYSKYLFLDYYDKNGIKGCIKSLKII 2720 EQKYQDNLMEFVQNNICLYFNVIKYLYKKKKKYLSLPIYSNSHIISIISMMKFSMVNYFTIFNVSCTFMSLTFERPVYEF 2800 DGESIDKFKDVKKKKKKNDSKKNNNNSSCNILKSMKKLYCNMFLNKDIFSKIKFINTYYKKLSKILYKINNFFLSYDYLK 2880 KGVLFVCSLIYYPEIIHNYYLLSNIILASGKERIELLTQEEMFFENLNNDLAIYGKNNNINQDIESGCDENEREITNVKD 2960 LKTYEDQDFYNINYNKTPINTYLTKKNVYEYKNLLTRFLDYLKFLLKNPDHMNIFSIKYKREILHIYSLFVFKKRQTNHY 3040 IGSNKKLSNTRKNDYVSEKSVDNFNIIDKDESNNEKLGKRTFAYYEKTKEEQDKQIGNKEKLNTTCTDNNYNVEGNNFVE 3120 NILKCFNNCKDKKKEKRIFFNFFWENLFLMNNNDTDLFNSIIDNEDKIAHIVTTYAVKDMNKLKIKNIEKDCVYFNNHFG 3200 KNGSQRIISNNKSHDKMKKVDNIKPTKYEEKNKNGEGNCHYFSDFIASDKSFKLNDMSVLNYLYLNYEFDKNITYLNNYI 3280 NNRLFTYKCKRMNSYFIKILLYYINLIFLKIKNIFCDDCIYTIKKQQSLNSSANNCSYNVFFFLFLNIINRFNLSKEKLN 3360 SIFNNYFPGNTHCGMYANILQKIENERSEYNTSKYGDTTKDKYIYLDRNILNNKMNIEKNDKINIEKNDKKKYTKSNEND 3440 KYHNNYNKEMFLKLVDIFLYPEKRCSYFEILTICYQFLINMKDPKNKVHRKKFKGKMYHLLKIIIENKAKIKQTFLCKNM 3520 EKENNNFENSGFDHKSVNEIDNTNESTIFHLQTALIYLSLALYNTYKKSFTHEMRKVAQFFLDFIFFFIENIKNSLIILQ 3600 IIESYSKDYIYTENSKNNNDDNVTKTKKNNINVFDNDYYNSDTKMIIFMVKFYFRKLLSLLYLYTDELISYTIKHNIEHE 3680 ISAKEYFRKTHPFYLSIDNICNYDDSIYSKELNECCIYWDYAIITMSHDKCDLYIARYFKSFLLLLSHFVKKSAECKNTY 3760 EENILFDNKYTNINNLTTTSINDEYNVDTLNTKDSIYYFNNAIDNLFNTYNNIESFENNIWNDKNVIFEDRDTIISLVGT 3840 AHWYLRQRKRERELREKKQIIQASTNSDKISSILCPKINVENENFHKNCDNEGEKKKVKTKQNIIKNNNISNDNSDCDND 3920 TYMEKNKYKNNRNIFFNFDQFYYMPNEYNTDYYSNDKYKSNFHNKTNIDHNSCDKKNKVIKENQKITDKLFQFYYTFNEA 4000 SKCINVKKNEYVHVDKINLNIEKYTFDEKWNYIKKLEKLLKQYQHMIKILCEILYVTKNINKDIINLKMFIDLWWNNRYT 4080 LEHHLKLLNLDISNTLGFSIHKLMSTPLISINIKRNITLQQNYNINTSQSIETNEGSNIKLHNDESYNNISLVNNQKYYL 4160 KTNFDIFVIIYYYAHILNIISWINKWNSFFLPFKYWDNVNIINVIINLTIFSIIMKNSNIHISKVKQKYITGNTRIKTSK 4240 ISSNIKGEDSNEDEKFSKEKRPKKNMRDSMLDSKVKNSDENSDDNNNITIDVDTTQIEKKVITSYLPLTNKDIESVLLND 4320 QKKQRRKTSNDTTNHEYHNKKKGGEHILMQNLKNYLPPGEYDPIKSEFIQNMIEKSDMFKKYNDFKQFTNTSEDEKSDKT 4400 NTALRIFNKDAKKERRKTTNINNTNNDEVKKQFLNIYSIIDEEQKKLQKMSSKIYEQLKKNGNNNLGIVTNKKEHDKLLK 4480 TLKRMTICGNVNLNRNDSDKEDVLGGVKDNTFYLNYLDLQKKCEKGLIHCSFLKLRMYLYNILNVVFETNNANPNDIFNI 4560 FNKITHSFIVDVIKCDIHKDKNDSEKFIYSKTVDQKMIRKNPIIIYLHNNLNRIPFENLQPLKDSYIVRGVQKNVTSYLY 4640 DRLLRQINENEIEKKEKNNYSISHLNISTEGYTNCDNDKNVESDENVESDENVESSTSSNKNKYDNNQFGKNYMARNCPP 4720 KRETINTYKNEQARKSIYKASKYLSDINGKSKETNNIDDKYDKLKDNLKNEENIFNEQYMKKTGHFVFNYDTPNKKYDKT 4800 DIGKNFSEHFDDIKIPYTNKDYISSEHDQTKSDEKHIKITKTVQNSKNKYNFIVTNYEKEESQQNGNKNEDKLKKNKMKN 4880 EKGKRSRKSISIEYSFLNPFNDKNNPNVLQILKKKNEKPTSANNELSNNSLIFNDRQKLSRNSLKYIDDTNNNKKKGDDY 4960 KTKSLAQSILRSESSSSSNSSIELVQNENELQKIFMNVRKSMNFHNVMSSFKQKNDEYNFLIPQKKRKSVSESEAYYDKD 5040 NFFGNLLNKSTNKTKKNKRRSYSSEREIVSKIEKTPYIKYVPYYIKSDRFIDPKRSNIFYVIDPNGDLKRTQNATYPFIY 5120 FKNQKKSKHKNWNGYSGTFPSEKTILKNLCTSDLYIYCGHQGGEQYISKNDIQGSIQINEKEYIEDEKKGQGKNRKSEIH 5200 KISKDSENNENTLTRYEKEKIYIEQKMNNLMTDSTDKKRRRNSCKVSLKPPTSKTGTMKRKTVANFNEIYDVTDLTKIST 5280 QNIQDSDLNINGEIDIEDENDDKNIIQRTQNGIKCCVFLIGCSSGLVSSHGCDLDAWGTPYDYVIGGCIFIFGNLWNITD 5360 GEVDGFTQNFFWKWTQPNSSSLFYPNCDYNKLKMTNAREISFNTFTKMLKKFIKTNDEQITDQEYNGNSSIMVDDNFITM 5440 DLDIYSYIKKNDFFYKYFQNFYSHPIILNQNLLSINQNRKYTWLSITEALVEAKQYCRLPNTTGSAVVIYGIPL 5520 ................................................................................ 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 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0

  • Fasta :-

    >PY17X_1429900 ATGATTAAAGAGGAACTAAATTTTAATGGGCGGCTAGAGAAGCTAATATCACATGTACTA AAAAATATAGATAATGAGCCATATAAATTTGGAGATAATGTGAATAAAAATGTATATGCG CCATTTTATGAGATATATGGGAAAGAAAGTCATATAGAAAAGTTAAGTTATAATGAGATT TTAGAAAAGCATAAAGATAAAAAAAATATCCACAAATATTTATTTTATATGTTTGAATAT GTTCACAATAAGATAAATATAAGTCATAATATAAAATATGTAAATTTTTTATATCTTATT TTGAGATATATTACATATTTTTGGATGTTTTTATCAAATAATGATAAATTGGCTTTAGTT TTTTATTATCATTTTAAGTTTGCAGAACTATTATTTAATTTGAAAATCCTTAAATTTTCG TATTTTTTAAATATATATGGTGTACAAATTTTTTTCAATATTAAAGCTAAATTAAAAATA CAATTTTTGACAAAGGACATAAGTGAGGAATCTGCAAGCTCCTTAATAAAAGTCGTTATA TCAAATTTAAATAAAATAATTTTATTAGAAAATAATAATATTATTAGCATTTTAAAAAAA TATAATTTTATTAAATTTAACAAGACAAGTGTAATTAGTAATATAGGTACAGATAATAAC ACCCACATAGACAATAATAAAGAAGTAAATAATAATGATGCTTCAAAAATAAATAAAATT TCGAAAGGGGATGATTCCTCTAATATACAAGCAGAAAGTAGTTTATATAATTATTTATGG ATAGGTTACTTTGATGAAAATGGCAAAAATGACAAAAATGACAAAAATATATTGAATGGA AATAGTTATAATACTCATAATATTGAAAAAAATGGAAAAACGTCTAATAATAAAAAATCA TATTCTTTACTATTAAAACATGACAATATAAAAAATAAATATAATAATATATTAGGGTTT AATGCTCTTTCAATTAATAGTGCCTATAATATATTTTTAAACTTTGTTCAATTATTTTTT AAAATAACATTCTACGATATTAATACATTTTTACCGTGTCTAAATATATTTAATTTAGAT AATTTTTTGATTTATTTTCATATTTACGAAATACTTTCATATCTTGAAATTCTGGAAAAA AAAAACACAACAAATGAAGTTTTGAAAGGCACACAAATTGTATCAGGCAAATCTGATAAA GATATGGACAATGTTTACAAGTCTTTGGGTCCCAAGTTAGTTGGAGAATACAACAAAGAA AATTTAGTCAATGATTGTGTTTTTTTAAATGTTAATAAAAATACTAAAAAAATATTATGG AGTATTATGTTTGATGAATTACGAAAAGCATTTTGTTCAAATGTGAAAAATGTAAATTAT ACATTAAAAATTTTTAAGTTGACTTTTAGTTTTTTTTTGTTTGATGAAAACCAAACATTA AAATATGCAAACAGTATTGAACAGTCTGAAGAGTTTGTAAAAAAAAAAGAATATAATTTT ACATTTATATCTCAAATATATTTTAAAGAATTGCTAAAATTTGCAATATCTTTTATTAAC AGTTTAAGATACTCAAAATCAATAACATATGAAATAGTGTATAAAGCTATTTCATACGTA TTTTATATGATATCAAAATTAATATGTAATTCAAATAATGATAAAAAAAAATATATTTTG GTTAATAATGAAAGTAACTTGAGTCTTATATACCTCATTTCATGTGTGTATAAATATTTT AAGAAATTGTATATCGATAAAAATGAATTGGAAAATGGTGGGGAAAACAATACCAATAAG GGAGCTATGGATAAAAAAAATGTGAATAAAAAAGAATATACTAATATAGACCATAAGAAC AAATTAAAATACTCTTTTGTATTACTAGAAAAAGTTTATCAAAAAGTACAGGAATGCTTA TATATTTCATTAACAATAGATGAATTTGTTCAAGAACAAACAAAAGATAATATTCCTTCA ATCGAAGAAAATATTAGAAATAGCTCTAAAAAGAATATTCCAGAAGATTACATAAATGTA TGTAATTTATATGCTTGTTTTATTATAAAATTAAATAAGATAAATATGTTTTACTCTAAT TTGGATATTATAAAAATTTTGATGGAAAAGGACAAAAATATATACAGAAAATATATATAT ACTATAAATAAAAATAATGAGAATTTTATCCGATTTGTTTCCTTTTTACTTAATATACAT TATGAAGAAAATCAAAATGATTTGGTCTTAAAAAAATATATAGCAAATTTGAAAGGCCCC AAAAAATATAAAAGTAAAAAACTGATTAAAATTATGAAACCTTATCATTCCCCATTAAAA TATATCATTCTGAAGGATGAAATGCATGAAGATGAAGAGAAAAAGAAAAAATACAAAGAA AAAACAAAAAATAGAAAAAGAAGTGAAAACAAAGAGGGACGCATAAGTGAGTGTGAACAG AATCAAAGCAGATTTAATAAATCTATAAAATCAGAAATCACACTTAAAAATGTGTCTAAT AAACATAATTATCGTAGTAGTATTTTTCAAAATGATGAAGACTATTTGTATAAAGAAAAC AACCCTTTCAAAGAAAAAATTGAAAGCGATGAAAATGATTTATTCCGAAAATGTTCCTAT AAAACAAACAGAGGGGATGCATATAGCGATTCGAACAATAGTGATGATAATAAAAAAACA AGTAGTGAAAGTAACAGTGATGATAGTATTTCTAATGAAAACATATATAGTTCAGAAAAT TTTGGTAATATGGAAGAAAATATAAGATATAAACGTGATATGCTTCTTCTCGAAAATTCT CTATTTAGAATCGATAAAAATATTTTGAAAAAAATAAATATCGATTTTCTAAATGTGTGT CATAGCATTATTTTATCCGTCAAAAGATGTATAATAATATCTGATAGTATTTATGAATAT TTCAAAAAATATGAAGAATATGATCCAAATTTCAATATATATATTTGTAAGAATATTTTT TCGAATTTTTTAAAACTTAACTTTTTAAATATAAGTATATTTTCATATGTTTGTGTTAAA TTGGGATATGATGATATTTTAAAACAAATGTGCAACTCATCTTTAATATTTTTGTCTTAT AGCATATTTGAAAAATATATCAATTTTGTATTAAATCAAGATGTGGAAAAATTAAAAAAA CATAAAAATATTTTGCATTTTAGCACAAACAAGCTAAGAAAAACAGAAAAAAACAGTATT ATGAAAGGAAAAGGTATCGAGAACAAAAACACCGATAATGATGGTGGCACGAAAACAGTT AGTTCTGCTACCAATTCTATATATTCACATTTATATCTTGAAGATATATATGAAATATTA AAAGATAGGGATCATGATTCATGTGAAGATATGTTTTTATCAGATAAAGATGAATTTACA GAAACTTTATATTTAAATGCTCTTTTATTTGTTATTAATGTAATATCGATATGGGAAATG TATTTAGAAATACCAATAGAAGTATTAAACAAAATGAAATATACATTTTTTGAATTATTT TATAATACTACAATTAAAATTATACAATTTATTAAAAAACGTAATGGATACTATTTTATA TTAAATATATTAAAATTCGTTTATTTCAAATTTATAAGTTTACCATTTAATCCTATTAAT ACTTACACATCAATTAAGTTATATGACTTTTATGAATTTCTAATTAACGAAAATTCTCCT CCTATACAAAATATTGATAATAATCCATTTGATGATGAAAAAATAAATATAAATTCTGTT AGTCCAATGAAATTTTTGAAAAACGCTTCAAATTATGAAAATAGAGATGAATTCACATCG AATGTGGATGATAATAAACAATTCAGCATAAGGAAAACCACATGTCCAAACAATTTATAT TCTGATAAAATAAATAAGAATATACACGATATTTCAAATTTTAACAACTTAAGTGTTAGT AACAAAAAAAAGCGAATAAGTATGGGAGGATTAGTTCCTGTATTTTTAAATAATGAAGAT TCAGAAACAGAAAAAGAAAAAGAAAAAAAAAAAAAACGGAAAACAAATAATGATTATTTA TTTTATAATAGCAATCTAGATAAAGATCCTGAAAAACTTTCAATAACTCCTTCAAAAATA AATGTCTTATTCAACAATAATGAAAATTTATTTACTAGTGTTAATAAAAATGACCAACAA AATTATTATGAAAATAATAACGAAATGACACCTAGGCGTAGTAATTATAAAAATGCAAAT GAGCAGTTTAGCTTTATTGATGATAGTGCTATGCATGTAACACCACGAAATGATTTTTCG AATTATGCAGATGAAGATAAGGGGGATCAGGCTTGTAATAATATTAATAACGAAAAGAAT AACACAAGTATTTATAGGAATACGTATTTGAACAATTATTACATACCTCATATTGACCTT CTGTTTATTATTTTAGATATGATCATATATTATTATTTTGATAAAAGAAAATATAAAAAA ATAATATTAATTGTTAATAATTTGTTTAATAATATCATTAGAAAATGCGATTATAACACA AAAGAATATTTAAGGTCGTCTATTTCATATATTTATAATTATTACCAACAAATGAATATA TGCAATAACAAAATAAATCCACATTGTTGTATGGTTATTAAACATCTTTTATCTATTTAT ACAAAAGCAAAAATATGTCTTTTAAATAAAAAAATTAAGAAACACTTATCTTATGTAAAA GAAAAAAGTACAGATGATGAATCTATGAAATTAAATTATAATGAATTTTATATAAATTTT ATTAACCATAATTATTGGAAATATATATTTTATTTTGATAGTATATCAAAAATTGATTAC CAATTTTATAATAATGAACAAAGTGGTAATCAAACAAATACACACACACACACAAAAATG ACAATGATTAACAATTTGTTATCAATACATATAAATACGTTGCTTTTTGCAATATTATAT GATAATTTGTCAAAATATGTTACTCATAATTTTATATTTTTTTTTAAATTCTTAACATTT TTTTATAACAAAGTATGTATAGATATCTTGAATTTAATCAAAAGTTCACATAATTTGGAA TTTAATATATATAATTTTGAAAATGATATTACTTATCCAAATCAGGACGAGCATATATTA AACAAGTTAAGAACATACTTATATAAAGATAAGGGTGTAATGAAGGGAAGTAGTATCGAT GTTTCTCCATACAAAATTCAAGATATAGATAAAACCATAGAAAAAACTGACAGAAATATA AAAAAGGAAAAAATTCAAAAAGATAAAAAAAAACATATTATTCTTATGGATATTGACGAA TTGCTCATTACATATGTCCACATAAATTTCATATTTTCGAGATATTGCTGCTATGTTATG TTTTTTAAAAATATATATGCTCAAAAATATGAAATTATATTTAAGCGTAATGCTACGAAT GATTATTTTACTAAATTTAAAAATAATAGAGATTTTTTTGATTTCTTTGAATTTAAAGGA CAGGAAAAAGGAAATGATAAAAAATGTGTTGACGACAAATATGAAGATAGTAAATATAGT AATGAAATTAGTGAAAAAACAAAGCAAATACCTTCAATAAAAATTAACCATAATAGCAAA AATAATGCGATATCCTATTCTTATAAAACAATTTTGAACGAAAATGAAGATCTAAGCAAT TCTGATAATACTAATGATTCTAAATCTACTAGTATTTCAGTAGAATATAAAAACGTTTCA AAAGACTTAGATTATGTGTTTTTAGAGTTCATTTTAGAAATTATAGGATGCATAGATATA TATGACATCTATAAAAAGATCCTAAAAAATTGCTACTATGTAATAAAGGCAGAAATGTTT TATAATTATATTTACAATAATATTGAATCGCTAAAAAGATTTTCTTATCTTAACAATGTC TATCATTTATATAAGTTATATTACTACATTTTTGTCTGGCCCAATAGTGGCAAAATTCAC AACAATTCCATTTGTAAAAACTCAGATGCTACATATTCAGTTGAAACAAATGGAATGTGT AGAAAACATAACGAAAAAAGGGATCGGATTAAAGAAAATAATGATATTTTTTATATTTTT GATCTGAATAATGTATTGAGAGAAAAGTTTAGTAAAAAATATATAAAACTTATGAATGAA AATGATTCTAATTTAGACTACACAACTGATCGTGGATGGTCTAGTGACAATACTTCTCTT ATAGATGAGAATAAGGATGTGGGCAAATACAAAAAAAAAATATTGGATAATAAAAAAACA TTGCACCATTTAAACAAAACTATAAATAAAGATGAAAATTTTGATGATGAAAAGGATTAT TTTTTATGTGGCATATATAATTTTAAATTGAAGTTATATCACCCTAATTACAATGAAATG GAAAAATATATTGGAAATATTAAAAAAGACGATATTTTTAGTACTTTATTAATTATTAAT AAAAATTATTTATTGTCTTTAAAAAAAATATATACAAAGCTAAATAAATATGTTTATAAT TATATTTTAAGTCTTTATTATATAATTTTATATTTTTATTTTGATGACCATATTATAATT AAAAAAAAACTGTCTATTTATTACATTATGAATATGTTTCAAAAAAAATATAAATTATTT TATAGCAAACTTTTTGACAGAGAAAACGATCTTCCATTATTTAATCAAACTACTCGTACT CCAAATTATTCATCTTCTTCATCTGGTTCATCTTTTTTCAATTCATCATCAGATTCTTCT GTCTCAGAATCGATTAATCAATCACCACACTCTTATGATAATACGCTTGATAATAGAGAG ATAAAATTAAACGAGAAAAAAAGTGATTCAGAAATATTTTTCAAATTATTTAAAGTAAAA GATTTAAAAAAAAATATATATCTGATTTTTGAAATTTTTAACAATATATACGATGAATAT TATGGGGACATTTATAATAATTCAAATATTGCCAATCATATTGTAACAAAAATAGATATA GAAATAATTGCGTATTTTGGAGAAATATACCAAATAACATATATGTATAAAATGTATAAA TATTGCATACATCTTTTGATATTGTGCATTATTTTCACATCGAAAATTTGGCTAGTTTAT ATATTTAGCGAAAAAACTCCGTCCAATCAATTTGATAAGAATGAAAATGATTATAAAGAA TTTTTTGGATTATATTATCATGGTCAAGATGAGGAAAAAAGGAAAATAAACTCAAATGAA AACAGTATTAACACGAAAAAAAGAAAGAGCAAATATAATAGAAATAGTATAATAAATATG GATAAAAACAATATTAATACGAAAGATAAGAAAATTGAACATGTATTAACGAATAAAAGA ACATATATACTAGATATTGTATATAAAAAAATTACAGAAAATATAAATGACAATAATATT AAAGAGATATATAATAATCTACACAATTATATGCAACAGTTAATTATGTGTACATCTATA TTTTATATAACATTTATTTGCTTTGAAAATTTATATAAAAATAAATGGAATTTATTTTTT TTAAACTCTGCAAATATTCTTTATCTTTATTATGTCGATTTTAGTGAATATGTGAAAAGT TTTTGTAAAAAATATTGTGATGATCAATTACATGTCTCCAATTTATTTATTGATCATTTC CATTTGGACTTGATCAATTTGAAATTTGAGGCCTATGTCAAGAGCAGCTCTTATAAGACA ATGCTAAAACAGAGGACGAACAAAAAAGAGGCATCAGCAAAAAATAATTTAGAAAAAAAA ATACAAAGTTTGGGATTAAATTCCAAATATACTGATGCGATAAATGGAAAATATTCAAAA GAAAGCAATACTACTATGAAATATCATAATAAAGACATGACACAGTTGTATGATGACAAA TTTAATGATCAAAGCAATGATTCCAGATACATATACACAAAAAATGAACAAGATAAAATG AACAATAATATGATTACATGTTATCATGAGAATGAAACAGAGAATAAATATAAAAATGGT AACTTAGATAAGAAAAATACAAATTGTGAAGGAAATGATAATATATATTCAAAATATTTG TTTTTGGATTATTACGATAAAAATGGGATAAAAGGTTGTATAAAAAGCTTAAAAATTATA GAGCAAAAATATCAAGACAATTTAATGGAATTTGTCCAAAATAATATTTGTTTATATTTT AATGTTATAAAATATTTATACAAAAAAAAAAAAAAATATTTAAGTCTTCCTATATATAGT AATTCTCATATAATTTCAATTATATCAATGATGAAATTTTCAATGGTAAATTATTTTACC ATATTTAATGTATCTTGCACTTTTATGTCTCTTACCTTTGAGCGTCCAGTATATGAATTT GATGGTGAAAGTATTGATAAGTTTAAAGATGTAAAAAAAAAAAAAAAAAAAAATGATTCA AAAAAAAACAATAATAATAGTAGTTGTAATATCCTAAAGTCGATGAAAAAGCTTTATTGT AATATGTTTTTAAACAAAGACATTTTTAGTAAAATAAAATTCATAAATACTTACTATAAA AAATTATCAAAAATTTTGTATAAAATAAACAACTTTTTTCTTAGTTATGACTATTTAAAA AAGGGAGTACTATTTGTGTGTAGTTTAATATACTATCCCGAAATTATTCATAATTATTAT TTATTATCGAATATTATCTTAGCTAGTGGTAAAGAAAGGATTGAGTTGTTAACACAAGAA GAAATGTTTTTCGAAAATTTAAATAACGATCTAGCTATATATGGAAAAAATAATAATATT AATCAGGACATAGAATCTGGATGTGATGAAAATGAAAGGGAAATAACAAATGTAAAGGAT TTAAAAACTTATGAAGATCAAGATTTTTATAATATTAATTATAATAAAACTCCTATAAAT ACATATTTAACTAAAAAAAATGTATATGAATATAAAAATTTATTAACTAGGTTTCTCGAC TATTTAAAATTTTTATTAAAAAATCCTGATCATATGAATATTTTTTCCATAAAATATAAG CGAGAAATTTTACATATTTATTCTTTATTTGTATTTAAAAAAAGACAAACAAATCATTAC ATAGGTAGTAATAAAAAACTGAGCAATACTAGAAAAAATGATTACGTTTCCGAAAAATCT GTTGATAATTTTAATATAATCGATAAAGATGAAAGTAATAATGAAAAACTCGGAAAAAGG ACATTTGCATATTATGAAAAAACAAAAGAAGAACAAGATAAACAAATAGGAAACAAAGAA AAATTAAATACCACATGCACTGATAATAATTACAATGTGGAAGGAAATAACTTTGTTGAA AATATATTAAAATGCTTTAACAATTGTAAAGATAAAAAGAAGGAAAAACGAATATTTTTT AATTTTTTTTGGGAAAATTTATTCCTTATGAATAACAACGACACTGATTTATTTAACTCC ATAATTGACAACGAGGATAAAATAGCACACATTGTAACCACGTATGCAGTTAAAGATATG AACAAACTTAAAATCAAGAATATTGAGAAGGATTGCGTATATTTTAATAATCACTTTGGT AAAAATGGGTCCCAAAGGATAATTAGCAATAATAAAAGTCATGATAAAATGAAAAAAGTA GACAATATTAAACCAACAAAATATGAAGAAAAAAATAAAAATGGTGAGGGTAATTGCCAT TACTTTAGTGATTTTATAGCATCAGACAAATCATTTAAATTAAACGATATGTCAGTTTTA AATTATTTGTATTTAAATTATGAATTTGATAAAAATATAACATATTTAAATAATTATATA AATAATAGATTGTTTACTTATAAATGTAAAAGAATGAATTCCTATTTTATAAAAATATTA TTATATTATATAAATTTAATATTTTTAAAAATAAAAAATATATTTTGTGATGACTGTATA TATACAATAAAAAAACAACAGTCCCTTAATTCATCGGCTAATAATTGCTCTTATAATGTT TTTTTTTTCTTGTTCTTAAATATTATTAATAGATTTAATCTATCAAAAGAAAAATTAAAT TCAATATTTAATAATTATTTTCCAGGAAACACACACTGTGGCATGTATGCTAATATATTA CAAAAAATAGAAAATGAACGTTCAGAATATAATACTTCAAAATATGGGGATACTACTAAA GACAAATATATATATTTAGATAGGAACATCTTAAATAATAAAATGAATATTGAAAAAAAT GATAAAATAAATATTGAAAAAAATGATAAAAAAAAATATACAAAATCAAATGAAAACGAC AAATACCACAATAATTATAACAAAGAAATGTTTCTTAAATTGGTAGATATATTTTTATAT CCAGAAAAACGTTGCAGCTACTTCGAGATACTAACAATTTGCTATCAGTTCTTAATTAAT ATGAAAGATCCAAAAAATAAAGTTCATAGAAAAAAATTTAAAGGTAAAATGTATCATCTG TTGAAAATTATTATTGAGAACAAAGCAAAAATAAAACAAACTTTTCTTTGCAAAAATATG GAAAAGGAAAACAATAACTTCGAAAATAGTGGTTTTGATCATAAAAGCGTAAATGAAATA GACAATACAAATGAAAGCACAATTTTTCACCTACAAACAGCTTTAATATATTTATCTCTA GCATTGTATAACACATATAAAAAGTCTTTTACGCATGAAATGCGAAAAGTTGCTCAGTTT TTTTTAGATTTTATTTTTTTCTTTATAGAGAACATAAAAAATAGTTTAATCATACTGCAA ATAATTGAATCATATTCCAAGGATTATATTTATACCGAAAATAGTAAAAATAACAATGAT GACAATGTGACAAAAACAAAAAAAAACAATATTAATGTTTTTGATAATGATTATTATAAT AGTGATACTAAAATGATTATATTTATGGTGAAATTCTATTTTAGGAAATTATTATCTTTA CTTTATTTATATACAGACGAATTAATATCATATACTATTAAACACAATATTGAGCATGAA ATATCTGCAAAAGAATACTTTAGGAAAACACATCCGTTTTATCTATCTATTGATAATATA TGTAATTATGATGATTCTATATATTCAAAAGAATTAAACGAGTGTTGTATTTATTGGGAC TATGCAATTATAACAATGAGTCATGATAAATGTGATTTATATATTGCAAGATATTTTAAA AGTTTTTTATTACTACTATCCCATTTTGTTAAAAAATCTGCAGAATGTAAAAATACTTAT GAAGAAAATATTTTATTCGACAATAAATATACTAACATTAATAATTTGACAACTACTTCT ATAAATGATGAATATAATGTGGATACTCTAAATACTAAAGACAGTATATACTATTTTAAC AATGCAATTGATAATCTATTCAATACATATAATAATATCGAATCTTTTGAAAATAATATT TGGAATGATAAAAATGTCATATTTGAAGATAGAGATACAATTATTTCATTAGTTGGTACA GCTCATTGGTATTTAAGACAAAGGAAACGGGAAAGAGAACTACGAGAAAAAAAACAAATA ATACAAGCATCTACAAATTCTGATAAAATATCTTCAATTCTATGTCCCAAAATAAATGTA GAAAATGAGAATTTTCATAAAAATTGTGACAATGAAGGCGAAAAAAAAAAAGTAAAAACA AAGCAAAACATAATAAAAAATAACAACATTAGTAATGATAATAGTGATTGCGATAATGAT ACATACATGGAAAAAAACAAATACAAAAATAATAGAAATATATTTTTTAATTTTGATCAG TTTTATTATATGCCAAATGAATATAATACAGATTATTATTCAAATGATAAATACAAAAGC AATTTTCATAACAAAACTAACATCGATCATAATAGTTGTGATAAGAAAAATAAGGTTATA AAAGAAAACCAAAAAATAACAGATAAATTATTTCAATTTTATTACACCTTTAACGAGGCT AGTAAATGTATTAATGTAAAAAAAAATGAATATGTGCATGTAGATAAAATCAATTTAAAT ATAGAAAAATACACATTTGACGAAAAATGGAATTATATAAAAAAATTAGAAAAACTTTTA AAACAATATCAGCATATGATAAAAATTTTATGTGAAATTTTATATGTAACTAAAAATATT AATAAAGATATAATAAATTTAAAAATGTTTATAGATTTATGGTGGAATAATAGATATACA TTAGAACATCATTTAAAATTGCTAAATTTAGATATATCAAATACCTTAGGTTTTTCTATA CATAAATTAATGTCTACTCCATTAATTTCTATCAACATAAAAAGAAATATTACATTGCAA CAAAATTATAATATTAATACTAGTCAGTCAATTGAAACTAACGAAGGATCTAATATTAAA TTACATAATGATGAATCATATAATAATATATCGCTAGTTAATAATCAAAAATATTATTTG AAGACAAATTTTGACATATTTGTAATTATTTATTATTATGCTCATATTTTGAATATTATT TCTTGGATTAATAAATGGAATTCCTTTTTTCTTCCTTTTAAATATTGGGATAATGTAAAT ATTATAAACGTTATAATAAATTTGACAATTTTTTCAATCATTATGAAAAATTCAAATATC CATATTTCAAAGGTAAAGCAAAAATATATAACAGGAAATACTCGAATTAAGACGTCGAAA ATTTCAAGTAATATTAAAGGGGAAGATTCTAATGAGGACGAGAAATTTAGTAAAGAAAAA AGACCAAAAAAAAACATGCGAGATTCTATGTTAGATAGTAAGGTAAAAAATTCCGATGAG AATAGTGACGACAATAATAATATTACAATTGATGTAGACACAACACAAATCGAAAAGAAA GTTATAACATCATATTTGCCACTTACAAATAAAGACATTGAAAGTGTCTTATTAAATGAT CAAAAAAAACAACGAAGAAAAACTTCTAATGATACTACAAATCATGAATATCACAATAAA AAAAAAGGAGGGGAACATATACTTATGCAGAATTTAAAAAATTATCTTCCTCCGGGTGAA TATGACCCAATTAAAAGCGAATTTATTCAAAATATGATAGAAAAATCGGATATGTTTAAG AAATATAATGACTTTAAGCAATTTACCAATACATCAGAAGATGAAAAAAGCGATAAAACG AACACAGCTTTACGCATTTTTAATAAAGATGCTAAAAAGGAGCGAAGGAAAACGACAAAT ATAAATAATACTAATAATGATGAAGTAAAAAAACAATTCCTAAATATTTATTCTATTATA GATGAAGAACAAAAAAAATTACAAAAAATGTCATCAAAAATTTATGAACAGTTAAAAAAA AATGGAAATAATAATTTGGGCATAGTAACGAATAAAAAGGAACATGATAAATTGCTAAAA ACATTAAAAAGAATGACGATATGTGGAAATGTAAATTTGAATCGTAATGATAGTGATAAA GAAGATGTTTTAGGAGGTGTAAAAGATAATACTTTTTATTTGAATTATTTAGATCTACAA AAAAAATGTGAAAAAGGTTTAATACATTGCTCTTTTTTAAAGTTGAGAATGTATTTATAT AATATATTAAATGTTGTATTTGAAACTAATAATGCAAATCCAAATGATATTTTTAATATT TTTAATAAAATTACTCATTCGTTTATTGTTGATGTTATAAAATGTGATATACACAAGGAT AAAAATGATAGTGAAAAATTTATATATTCAAAAACCGTCGACCAAAAAATGATAAGAAAA AACCCAATTATTATATATTTACATAATAATTTAAATAGAATTCCTTTTGAGAACTTACAG CCTTTAAAAGATTCTTATATAGTTCGTGGGGTGCAAAAAAACGTAACTTCTTATTTATAC GATCGTCTATTAAGACAAATTAATGAAAATGAAATTGAAAAAAAGGAAAAAAATAATTAT AGTATTTCTCATTTGAACATAAGTACTGAGGGATATACAAATTGTGACAACGATAAAAAT GTTGAAAGTGATGAAAATGTTGAAAGTGATGAAAATGTTGAAAGTAGCACTAGTTCCAAT AAAAATAAATATGATAATAACCAATTTGGTAAGAATTACATGGCAAGAAACTGCCCCCCA AAACGTGAAACTATTAATACGTACAAAAATGAACAAGCAAGAAAATCTATTTACAAAGCC TCAAAATATTTATCAGATATAAATGGTAAATCAAAAGAAACAAATAATATTGACGATAAA TATGATAAATTAAAAGATAATCTAAAAAATGAAGAAAATATTTTCAATGAACAATATATG AAAAAGACAGGTCATTTTGTGTTTAATTATGACACGCCAAATAAGAAATATGACAAAACA GACATCGGAAAAAACTTCAGTGAACATTTTGACGATATAAAAATACCATATACCAATAAA GATTATATTAGTAGTGAACATGATCAAACAAAGAGCGATGAAAAACATATAAAAATAACA AAAACTGTTCAGAATAGCAAAAATAAATACAATTTTATTGTTACAAATTATGAAAAGGAG GAATCCCAACAAAATGGAAATAAAAATGAGGATAAATTAAAAAAAAATAAAATGAAAAAT GAAAAAGGAAAAAGATCTAGAAAAAGTATTTCTATTGAATACTCATTTTTAAACCCTTTT AATGATAAAAATAATCCCAATGTATTACAAATACTAAAAAAAAAAAATGAAAAGCCAACC TCAGCGAACAATGAATTATCTAATAATTCGCTTATATTTAATGATAGACAAAAATTAAGT CGAAATTCTCTTAAATATATTGATGATACCAATAATAATAAAAAAAAAGGAGATGATTAT AAAACAAAAAGTCTAGCACAATCTATTTTACGTTCTGAATCTTCTTCCTCTTCTAACTCC TCAATAGAATTAGTTCAAAATGAAAATGAACTTCAAAAAATATTTATGAATGTAAGAAAA TCAATGAATTTCCACAATGTTATGAGTTCATTTAAACAAAAAAATGATGAATATAATTTT TTAATTCCACAAAAAAAAAGAAAAAGTGTGAGCGAGTCAGAAGCATACTATGATAAGGAT AACTTTTTTGGGAATCTTTTAAATAAATCAACGAATAAAACAAAAAAAAATAAGAGAAGA AGCTATTCATCAGAACGAGAAATAGTTTCCAAAATTGAAAAAACACCATATATTAAATAT GTTCCATATTATATTAAAAGCGATCGATTTATCGATCCTAAAAGAAGTAATATATTTTAT GTAATTGACCCTAATGGCGATTTAAAACGAACTCAAAATGCTACATATCCATTTATATAT TTTAAAAACCAAAAAAAATCCAAACATAAAAATTGGAATGGCTATTCTGGAACTTTTCCT TCTGAAAAAACTATATTAAAAAATTTATGCACAAGTGATTTGTATATATATTGTGGCCAT CAAGGTGGGGAACAATATATTAGTAAAAATGATATACAGGGTTCCATTCAAATAAATGAA AAAGAATATATTGAAGATGAAAAAAAAGGACAAGGGAAAAACAGAAAGAGTGAAATACAC AAAATTAGCAAAGACAGTGAAAATAACGAAAATACCTTGACACGTTATGAAAAGGAAAAA ATATATATAGAACAGAAAATGAATAATTTAATGACAGACAGTACTGACAAAAAAAGACGA AGAAATTCCTGCAAAGTAAGCTTAAAACCGCCTACTTCAAAAACCGGAACAATGAAAAGA AAAACTGTTGCTAATTTTAACGAAATATACGATGTTACTGATTTGACAAAAATAAGCACC CAAAATATCCAAGACTCTGATTTAAATATAAATGGTGAAATAGATATAGAAGATGAAAAT GACGATAAAAATATTATTCAAAGAACACAAAATGGAATAAAATGTTGTGTATTTTTAATC GGATGTAGTTCTGGTTTAGTTTCCTCCCATGGGTGCGATTTGGATGCTTGGGGTACCCCC TATGATTATGTTATAGGAGGGTGTATTTTTATTTTTGGAAATTTATGGAATATAACAGAT GGAGAAGTTGATGGATTTACTCAAAACTTTTTCTGGAAATGGACTCAACCAAATAGTTCA TCCTTATTTTATCCAAACTGTGATTATAATAAACTTAAAATGACAAATGCACGTGAAATA TCTTTTAATACTTTTACAAAAATGCTAAAGAAATTCATAAAAACAAATGATGAACAAATA ACTGACCAAGAATATAATGGCAATTCATCCATAATGGTTGATGACAATTTTATTACTATG GATTTGGACATATATAGTTATATTAAGAAAAATGATTTTTTTTATAAATATTTTCAAAAC TTTTATTCACACCCTATTATATTAAATCAAAATTTATTAAGCATAAATCAAAATAGGAAA TATACTTGGTTAAGTATCACAGAAGCTTTAGTTGAAGCTAAACAATACTGTCGTCTACCG AACACAACTGGCTCTGCTGTGGTCATATATGGCATACCGCTTTGA
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  • Fasta :-

    MIKEELNFNGRLEKLISHVLKNIDNEPYKFGDNVNKNVYAPFYEIYGKESHIEKLSYNEI LEKHKDKKNIHKYLFYMFEYVHNKINISHNIKYVNFLYLILRYITYFWMFLSNNDKLALV FYYHFKFAELLFNLKILKFSYFLNIYGVQIFFNIKAKLKIQFLTKDISEESASSLIKVVI SNLNKIILLENNNIISILKKYNFIKFNKTSVISNIGTDNNTHIDNNKEVNNNDASKINKI SKGDDSSNIQAESSLYNYLWIGYFDENGKNDKNDKNILNGNSYNTHNIEKNGKTSNNKKS YSLLLKHDNIKNKYNNILGFNALSINSAYNIFLNFVQLFFKITFYDINTFLPCLNIFNLD NFLIYFHIYEILSYLEILEKKNTTNEVLKGTQIVSGKSDKDMDNVYKSLGPKLVGEYNKE NLVNDCVFLNVNKNTKKILWSIMFDELRKAFCSNVKNVNYTLKIFKLTFSFFLFDENQTL KYANSIEQSEEFVKKKEYNFTFISQIYFKELLKFAISFINSLRYSKSITYEIVYKAISYV FYMISKLICNSNNDKKKYILVNNESNLSLIYLISCVYKYFKKLYIDKNELENGGENNTNK GAMDKKNVNKKEYTNIDHKNKLKYSFVLLEKVYQKVQECLYISLTIDEFVQEQTKDNIPS IEENIRNSSKKNIPEDYINVCNLYACFIIKLNKINMFYSNLDIIKILMEKDKNIYRKYIY TINKNNENFIRFVSFLLNIHYEENQNDLVLKKYIANLKGPKKYKSKKLIKIMKPYHSPLK YIILKDEMHEDEEKKKKYKEKTKNRKRSENKEGRISECEQNQSRFNKSIKSEITLKNVSN KHNYRSSIFQNDEDYLYKENNPFKEKIESDENDLFRKCSYKTNRGDAYSDSNNSDDNKKT SSESNSDDSISNENIYSSENFGNMEENIRYKRDMLLLENSLFRIDKNILKKINIDFLNVC HSIILSVKRCIIISDSIYEYFKKYEEYDPNFNIYICKNIFSNFLKLNFLNISIFSYVCVK LGYDDILKQMCNSSLIFLSYSIFEKYINFVLNQDVEKLKKHKNILHFSTNKLRKTEKNSI MKGKGIENKNTDNDGGTKTVSSATNSIYSHLYLEDIYEILKDRDHDSCEDMFLSDKDEFT ETLYLNALLFVINVISIWEMYLEIPIEVLNKMKYTFFELFYNTTIKIIQFIKKRNGYYFI LNILKFVYFKFISLPFNPINTYTSIKLYDFYEFLINENSPPIQNIDNNPFDDEKININSV SPMKFLKNASNYENRDEFTSNVDDNKQFSIRKTTCPNNLYSDKINKNIHDISNFNNLSVS NKKKRISMGGLVPVFLNNEDSETEKEKEKKKKRKTNNDYLFYNSNLDKDPEKLSITPSKI NVLFNNNENLFTSVNKNDQQNYYENNNEMTPRRSNYKNANEQFSFIDDSAMHVTPRNDFS NYADEDKGDQACNNINNEKNNTSIYRNTYLNNYYIPHIDLLFIILDMIIYYYFDKRKYKK IILIVNNLFNNIIRKCDYNTKEYLRSSISYIYNYYQQMNICNNKINPHCCMVIKHLLSIY TKAKICLLNKKIKKHLSYVKEKSTDDESMKLNYNEFYINFINHNYWKYIFYFDSISKIDY QFYNNEQSGNQTNTHTHTKMTMINNLLSIHINTLLFAILYDNLSKYVTHNFIFFFKFLTF FYNKVCIDILNLIKSSHNLEFNIYNFENDITYPNQDEHILNKLRTYLYKDKGVMKGSSID VSPYKIQDIDKTIEKTDRNIKKEKIQKDKKKHIILMDIDELLITYVHINFIFSRYCCYVM FFKNIYAQKYEIIFKRNATNDYFTKFKNNRDFFDFFEFKGQEKGNDKKCVDDKYEDSKYS NEISEKTKQIPSIKINHNSKNNAISYSYKTILNENEDLSNSDNTNDSKSTSISVEYKNVS KDLDYVFLEFILEIIGCIDIYDIYKKILKNCYYVIKAEMFYNYIYNNIESLKRFSYLNNV YHLYKLYYYIFVWPNSGKIHNNSICKNSDATYSVETNGMCRKHNEKRDRIKENNDIFYIF DLNNVLREKFSKKYIKLMNENDSNLDYTTDRGWSSDNTSLIDENKDVGKYKKKILDNKKT LHHLNKTINKDENFDDEKDYFLCGIYNFKLKLYHPNYNEMEKYIGNIKKDDIFSTLLIIN KNYLLSLKKIYTKLNKYVYNYILSLYYIILYFYFDDHIIIKKKLSIYYIMNMFQKKYKLF YSKLFDRENDLPLFNQTTRTPNYSSSSSGSSFFNSSSDSSVSESINQSPHSYDNTLDNRE IKLNEKKSDSEIFFKLFKVKDLKKNIYLIFEIFNNIYDEYYGDIYNNSNIANHIVTKIDI EIIAYFGEIYQITYMYKMYKYCIHLLILCIIFTSKIWLVYIFSEKTPSNQFDKNENDYKE FFGLYYHGQDEEKRKINSNENSINTKKRKSKYNRNSIINMDKNNINTKDKKIEHVLTNKR TYILDIVYKKITENINDNNIKEIYNNLHNYMQQLIMCTSIFYITFICFENLYKNKWNLFF LNSANILYLYYVDFSEYVKSFCKKYCDDQLHVSNLFIDHFHLDLINLKFEAYVKSSSYKT MLKQRTNKKEASAKNNLEKKIQSLGLNSKYTDAINGKYSKESNTTMKYHNKDMTQLYDDK FNDQSNDSRYIYTKNEQDKMNNNMITCYHENETENKYKNGNLDKKNTNCEGNDNIYSKYL FLDYYDKNGIKGCIKSLKIIEQKYQDNLMEFVQNNICLYFNVIKYLYKKKKKYLSLPIYS NSHIISIISMMKFSMVNYFTIFNVSCTFMSLTFERPVYEFDGESIDKFKDVKKKKKKNDS KKNNNNSSCNILKSMKKLYCNMFLNKDIFSKIKFINTYYKKLSKILYKINNFFLSYDYLK KGVLFVCSLIYYPEIIHNYYLLSNIILASGKERIELLTQEEMFFENLNNDLAIYGKNNNI NQDIESGCDENEREITNVKDLKTYEDQDFYNINYNKTPINTYLTKKNVYEYKNLLTRFLD YLKFLLKNPDHMNIFSIKYKREILHIYSLFVFKKRQTNHYIGSNKKLSNTRKNDYVSEKS VDNFNIIDKDESNNEKLGKRTFAYYEKTKEEQDKQIGNKEKLNTTCTDNNYNVEGNNFVE NILKCFNNCKDKKKEKRIFFNFFWENLFLMNNNDTDLFNSIIDNEDKIAHIVTTYAVKDM NKLKIKNIEKDCVYFNNHFGKNGSQRIISNNKSHDKMKKVDNIKPTKYEEKNKNGEGNCH YFSDFIASDKSFKLNDMSVLNYLYLNYEFDKNITYLNNYINNRLFTYKCKRMNSYFIKIL LYYINLIFLKIKNIFCDDCIYTIKKQQSLNSSANNCSYNVFFFLFLNIINRFNLSKEKLN SIFNNYFPGNTHCGMYANILQKIENERSEYNTSKYGDTTKDKYIYLDRNILNNKMNIEKN DKINIEKNDKKKYTKSNENDKYHNNYNKEMFLKLVDIFLYPEKRCSYFEILTICYQFLIN MKDPKNKVHRKKFKGKMYHLLKIIIENKAKIKQTFLCKNMEKENNNFENSGFDHKSVNEI DNTNESTIFHLQTALIYLSLALYNTYKKSFTHEMRKVAQFFLDFIFFFIENIKNSLIILQ IIESYSKDYIYTENSKNNNDDNVTKTKKNNINVFDNDYYNSDTKMIIFMVKFYFRKLLSL LYLYTDELISYTIKHNIEHEISAKEYFRKTHPFYLSIDNICNYDDSIYSKELNECCIYWD YAIITMSHDKCDLYIARYFKSFLLLLSHFVKKSAECKNTYEENILFDNKYTNINNLTTTS INDEYNVDTLNTKDSIYYFNNAIDNLFNTYNNIESFENNIWNDKNVIFEDRDTIISLVGT AHWYLRQRKRERELREKKQIIQASTNSDKISSILCPKINVENENFHKNCDNEGEKKKVKT KQNIIKNNNISNDNSDCDNDTYMEKNKYKNNRNIFFNFDQFYYMPNEYNTDYYSNDKYKS NFHNKTNIDHNSCDKKNKVIKENQKITDKLFQFYYTFNEASKCINVKKNEYVHVDKINLN IEKYTFDEKWNYIKKLEKLLKQYQHMIKILCEILYVTKNINKDIINLKMFIDLWWNNRYT LEHHLKLLNLDISNTLGFSIHKLMSTPLISINIKRNITLQQNYNINTSQSIETNEGSNIK LHNDESYNNISLVNNQKYYLKTNFDIFVIIYYYAHILNIISWINKWNSFFLPFKYWDNVN IINVIINLTIFSIIMKNSNIHISKVKQKYITGNTRIKTSKISSNIKGEDSNEDEKFSKEK RPKKNMRDSMLDSKVKNSDENSDDNNNITIDVDTTQIEKKVITSYLPLTNKDIESVLLND QKKQRRKTSNDTTNHEYHNKKKGGEHILMQNLKNYLPPGEYDPIKSEFIQNMIEKSDMFK KYNDFKQFTNTSEDEKSDKTNTALRIFNKDAKKERRKTTNINNTNNDEVKKQFLNIYSII DEEQKKLQKMSSKIYEQLKKNGNNNLGIVTNKKEHDKLLKTLKRMTICGNVNLNRNDSDK EDVLGGVKDNTFYLNYLDLQKKCEKGLIHCSFLKLRMYLYNILNVVFETNNANPNDIFNI FNKITHSFIVDVIKCDIHKDKNDSEKFIYSKTVDQKMIRKNPIIIYLHNNLNRIPFENLQ PLKDSYIVRGVQKNVTSYLYDRLLRQINENEIEKKEKNNYSISHLNISTEGYTNCDNDKN VESDENVESDENVESSTSSNKNKYDNNQFGKNYMARNCPPKRETINTYKNEQARKSIYKA SKYLSDINGKSKETNNIDDKYDKLKDNLKNEENIFNEQYMKKTGHFVFNYDTPNKKYDKT DIGKNFSEHFDDIKIPYTNKDYISSEHDQTKSDEKHIKITKTVQNSKNKYNFIVTNYEKE ESQQNGNKNEDKLKKNKMKNEKGKRSRKSISIEYSFLNPFNDKNNPNVLQILKKKNEKPT SANNELSNNSLIFNDRQKLSRNSLKYIDDTNNNKKKGDDYKTKSLAQSILRSESSSSSNS SIELVQNENELQKIFMNVRKSMNFHNVMSSFKQKNDEYNFLIPQKKRKSVSESEAYYDKD NFFGNLLNKSTNKTKKNKRRSYSSEREIVSKIEKTPYIKYVPYYIKSDRFIDPKRSNIFY VIDPNGDLKRTQNATYPFIYFKNQKKSKHKNWNGYSGTFPSEKTILKNLCTSDLYIYCGH QGGEQYISKNDIQGSIQINEKEYIEDEKKGQGKNRKSEIHKISKDSENNENTLTRYEKEK IYIEQKMNNLMTDSTDKKRRRNSCKVSLKPPTSKTGTMKRKTVANFNEIYDVTDLTKIST QNIQDSDLNINGEIDIEDENDDKNIIQRTQNGIKCCVFLIGCSSGLVSSHGCDLDAWGTP YDYVIGGCIFIFGNLWNITDGEVDGFTQNFFWKWTQPNSSSLFYPNCDYNKLKMTNAREI SFNTFTKMLKKFIKTNDEQITDQEYNGNSSIMVDDNFITMDLDIYSYIKKNDFFYKYFQN FYSHPIILNQNLLSINQNRKYTWLSITEALVEAKQYCRLPNTTGSAVVIYGIPL

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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PY17X_1429900669 SIRNSSKKNI0.995unspPY17X_1429900669 SIRNSSKKNI0.995unspPY17X_1429900669 SIRNSSKKNI0.995unspPY17X_1429900765 SKKYKSKKLI0.992unspPY17X_1429900808 SNRKRSENKE0.99unspPY17X_1429900816 SEGRISECEQ0.996unspPY17X_1429900901 SNKKTSSESN0.995unspPY17X_1429900904 STSSESNSDD0.996unspPY17X_14299001127 SRDHDSCEDM0.996unspPY17X_14299001134 SDMFLSDKDE0.993unspPY17X_14299001289 SNKQFSIRKT0.993unspPY17X_14299001327 SKKRISMGGL0.996unspPY17X_14299001424 SNEQFSFIDD0.993unspPY17X_14299001583 SVKEKSTDDE0.995unspPY17X_14299001899 SNEDLSNSDN0.994unspPY17X_14299001975 SLKRFSYLNN0.991unspPY17X_14299002074 SDRGWSSDNT0.991unspPY17X_14299002260 SSSDSSVSES0.997unspPY17X_14299002271 SQSPHSYDNT0.993unspPY17X_14299002288 SNEKKSDSEI0.993unspPY17X_14299002430 SKKRKSKYNR0.997unspPY17X_14299002619 SNGKYSKESN0.992unspPY17X_14299002820 SKKNDSKKNN0.995unspPY17X_14299003057 SNDYVSEKSV0.994unspPY17X_14299003251 SASDKSFKLN0.99unspPY17X_14299003442 YENDKYHNNY0.993unspPY17X_14299003466 SEKRCSYFEI0.991unspPY17X_14299003682 SEHEISAKEY0.995unspPY17X_14299003915 SSNDNSDCDN0.996unspPY17X_14299004250 SKGEDSNEDE0.998unspPY17X_14299004269 SNMRDSMLDS0.998unspPY17X_14299004278 SKVKNSDENS0.996unspPY17X_1429900398 SVSGKSDKDM0.998unspPY17X_14299004498 SNRNDSDKED0.998unspPY17X_14299004584 SDKNDSEKFI0.994unspPY17X_14299004736 SQARKSIYKA0.994unspPY17X_14299004886 SKGKRSRKSI0.993unspPY17X_14299004889 SRSRKSISIE0.993unspPY17X_14299004943 SLSRNSLKYI0.996unspPY17X_14299004976 SSESSSSSNS0.993unspPY17X_14299004980 SSSSNSSIEL0.994unspPY17X_14299005029 SKKRKSVSES0.998unspPY17X_14299005031 SRKSVSESEA0.997unspPY17X_1429900668 SNIRNSSKKN0.995unspPY17X_14299005061 SNKRRSYSSE0.998unspPY17X_14299005063 SRRSYSSERE0.997unspPY17X_14299005064 SRSYSSEREI0.998unspPY17X_14299005243 SRRRNSCKVS0.997unsp
PY17X_1429900


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