PCHAS_1429600 | 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
PCHAS_1429600OTHER0.9997800.0000330.000187
No Results

  • Fasta :-

    >PCHAS_1429600 MIKEELNLHGRLEKLISHVLKNIDNEPYKFGDNVNKNVYAPFYEIYGKESHIEKLSYNEI LEKHKDKKNIHKYLFYMFEYVHNKINISHNIKYVNFLYLILRYITYFWMFLSNNDKLALV FYYHFKLAELLFNLKILKFSYFLNIYGIQIFFNIKAKLNIQFLTKDISEETASSLIKVVI SNLNKIILSENKNIINIFEKNNFIKSTKTSLISNIDNNKEIDNNDGSKINKITQGDDSSN MQADSSLYNYIWISYFDESDKNILNENRYNIHNIEKNGKISNNKKAYSLILKHDNIKNKS NNILGSNALSINSAYNIFLNFVQLFFKITFYDIDTFLPCLNIFNLDNFLIYFHIYEILSY LEILEKKNTTNEVLKGTQIVPEKSDKDVGNAYNCLGPKLVGEDKKDNLVNDCIFLNVNKN TKKILWSIMFDELRKAFCSNAKNVNYTLKIFKLTFSFFLFDDNHTLKYASSIDLSEEFVK KKEYNFTFISQIYFKEVLNFAISFINSLRYSKSIAYEVVYKSISYVFYMVSKLICNSNND KKKYILVNNESNLSLIYLISCVYKYYKKLYIDKNELENGGENNTNKGAMNKSGNHGVVIN KESMDKKNMNKKEYTNIDHKNKLKYSFVLLEKVYQKIQECLYISLTIDEFVQEQTKNNIP SIDEHIRKGSKYIFPEDYINVCNLYACFIIKLNKINMFYSNLDIIKILMEKDKNIYRKYI YTINKNNENFIRFFSFLLNIHYEENQNDLVLKKYIAHLKGPKKYKSKKLIKIMKPYHSPL KYIILKDEIHEDEEKKKRHKNEKIKNRKRSCNEEGHISKYEQNQSRFNTSIKSEITLKNV SNKDNYRSSLFQNNEDDLYKENRPFTDKIERDKNDLFRKCSYKTNRGDAYSDSNNSDDNK KTSSESSSDDSILNENIYSSENFDNMEENVKYKSDMLLLENSLFRIDKNILKKINIDFLN VCHSIILSVKRCIIISDSIYDYFKKYEEYDPTFNIYICKNIFSNFLKVNFLNISIFSYVC VKFGYDDILKQMCNSSLIFLSYSIFEKYINFVLNQDVEKLKKHKNILHFSTNKLRKTEKN SIVKGKGVDNKSTDNSDGTKTTSSATSSIYSHLYLEDIYEILKDRDNYSCEDMFLSDKDE FTETLYLNALLFVINVISIWEMYLEIPIEVLNKMKYTFFELFYNTTIKIIQFIKKRNGYY FILNILKFVYFKFISLPFNPINTYTSIKLYDFYEFIINENSPPIQNIDNHPFDDEKININ SVSPMKFLKNTSNYESRDEFTSNVRDNKQFSIRKTTCPSNLYTDEINKNKYDITNFNNLS VSNKKKRISMGGLVPVFLNNEDSETEKEKEKKKKRKTNNDYLFYNSNIDKEPEKLSITPS KINVLFNNNENLFTSVNKNDQQNYYENYNEIIPRRSNYKNDKNANEQFSFIDDSLMHVTP RNDFSNYADEDKEDQACNNINNEKNSTSIYRNTYLNNYYIPHIDLLFIILDMIIYYYFDK RKYKKIILIVNNLFNNIIRKCDYNTKEYLRSSISYIYNYYQQMNICNNKINPHCCMVIKH LLSIYTKAKICLLNKKIKKHLSYVKEKSTDDESMKLNYNEFYINFINHNYWKYIFYFDNI SKGDYHFYNNEQSDNKTNTHTHAKMEMINNLLSIHINTLLFAILYDNLSKYVTHNFIFFF KFLTFFYNKVCIDILNLIKSSHNLEFFNIYNFENNITYPNQNEHILNKLRSYLYKDIGVV SESNVDTTPSKIQDIDKTVGKNDRKKNKHIILMDIDELLITYVHINFIFSRYCCYVMFFK NIYAQKYEIIFKRNATNDYFTKFKNNRDFFDFFEFKGQEKGNDKKCVDNKYEDSKYSYEI NEKTKPTPSIKFNNNSKNDAIAYFHDTFLNENEGISNSDNTNDSKSTSISVEYKNVSKDL DYVFLEFILEIIGCIDIYDIYKKILNNCYYVIKAEIFYNYIYNNIESLKRFSYLNNVYHL YKLYYYIFVWPNSGKIHNNNPICKNSDGTFSVETNGMRRKQNNKRHQIKENNDIFYIFDL NNVLREKFSKKYIKLMNENDSNLDCTTDHEWSSDNTSLIDENKDVGKYKKILDNDKASRN LSKAINKDENFDNEKDYFLCGIYNFKLKLYHPNYNEMEKYAGNIKKDDIFSTLLIINKNY LLSLKKIYTKINKYVYNYILSLYYIILYFYFDDHIIIKKKLSIYYIINMFQKKYKLFYSK LFNRENDLPLFNQTVHTPNYPSSSSGSSFFNSSSDSSASESINQSAYSYDNVLDNREIKP NEKKSDSEMFFKLFKVKDLKKNIYLIFEIFNNIYDEYYGDIYNNSNIANHIVTKIDIEII AYFGEIYQITYMYKMHKYCIHLLLLCIIFTSKIWLVYIFSEKNGYNQFDKDGNYYKKYFG LYYHAQDEEKRKINSNENNINMKKRKSKYDRNSIINMHIDNTNTKDKKNEDTLTNKRAYL LDIVYKKITENMNDNNIKEIYNNLHNYMQQLIMCTSLFYITFICFENLYKNKWNLFFLNS ANILYLYYVDFSEYVKRFCKKHCADQMHVSNLFIDNFHLDLINLKFEAYTKSNSYKTMLK RRKEKKIQDLGLNSKYTDTTNGKYSKESNTTMKYHNKDMPQLYDGKFNDQGNESRCMYTQ NERDKMSNNMMAWYHENETANKYNNNLNKKNTNSEGDDNTYSKYLFLDYYDNNGIKGCIK SLKIIEQKYQDNLMEFVQNNICLYFNIIKYLYKKKKKYLSLPIYSNSHIISIISMMKFSM VNYFTMFNVSCTFMSLTFERPVYEFDGESIDKFKDVKKKKKKNDSKKNTNNNSSCNMLKS MKKLYCNMFLNKDIFSKIKFINTYYKKLSKILYKINNFFLSYDYLKKGVLFVCSLIYYPE IIHNYYLLSNVILISGKERIELLTQEEMFFENLNNDLTIYGKNNNINQDIESGCDENERE ITNIEDLKTYEDQDFYNINYNKTPINTYLTKKNVYEYKNLLTRFFDYLKFLLKNPDHMNI FSIKYKREILHIYSLFVFKKRQANHYIGSTKKLSKTRKNDYASEKSVDNFNIIDKDETNN EKLGKKAPTHSEKPKENQEDKQIGNTEKLNNTYTDNNYNVKGNNFDENILKCFNNCKDKK KEKQTFFNFFWENLFLMNNNDTDLFNTLIEEDNIEHIVSTYAVKDINKLKIKNIEKGCIY FNNNFGKNGPQRAISNHKGHNDKMRKVDNAKPRKYEETDKKDDDDYYYFSDFIASDRSFK LNDISVLNYLYLNYEFDKNIAYLSNYINNRLFTYKCKRMNSYFIKILLYYINLIFLKIKN IFCDDCIYTIKKQQSLNSSANDCSYNVFFFLFLNIINRFNLPKEKLSSIFNNYFPGNTHC GMYANILQKIENEHSEHVFSKYGDATKDEDTYLDRKILNNKINIEKNDKRKYTKSNENST YHNNYNKEMFLKLVDIFLYPEKRCSYFEILTVCYQFLINMKDPKNKIHRKRYKGKMYHLL KIIIESKAKIKKTFLCKSMEKENNNFENSGFDNRSINEIDNTNENSIFHLQTALIYLSLA LYNTYKKSFTHEMRKVAQFFLDFVFFFIENIKNSLIILQIIESYSKDYTYTENSKNNNDD DVKKTKQNNINTFDNDYFNSDTKMIIFMVKFYFRKLLSLLYLYTDELISYTIKHNIDHEI SAKEYFRKTHPFYLSIDYICNYNDSINSKELSECCIYWDYAIITMSHDKCDLYIARYLKS FLLLLSHIVKKSAECENANEENILLDHKYTNINNFPTTMNDEYNANILNTKDSIYYFNNA IDNLFNTYNNIEFFENNIWNDKNIIYEDRDTIVSLVGTAHWYLRQSKRERELREKNKITQ ASTNPDKMTSILCAKVNVENENFHKNGNDDAEKTGIKTKQNKIKNNNISNDTYMGKNKYK NNINIFFNFDQFYSISNEYNTDSCSNDKYKRNFPNKTSIDQSSCDVKNKVIKANQKITNK LFQFYYTFSEASKCINIKKNEYVHVDKIHLNIEKYTFDEKWNYIKKLEKLLKQYQHMIKI LCEILYVTKNINKDIINLKMFIDLWWNNRYTLEQHLKLLNLDISNTLGFSIHKLMSTPLI SINIKRNIALQSSCNFNSDINTSQLTETNEGSNFKLHNDESYNNISLVNNQKYYLKTNFD IFVILYYYAHILNIISWINKWNSFFLPFKYWDNVNIINVIINLTIFSILMKSSNVHISKV KQKYISGNSRIKKSKNSSNIKGDDSNGDEKFSKEKNMRNTMLDSKIKTDEENSDDNNNIT IDVDTAQIEKKVITSYLPLTNKDIESVLSNDPRKQRRKTSNDTTNHEYHNKTKGKEHILM QNLKNYLPPGEYDPIKSDFIQNMIEQSDMFKKYNDFKQFSNTSEDEKNDKTHTDLPNFNK DAKKGRRKTTNINNTNDDEIKNQFLNIYSIIDEEQKKLQKMSSKIYEQLKKNGNSKFGMV TNKKESDKLLKTLKRMTVCANINLNCNDTDKEDDLGGVKDNTFYLNYLDLQKKCEKGLIH CSFLKLRMYLYNILNVVFETNNTNPNDIFNIFNKITHSFIVDVIKCDIHKDKNDSDNFIY SKTVDQKMIRKNPIIIYLHNNLNRIPFENLQPLKDSYIVRGVQKNVTSYLYDRLLRQINE SEFEKREKNNYSISHLNISTEGYANCDNDKNEESDEKVESSASSSKNKYDNNQFGKGCTT RKCPKKRETVNTCQNEQAGKSIHKASKYLSYLNGKSKETNNIDYKYDKLKDNLKNEEHIF NEQFMKKTRHFVFNYDTPSKQYGKTNAEKNFSEYFDDIKMPYANKDYINSEHEQTKSDDK HIKITKTIQDSKNKYNFIVTNYEKEEGQQNGNKNISYFNSKNDVTKNEKGTIEKKKNEKG KRSRKSISIEYSFLNPFNDKNNPNALQMLKKKNEISTPAHNELSSNSLILNDRQKLSRNS LKYIDDTNNITKKGDSYKTKSRSQSILRSESSSSNSSIELIQNENELQKIFRNVRKSMNF HNVMSSFKQKNDEYNFLIPQKKRKSVSESEAYYDKDNFFGKLLNKSTNKTKRNKRRSYSS EREIVPKVEKTPYIKYVPYYIKSDRFIDPKRSNIFYVIDPNGDLKRAQNATYPFIYFRNQ KKYKHKNWNGYSGTFPSEKIILKNLCTNDLYIYCGHQGGEQYISKNDIQSSIQINDKEHI EEENRGPRKSQKSEIPQISKDSENNENTLTRYEKEKMYIEQKMNNLMADSTDKKRRRNSC KVNLKPSSTKTGTMKRKTVANFNEIYDITDLKKISTQNMQDSGLNKSGEIDIEDENDDKN IIQRTQNGIKCCVFLIGCSSGLVSSHGCDLDAWGTPYDYVIGGCIFIFGNLWNITDGEVD GFTQNFFWKWTQPNSSSLFYSNYDYNKPKMTNPREISFNTFTRMLKKLIKAKDEQIIDQE YKDNSSIIVDDNFITMDLDIYNYIKENDFFYKYFQKFYSHPIILNQNLLSINQNKKYTWL SITEALVEAKQYCRLPNTTGSAVVIYGIPL
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PCHAS_1429600.fa Sequence name : PCHAS_1429600 Sequence length : 5490 VALUES OF COMPUTED PARAMETERS Coef20 : 3.556 CoefTot : -0.113 ChDiff : 130 ZoneTo : 3 KR : 1 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.753 2.288 0.447 0.772 MesoH : 0.036 0.752 -0.194 0.389 MuHd_075 : 27.946 24.160 10.833 5.202 MuHd_095 : 23.301 16.613 6.757 6.240 MuHd_100 : 30.795 23.840 9.256 8.217 MuHd_105 : 30.801 25.040 9.166 8.314 Hmax_075 : -1.138 8.487 -1.341 2.540 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 : 0.7250 0.2750 DFMC : 0.9409 0.0591
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 5490 PCHAS_1429600 MIKEELNLHGRLEKLISHVLKNIDNEPYKFGDNVNKNVYAPFYEIYGKESHIEKLSYNEILEKHKDKKNIHKYLFYMFEY 80 VHNKINISHNIKYVNFLYLILRYITYFWMFLSNNDKLALVFYYHFKLAELLFNLKILKFSYFLNIYGIQIFFNIKAKLNI 160 QFLTKDISEETASSLIKVVISNLNKIILSENKNIINIFEKNNFIKSTKTSLISNIDNNKEIDNNDGSKINKITQGDDSSN 240 MQADSSLYNYIWISYFDESDKNILNENRYNIHNIEKNGKISNNKKAYSLILKHDNIKNKSNNILGSNALSINSAYNIFLN 320 FVQLFFKITFYDIDTFLPCLNIFNLDNFLIYFHIYEILSYLEILEKKNTTNEVLKGTQIVPEKSDKDVGNAYNCLGPKLV 400 GEDKKDNLVNDCIFLNVNKNTKKILWSIMFDELRKAFCSNAKNVNYTLKIFKLTFSFFLFDDNHTLKYASSIDLSEEFVK 480 KKEYNFTFISQIYFKEVLNFAISFINSLRYSKSIAYEVVYKSISYVFYMVSKLICNSNNDKKKYILVNNESNLSLIYLIS 560 CVYKYYKKLYIDKNELENGGENNTNKGAMNKSGNHGVVINKESMDKKNMNKKEYTNIDHKNKLKYSFVLLEKVYQKIQEC 640 LYISLTIDEFVQEQTKNNIPSIDEHIRKGSKYIFPEDYINVCNLYACFIIKLNKINMFYSNLDIIKILMEKDKNIYRKYI 720 YTINKNNENFIRFFSFLLNIHYEENQNDLVLKKYIAHLKGPKKYKSKKLIKIMKPYHSPLKYIILKDEIHEDEEKKKRHK 800 NEKIKNRKRSCNEEGHISKYEQNQSRFNTSIKSEITLKNVSNKDNYRSSLFQNNEDDLYKENRPFTDKIERDKNDLFRKC 880 SYKTNRGDAYSDSNNSDDNKKTSSESSSDDSILNENIYSSENFDNMEENVKYKSDMLLLENSLFRIDKNILKKINIDFLN 960 VCHSIILSVKRCIIISDSIYDYFKKYEEYDPTFNIYICKNIFSNFLKVNFLNISIFSYVCVKFGYDDILKQMCNSSLIFL 1040 SYSIFEKYINFVLNQDVEKLKKHKNILHFSTNKLRKTEKNSIVKGKGVDNKSTDNSDGTKTTSSATSSIYSHLYLEDIYE 1120 ILKDRDNYSCEDMFLSDKDEFTETLYLNALLFVINVISIWEMYLEIPIEVLNKMKYTFFELFYNTTIKIIQFIKKRNGYY 1200 FILNILKFVYFKFISLPFNPINTYTSIKLYDFYEFIINENSPPIQNIDNHPFDDEKININSVSPMKFLKNTSNYESRDEF 1280 TSNVRDNKQFSIRKTTCPSNLYTDEINKNKYDITNFNNLSVSNKKKRISMGGLVPVFLNNEDSETEKEKEKKKKRKTNND 1360 YLFYNSNIDKEPEKLSITPSKINVLFNNNENLFTSVNKNDQQNYYENYNEIIPRRSNYKNDKNANEQFSFIDDSLMHVTP 1440 RNDFSNYADEDKEDQACNNINNEKNSTSIYRNTYLNNYYIPHIDLLFIILDMIIYYYFDKRKYKKIILIVNNLFNNIIRK 1520 CDYNTKEYLRSSISYIYNYYQQMNICNNKINPHCCMVIKHLLSIYTKAKICLLNKKIKKHLSYVKEKSTDDESMKLNYNE 1600 FYINFINHNYWKYIFYFDNISKGDYHFYNNEQSDNKTNTHTHAKMEMINNLLSIHINTLLFAILYDNLSKYVTHNFIFFF 1680 KFLTFFYNKVCIDILNLIKSSHNLEFFNIYNFENNITYPNQNEHILNKLRSYLYKDIGVVSESNVDTTPSKIQDIDKTVG 1760 KNDRKKNKHIILMDIDELLITYVHINFIFSRYCCYVMFFKNIYAQKYEIIFKRNATNDYFTKFKNNRDFFDFFEFKGQEK 1840 GNDKKCVDNKYEDSKYSYEINEKTKPTPSIKFNNNSKNDAIAYFHDTFLNENEGISNSDNTNDSKSTSISVEYKNVSKDL 1920 DYVFLEFILEIIGCIDIYDIYKKILNNCYYVIKAEIFYNYIYNNIESLKRFSYLNNVYHLYKLYYYIFVWPNSGKIHNNN 2000 PICKNSDGTFSVETNGMRRKQNNKRHQIKENNDIFYIFDLNNVLREKFSKKYIKLMNENDSNLDCTTDHEWSSDNTSLID 2080 ENKDVGKYKKILDNDKASRNLSKAINKDENFDNEKDYFLCGIYNFKLKLYHPNYNEMEKYAGNIKKDDIFSTLLIINKNY 2160 LLSLKKIYTKINKYVYNYILSLYYIILYFYFDDHIIIKKKLSIYYIINMFQKKYKLFYSKLFNRENDLPLFNQTVHTPNY 2240 PSSSSGSSFFNSSSDSSASESINQSAYSYDNVLDNREIKPNEKKSDSEMFFKLFKVKDLKKNIYLIFEIFNNIYDEYYGD 2320 IYNNSNIANHIVTKIDIEIIAYFGEIYQITYMYKMHKYCIHLLLLCIIFTSKIWLVYIFSEKNGYNQFDKDGNYYKKYFG 2400 LYYHAQDEEKRKINSNENNINMKKRKSKYDRNSIINMHIDNTNTKDKKNEDTLTNKRAYLLDIVYKKITENMNDNNIKEI 2480 YNNLHNYMQQLIMCTSLFYITFICFENLYKNKWNLFFLNSANILYLYYVDFSEYVKRFCKKHCADQMHVSNLFIDNFHLD 2560 LINLKFEAYTKSNSYKTMLKRRKEKKIQDLGLNSKYTDTTNGKYSKESNTTMKYHNKDMPQLYDGKFNDQGNESRCMYTQ 2640 NERDKMSNNMMAWYHENETANKYNNNLNKKNTNSEGDDNTYSKYLFLDYYDNNGIKGCIKSLKIIEQKYQDNLMEFVQNN 2720 ICLYFNIIKYLYKKKKKYLSLPIYSNSHIISIISMMKFSMVNYFTMFNVSCTFMSLTFERPVYEFDGESIDKFKDVKKKK 2800 KKNDSKKNTNNNSSCNMLKSMKKLYCNMFLNKDIFSKIKFINTYYKKLSKILYKINNFFLSYDYLKKGVLFVCSLIYYPE 2880 IIHNYYLLSNVILISGKERIELLTQEEMFFENLNNDLTIYGKNNNINQDIESGCDENEREITNIEDLKTYEDQDFYNINY 2960 NKTPINTYLTKKNVYEYKNLLTRFFDYLKFLLKNPDHMNIFSIKYKREILHIYSLFVFKKRQANHYIGSTKKLSKTRKND 3040 YASEKSVDNFNIIDKDETNNEKLGKKAPTHSEKPKENQEDKQIGNTEKLNNTYTDNNYNVKGNNFDENILKCFNNCKDKK 3120 KEKQTFFNFFWENLFLMNNNDTDLFNTLIEEDNIEHIVSTYAVKDINKLKIKNIEKGCIYFNNNFGKNGPQRAISNHKGH 3200 NDKMRKVDNAKPRKYEETDKKDDDDYYYFSDFIASDRSFKLNDISVLNYLYLNYEFDKNIAYLSNYINNRLFTYKCKRMN 3280 SYFIKILLYYINLIFLKIKNIFCDDCIYTIKKQQSLNSSANDCSYNVFFFLFLNIINRFNLPKEKLSSIFNNYFPGNTHC 3360 GMYANILQKIENEHSEHVFSKYGDATKDEDTYLDRKILNNKINIEKNDKRKYTKSNENSTYHNNYNKEMFLKLVDIFLYP 3440 EKRCSYFEILTVCYQFLINMKDPKNKIHRKRYKGKMYHLLKIIIESKAKIKKTFLCKSMEKENNNFENSGFDNRSINEID 3520 NTNENSIFHLQTALIYLSLALYNTYKKSFTHEMRKVAQFFLDFVFFFIENIKNSLIILQIIESYSKDYTYTENSKNNNDD 3600 DVKKTKQNNINTFDNDYFNSDTKMIIFMVKFYFRKLLSLLYLYTDELISYTIKHNIDHEISAKEYFRKTHPFYLSIDYIC 3680 NYNDSINSKELSECCIYWDYAIITMSHDKCDLYIARYLKSFLLLLSHIVKKSAECENANEENILLDHKYTNINNFPTTMN 3760 DEYNANILNTKDSIYYFNNAIDNLFNTYNNIEFFENNIWNDKNIIYEDRDTIVSLVGTAHWYLRQSKRERELREKNKITQ 3840 ASTNPDKMTSILCAKVNVENENFHKNGNDDAEKTGIKTKQNKIKNNNISNDTYMGKNKYKNNINIFFNFDQFYSISNEYN 3920 TDSCSNDKYKRNFPNKTSIDQSSCDVKNKVIKANQKITNKLFQFYYTFSEASKCINIKKNEYVHVDKIHLNIEKYTFDEK 4000 WNYIKKLEKLLKQYQHMIKILCEILYVTKNINKDIINLKMFIDLWWNNRYTLEQHLKLLNLDISNTLGFSIHKLMSTPLI 4080 SINIKRNIALQSSCNFNSDINTSQLTETNEGSNFKLHNDESYNNISLVNNQKYYLKTNFDIFVILYYYAHILNIISWINK 4160 WNSFFLPFKYWDNVNIINVIINLTIFSILMKSSNVHISKVKQKYISGNSRIKKSKNSSNIKGDDSNGDEKFSKEKNMRNT 4240 MLDSKIKTDEENSDDNNNITIDVDTAQIEKKVITSYLPLTNKDIESVLSNDPRKQRRKTSNDTTNHEYHNKTKGKEHILM 4320 QNLKNYLPPGEYDPIKSDFIQNMIEQSDMFKKYNDFKQFSNTSEDEKNDKTHTDLPNFNKDAKKGRRKTTNINNTNDDEI 4400 KNQFLNIYSIIDEEQKKLQKMSSKIYEQLKKNGNSKFGMVTNKKESDKLLKTLKRMTVCANINLNCNDTDKEDDLGGVKD 4480 NTFYLNYLDLQKKCEKGLIHCSFLKLRMYLYNILNVVFETNNTNPNDIFNIFNKITHSFIVDVIKCDIHKDKNDSDNFIY 4560 SKTVDQKMIRKNPIIIYLHNNLNRIPFENLQPLKDSYIVRGVQKNVTSYLYDRLLRQINESEFEKREKNNYSISHLNIST 4640 EGYANCDNDKNEESDEKVESSASSSKNKYDNNQFGKGCTTRKCPKKRETVNTCQNEQAGKSIHKASKYLSYLNGKSKETN 4720 NIDYKYDKLKDNLKNEEHIFNEQFMKKTRHFVFNYDTPSKQYGKTNAEKNFSEYFDDIKMPYANKDYINSEHEQTKSDDK 4800 HIKITKTIQDSKNKYNFIVTNYEKEEGQQNGNKNISYFNSKNDVTKNEKGTIEKKKNEKGKRSRKSISIEYSFLNPFNDK 4880 NNPNALQMLKKKNEISTPAHNELSSNSLILNDRQKLSRNSLKYIDDTNNITKKGDSYKTKSRSQSILRSESSSSNSSIEL 4960 IQNENELQKIFRNVRKSMNFHNVMSSFKQKNDEYNFLIPQKKRKSVSESEAYYDKDNFFGKLLNKSTNKTKRNKRRSYSS 5040 EREIVPKVEKTPYIKYVPYYIKSDRFIDPKRSNIFYVIDPNGDLKRAQNATYPFIYFRNQKKYKHKNWNGYSGTFPSEKI 5120 ILKNLCTNDLYIYCGHQGGEQYISKNDIQSSIQINDKEHIEEENRGPRKSQKSEIPQISKDSENNENTLTRYEKEKMYIE 5200 QKMNNLMADSTDKKRRRNSCKVNLKPSSTKTGTMKRKTVANFNEIYDITDLKKISTQNMQDSGLNKSGEIDIEDENDDKN 5280 IIQRTQNGIKCCVFLIGCSSGLVSSHGCDLDAWGTPYDYVIGGCIFIFGNLWNITDGEVDGFTQNFFWKWTQPNSSSLFY 5360 SNYDYNKPKMTNPREISFNTFTRMLKKLIKAKDEQIIDQEYKDNSSIIVDDNFITMDLDIYNYIKENDFFYKYFQKFYSH 5440 PIILNQNLLSINQNKKYTWLSITEALVEAKQYCRLPNTTGSAVVIYGIPL 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 :-

    >PCHAS_1429600 ATGATTAAAGAGGAATTAAATTTACATGGGCGGTTAGAGAAGCTAATATCACATGTGCTA AAAAATATAGATAATGAGCCATATAAATTTGGAGATAATGTGAATAAAAATGTATACGCC CCATTTTATGAGATATATGGGAAAGAAAGCCATATAGAAAAGTTAAGTTATAATGAAATT TTAGAAAAACATAAAGATAAAAAAAACATCCACAAATATTTATTTTATATGTTTGAATAT GTTCACAATAAGATAAATATAAGTCATAATATAAAATATGTAAATTTCTTATATCTTATT TTGAGATATATTACATATTTTTGGATGTTTTTATCAAATAATGATAAACTAGCTTTAGTT TTTTATTATCATTTTAAGCTTGCAGAATTGTTATTTAATTTGAAAATCCTTAAATTTTCT TATTTTTTAAATATATATGGTATACAAATTTTCTTCAATATTAAAGCAAAATTAAACATA CAATTCTTGACAAAGGACATAAGTGAGGAAACTGCAAGCTCCTTAATAAAGGTCGTTATA TCAAATTTAAATAAAATAATTTTATCCGAAAATAAAAATATTATTAACATTTTTGAAAAA AACAATTTTATTAAATCTACAAAGACAAGTCTAATCAGTAATATAGACAATAATAAAGAA ATAGATAATAATGATGGTTCAAAAATAAATAAAATTACACAAGGGGATGATTCCTCTAAT ATGCAAGCAGATAGTAGTTTATATAATTATATATGGATAAGTTATTTTGATGAAAGTGAC AAAAATATATTGAATGAAAACCGTTATAATATTCATAATATTGAAAAAAATGGAAAAATA TCTAATAATAAAAAAGCATATTCTTTAATATTAAAACATGACAATATAAAAAATAAATCT AATAATATATTGGGGTCTAATGCTCTTTCAATTAATAGCGCCTATAATATATTTTTAAAC TTTGTTCAATTATTTTTTAAAATAACATTCTACGATATTGATACATTTTTACCGTGTCTA AATATATTTAATTTAGATAACTTTTTGATTTATTTTCATATTTACGAAATACTTTCATAT CTTGAAATTTTGGAAAAAAAAAATACAACAAATGAAGTTTTGAAAGGAACACAAATTGTA CCAGAAAAATCGGATAAAGATGTGGGTAATGCTTATAATTGTTTGGGTCCCAAGTTAGTT GGGGAAGACAAAAAAGATAATTTAGTCAATGATTGTATTTTTTTAAATGTCAATAAAAAT ACTAAAAAAATATTATGGAGTATTATGTTTGACGAATTACGAAAAGCATTTTGTTCAAAT GCGAAAAATGTAAATTACACATTAAAAATTTTTAAGTTAACTTTTAGTTTTTTTTTGTTT GATGACAACCATACATTAAAATATGCAAGCAGTATTGATCTGTCTGAAGAGTTTGTAAAA AAAAAGGAATATAATTTTACATTTATATCTCAAATATATTTTAAAGAGGTGCTAAATTTT GCAATATCTTTTATTAACAGTTTAAGATATTCAAAATCAATAGCATACGAAGTAGTGTAT AAATCTATTTCATACGTATTTTATATGGTATCAAAATTAATATGTAATTCAAATAATGAT AAAAAAAAATATATTTTGGTTAATAATGAAAGTAACTTGAGCCTTATATACCTCATTTCA TGTGTGTATAAATATTATAAAAAATTGTATATCGATAAAAATGAATTGGAAAATGGCGGG GAAAATAATACCAATAAGGGAGCTATGAATAAAAGCGGAAACCACGGAGTTGTTATTAAC AAAGAGAGTATGGACAAAAAAAATATGAATAAAAAAGAATATACTAATATAGACCATAAG AACAAATTAAAATACTCTTTTGTATTGCTAGAAAAGGTTTATCAAAAAATACAGGAATGC TTATATATTTCATTAACAATAGATGAATTTGTTCAAGAACAAACAAAAAATAATATTCCC TCAATCGATGAACATATTAGAAAGGGCTCTAAATACATATTCCCAGAAGATTATATAAAT GTATGTAATTTATATGCATGCTTTATTATAAAGTTAAATAAGATAAATATGTTTTATTCT AATTTGGATATTATAAAAATTTTGATGGAAAAAGACAAAAATATATACAGAAAATATATA TATACTATAAACAAAAATAATGAGAATTTTATTCGATTTTTTTCCTTTTTACTTAATATA CATTATGAAGAAAATCAAAATGATTTGGTCTTAAAAAAATATATAGCACATTTGAAAGGC CCAAAAAAATATAAAAGTAAAAAGCTAATTAAAATTATGAAACCTTATCATTCCCCACTA AAATATATCATTTTGAAGGATGAAATTCATGAAGATGAAGAGAAAAAAAAAAGACACAAA AATGAAAAAATAAAAAATAGAAAAAGGAGTTGCAACGAAGAGGGGCACATAAGTAAGTAT GAGCAGAATCAAAGTCGATTTAATACATCTATAAAATCAGAAATCACACTAAAAAATGTG TCTAACAAAGATAATTATCGTAGTAGTCTTTTTCAAAATAATGAAGATGATTTGTATAAA GAAAACCGCCCTTTCACAGATAAAATTGAAAGAGATAAAAATGATTTATTTCGAAAATGC TCCTATAAAACAAACAGAGGAGATGCATATAGTGATTCAAACAATAGTGATGATAATAAA AAAACAAGTAGTGAAAGTAGCAGTGATGATAGTATTTTGAATGAAAACATATATAGTTCA GAAAATTTTGATAATATGGAAGAAAATGTAAAGTATAAAAGTGATATGCTTCTTCTCGAA AATTCGCTATTTAGAATCGATAAAAATATTTTGAAAAAAATAAATATCGATTTTCTAAAT GTGTGTCATAGTATTATTTTATCCGTTAAAAGATGCATAATCATATCTGATAGTATTTAT GATTATTTCAAAAAATATGAAGAATATGATCCAACTTTCAATATATATATTTGTAAGAAT ATTTTTTCGAATTTTTTAAAAGTTAATTTTTTAAATATAAGTATCTTTTCATACGTTTGT GTTAAATTTGGATATGATGATATCTTAAAACAGATGTGCAACTCATCTTTAATATTTTTG TCTTATAGTATATTTGAAAAATATATCAATTTTGTATTAAATCAAGATGTGGAAAAATTG AAAAAACATAAAAATATTTTGCATTTTAGCACAAACAAGCTAAGAAAAACAGAAAAAAAC AGTATTGTGAAAGGAAAAGGTGTTGATAATAAAAGCACCGACAATAGTGATGGAACGAAA ACAACCAGTTCTGCTACCAGCTCTATATATTCACATTTATATCTTGAAGATATATATGAA ATATTAAAAGATAGGGATAATTATTCATGTGAGGATATGTTTTTATCAGATAAAGATGAA TTTACAGAAACATTGTATTTAAATGCTCTTTTATTTGTTATTAATGTAATATCGATATGG GAAATGTATTTAGAAATACCAATAGAAGTATTAAACAAAATGAAATATACATTTTTTGAA TTATTTTATAATACTACAATTAAAATTATACAATTTATTAAAAAACGTAATGGATACTAT TTTATATTAAATATATTAAAATTTGTTTATTTCAAATTTATAAGTTTACCATTTAATCCT ATTAATACTTACACATCAATTAAGTTATATGACTTTTATGAATTTATAATTAACGAAAAT TCTCCTCCTATACAAAATATTGATAATCATCCATTTGATGATGAAAAAATAAATATAAAT TCTGTTAGTCCAATGAAATTTTTGAAAAATACTTCAAATTATGAAAGCAGAGATGAATTC ACATCGAATGTGCGCGATAATAAACAATTCAGCATAAGGAAAACGACATGTCCAAGCAAT TTATATACTGATGAAATAAATAAGAATAAATACGATATTACAAATTTTAACAACTTAAGT GTTAGCAACAAAAAAAAACGAATAAGTATGGGAGGACTTGTTCCTGTATTTTTAAATAAT GAAGATTCAGAAACGGAAAAAGAAAAAGAAAAAAAAAAAAAACGGAAAACAAATAATGAT TATTTATTTTATAATAGCAATATAGATAAAGAGCCTGAAAAACTTTCAATAACTCCGTCA AAAATAAATGTCTTATTCAACAATAATGAAAATTTATTTACTAGCGTTAATAAAAATGAC CAACAAAATTATTATGAAAATTATAACGAAATAATACCTAGGCGTAGCAATTATAAAAAT GATAAGAATGCAAATGAGCAATTTAGCTTTATTGATGATAGTCTTATGCATGTAACACCA CGAAATGATTTTTCTAATTATGCAGATGAAGATAAGGAGGATCAGGCTTGTAATAATATT AATAATGAAAAGAACAGCACAAGTATTTATAGGAATACATATTTGAACAATTATTACATA CCTCATATTGATCTTCTGTTTATTATTTTAGATATGATCATATATTATTATTTTGATAAA AGAAAATATAAAAAAATAATATTAATTGTTAATAATTTGTTTAATAATATCATTAGAAAA TGCGATTATAACACAAAAGAATATTTAAGATCGTCTATTTCATATATTTATAATTACTAC CAACAAATGAATATATGTAATAACAAGATCAATCCACATTGTTGTATGGTTATTAAACAC CTTTTATCTATTTATACAAAAGCAAAAATATGTCTTTTAAATAAAAAAATTAAGAAACAC TTATCTTATGTAAAAGAAAAAAGTACAGATGACGAATCTATGAAATTAAATTATAATGAA TTTTATATAAATTTTATTAATCATAATTATTGGAAATATATATTTTATTTTGATAATATA TCAAAAGGTGATTACCATTTTTATAATAATGAACAAAGTGATAATAAAACAAATACACAC ACACACGCAAAAATGGAAATGATTAACAATTTGTTATCTATACATATAAATACGTTGCTT TTTGCAATATTATATGATAATTTGTCAAAATATGTTACTCATAATTTTATATTTTTTTTT AAATTCTTAACATTTTTTTATAATAAAGTATGTATAGATATCTTGAATTTAATTAAAAGT TCTCATAATTTAGAATTTTTTAATATATATAATTTTGAAAATAATATTACTTATCCAAAT CAGAACGAACATATATTAAACAAATTAAGAAGCTACTTATATAAAGACATCGGTGTGGTG AGTGAAAGTAATGTAGATACTACTCCATCCAAAATTCAAGATATAGATAAAACAGTAGGG AAAAATGACAGAAAAAAAAACAAACATATTATTCTTATGGATATTGACGAATTGCTCATT ACATATGTCCATATAAATTTTATATTTTCAAGATATTGCTGCTATGTTATGTTTTTTAAA AATATATATGCTCAAAAATATGAAATTATATTTAAGCGTAATGCTACGAATGATTATTTT ACAAAATTTAAAAATAACAGAGATTTTTTTGATTTCTTTGAATTTAAGGGGCAGGAAAAA GGAAATGATAAAAAATGTGTTGACAACAAATACGAAGATAGTAAATACAGTTATGAAATT AATGAAAAAACAAAGCCAACACCCTCAATAAAATTTAATAATAATAGCAAAAATGATGCG ATAGCCTATTTTCATGATACTTTTTTGAACGAGAATGAAGGTATAAGCAATTCTGATAAT ACTAATGATTCTAAATCTACTAGCATTTCAGTAGAATATAAAAACGTTTCAAAAGACTTA GATTATGTATTTTTAGAGTTCATTTTAGAAATTATAGGATGTATAGATATATATGACATC TATAAAAAAATCCTAAATAATTGCTACTATGTAATAAAGGCAGAAATTTTTTATAATTAT ATTTACAATAATATTGAATCGCTAAAAAGATTTTCTTATCTCAACAATGTCTATCATTTA TATAAGTTATATTACTATATTTTTGTCTGGCCCAATAGTGGCAAAATTCACAATAACAAT CCCATTTGTAAAAACTCGGATGGTACATTTTCAGTTGAAACAAATGGAATGCGTAGAAAA CAGAACAACAAAAGACACCAGATTAAAGAAAATAATGATATTTTTTATATTTTTGATTTG AATAATGTATTGAGAGAAAAGTTTAGCAAAAAATATATAAAACTTATGAATGAAAATGAT TCTAATTTAGATTGTACAACTGATCATGAATGGTCTAGTGACAACACTTCTCTTATAGAT GAAAATAAGGATGTAGGAAAATACAAAAAAATACTGGATAATGATAAAGCATCGCGCAAT TTAAGCAAAGCTATAAATAAAGATGAAAATTTTGACAATGAAAAGGATTATTTTTTATGT GGCATATATAATTTTAAATTAAAGCTATACCATCCTAATTACAATGAAATGGAAAAATAT GCTGGAAATATTAAAAAAGACGATATTTTTAGTACTTTATTAATTATTAATAAAAATTAT TTATTGTCATTAAAAAAAATATATACAAAGATAAACAAATATGTTTATAATTATATTTTA AGTCTTTATTATATAATTTTATATTTTTATTTTGATGACCATATTATAATTAAAAAAAAA CTGTCTATTTATTACATTATAAACATGTTTCAAAAAAAATATAAATTATTTTATAGCAAG CTTTTTAACAGAGAAAACGATCTTCCATTATTTAATCAAACTGTCCATACTCCAAATTAT CCATCTTCTTCATCGGGCTCATCTTTTTTCAATTCATCATCAGATTCTTCTGCCTCAGAA TCGATTAATCAATCAGCCTACTCTTATGATAATGTGCTTGATAATAGAGAGATAAAACCA AACGAGAAAAAAAGCGATTCAGAAATGTTTTTCAAATTATTTAAAGTAAAAGATTTAAAA AAAAATATATATCTAATTTTTGAAATTTTTAACAATATATATGATGAATATTATGGGGAC ATTTATAATAATTCAAATATTGCCAATCATATTGTCACAAAAATAGATATAGAAATAATT GCATATTTTGGAGAAATATACCAAATAACATATATGTATAAAATGCATAAATATTGTATA CATCTTTTGTTATTGTGCATTATTTTCACATCGAAAATTTGGCTAGTTTATATATTTAGC GAAAAAAATGGATACAATCAATTTGATAAGGATGGAAATTATTATAAAAAATATTTTGGA TTATATTATCATGCTCAAGATGAGGAAAAAAGGAAAATAAACTCAAATGAAAACAATATT AACATGAAAAAAAGAAAGAGCAAATATGATAGAAATAGTATAATAAATATGCATATAGAC AATACTAATACGAAAGATAAGAAAAACGAAGATACATTAACGAATAAAAGAGCATATTTA CTAGATATTGTATATAAAAAAATTACAGAAAATATGAATGATAATAATATTAAAGAAATA TATAATAATCTACACAATTATATGCAACAGTTAATTATGTGCACCTCCTTATTTTATATA ACATTTATTTGTTTTGAAAATTTATATAAAAATAAATGGAATTTATTTTTTTTAAACTCA GCAAATATTCTTTATCTGTATTATGTCGATTTTAGCGAATATGTGAAAAGATTTTGTAAA AAACATTGTGCTGATCAAATGCATGTCTCCAATTTATTTATTGATAATTTCCATTTAGAC TTGATCAACTTGAAATTTGAAGCCTATACCAAGAGTAACTCTTATAAGACAATGCTAAAA CGAAGGAAGGAAAAAAAAATCCAAGATTTGGGATTAAATTCCAAATACACGGATACAACA AATGGAAAATATTCAAAAGAAAGCAATACTACTATGAAATATCATAATAAAGACATGCCA CAGTTGTATGATGGCAAATTTAATGACCAAGGAAATGAATCCAGATGCATGTACACACAA AATGAACGAGACAAAATGAGCAACAATATGATGGCATGGTATCATGAGAATGAAACAGCG AATAAATATAATAATAACTTGAATAAGAAAAATACAAACAGTGAAGGAGATGATAATACA TACTCAAAATATTTGTTTTTGGATTATTATGATAATAATGGGATAAAAGGTTGTATAAAA AGCTTAAAAATTATAGAGCAAAAATATCAAGACAATTTAATGGAATTTGTTCAAAATAAT ATTTGCTTATATTTTAATATTATAAAATATTTATACAAAAAAAAAAAAAAATATTTAAGT CTTCCTATATATAGTAATTCTCATATAATCTCAATTATATCAATGATGAAATTCTCAATG GTAAACTACTTTACCATGTTTAATGTATCTTGCACTTTCATGTCTCTTACTTTTGAGCGC CCAGTATATGAATTTGACGGTGAAAGTATTGATAAGTTTAAAGATGTGAAAAAAAAGAAA AAAAAAAATGATTCAAAAAAAAACACCAATAATAATAGTAGTTGTAATATGCTAAAGTCG ATGAAAAAGCTTTACTGTAACATGTTTTTAAATAAAGACATTTTTAGTAAAATAAAATTC ATAAACACTTACTATAAAAAGTTATCAAAAATTTTGTATAAAATAAACAACTTTTTTCTT AGTTATGACTATTTAAAAAAGGGAGTATTATTTGTTTGTAGTTTAATTTACTATCCAGAA ATTATTCATAATTATTATTTATTATCAAATGTTATCTTAATTAGTGGTAAAGAAAGGATT GAGCTATTAACACAAGAAGAAATGTTTTTCGAAAATTTAAATAACGATCTAACTATATAT GGAAAAAACAATAATATTAATCAGGACATAGAATCCGGGTGTGATGAAAATGAAAGGGAA ATAACAAATATAGAGGATTTAAAAACTTATGAGGATCAAGATTTTTATAATATTAATTAT AATAAAACTCCTATAAATACATATTTAACTAAAAAAAATGTATATGAATATAAAAATTTG TTAACTAGGTTTTTCGACTATTTAAAATTTTTATTAAAAAATCCTGATCATATGAATATT TTTTCCATAAAATATAAGCGAGAAATTTTACACATTTATTCTTTATTTGTATTTAAAAAA AGACAAGCAAATCATTACATAGGTAGTACTAAAAAACTGAGCAAGACTAGAAAAAATGAT TATGCTTCCGAAAAATCTGTTGATAATTTTAATATAATCGATAAAGATGAAACTAATAAT GAGAAACTCGGAAAAAAGGCACCTACACATTCTGAAAAACCAAAGGAAAATCAAGAAGAT AAACAAATAGGAAATACAGAAAAATTAAATAACACATATACTGATAATAATTATAATGTG AAAGGAAATAACTTTGATGAAAATATATTAAAATGCTTTAACAATTGTAAAGACAAAAAG AAGGAAAAACAAACATTTTTTAATTTTTTTTGGGAAAATTTATTCCTTATGAATAATAAC GACACTGATTTGTTTAACACTCTAATTGAGGAGGATAATATAGAGCACATTGTAAGCACA TATGCAGTTAAAGATATAAACAAACTTAAAATCAAGAATATTGAGAAGGGTTGCATATAT TTTAATAACAACTTTGGAAAAAATGGGCCCCAAAGGGCAATTAGCAATCATAAAGGGCAT AATGATAAAATGAGAAAAGTAGACAATGCTAAACCAAGAAAATATGAGGAAACAGACAAA AAAGATGACGACGATTACTATTACTTTAGTGACTTCATAGCATCAGATAGATCATTTAAA TTAAACGATATATCAGTTTTAAATTATTTATATTTAAATTATGAATTTGATAAAAATATA GCATATTTAAGTAATTATATAAATAATAGATTGTTTACTTATAAATGTAAAAGAATGAAT TCCTATTTTATCAAAATATTATTATATTATATAAATTTGATATTTTTAAAAATAAAAAAT ATATTTTGTGATGATTGTATATATACAATAAAAAAACAACAGTCCCTTAATTCATCGGCT AATGATTGCTCTTATAATGTTTTTTTTTTCTTGTTCTTAAATATTATTAATAGATTTAAT CTACCAAAAGAAAAATTAAGTTCAATATTTAATAATTACTTTCCAGGAAATACACACTGT GGCATGTATGCTAATATATTACAAAAAATAGAAAATGAACATTCAGAACATGTTTTTTCA AAATATGGGGACGCTACTAAAGACGAAGATACATATTTAGATAGAAAAATCTTAAATAAT AAAATAAATATCGAAAAAAATGATAAAAGAAAGTATACAAAATCAAATGAAAACAGCACA TATCACAACAATTATAACAAAGAAATGTTTCTTAAATTAGTAGATATATTTTTATATCCA GAAAAACGATGCAGCTACTTCGAGATACTAACAGTTTGCTATCAATTCTTAATTAATATG AAAGATCCAAAAAATAAAATTCATAGAAAAAGATATAAAGGTAAAATGTACCATCTGTTG AAAATTATTATTGAGAGCAAGGCAAAAATAAAAAAGACTTTTCTTTGCAAGAGTATGGAA AAGGAAAACAATAACTTCGAAAACAGTGGCTTTGATAATAGAAGCATAAATGAAATAGAC AATACAAATGAAAACTCAATTTTTCATCTACAAACAGCTTTAATATATTTGTCTTTAGCA TTGTATAACACATATAAAAAGTCGTTTACGCATGAAATGCGAAAAGTTGCTCAATTTTTT TTAGATTTTGTTTTTTTCTTTATAGAAAACATAAAAAATAGTTTAATCATACTGCAAATA ATTGAATCATATTCCAAGGATTATACTTATACCGAAAATAGTAAAAATAATAATGATGAT GATGTGAAAAAAACAAAACAAAACAATATTAACACTTTTGATAATGATTATTTTAATAGT GATACTAAAATGATTATATTTATGGTAAAATTTTATTTTAGGAAATTATTATCTTTACTT TATTTATATACAGACGAATTAATATCTTATACTATTAAACATAATATTGATCATGAAATA TCTGCAAAAGAATACTTTAGAAAAACGCATCCATTTTATCTATCTATTGATTATATATGT AATTATAATGATTCTATAAATTCAAAAGAATTAAGCGAGTGTTGTATTTATTGGGACTAT GCAATTATAACAATGAGTCATGATAAATGTGATTTATATATTGCAAGATATCTTAAGAGT TTTTTATTACTACTATCCCATATTGTTAAAAAATCTGCAGAATGTGAAAATGCTAATGAA GAAAATATTTTATTGGATCATAAATATACAAATATTAACAATTTCCCAACTACTATGAAT GATGAATATAATGCGAATATTCTAAATACTAAAGACAGTATATACTATTTTAACAATGCA ATTGATAATTTGTTCAATACATATAATAATATCGAATTTTTTGAAAATAATATTTGGAAT GATAAAAATATCATATATGAAGATAGAGATACAATTGTTTCATTAGTTGGTACAGCCCAT TGGTATTTAAGACAAAGTAAACGGGAAAGAGAACTTCGAGAAAAAAATAAAATAACACAA GCATCTACAAATCCTGATAAAATGACTTCAATTTTGTGTGCCAAAGTAAATGTAGAAAAT GAGAATTTCCATAAAAATGGTAACGATGACGCTGAAAAAACAGGAATAAAAACAAAGCAA AACAAAATAAAAAATAACAATATTAGTAATGATACATACATGGGAAAAAACAAATACAAG AATAATATCAATATATTTTTTAATTTTGATCAGTTTTATTCAATATCAAATGAATATAAT ACAGATTCTTGTTCAAATGATAAATACAAAAGAAATTTTCCTAACAAAACTAGCATCGAT CAAAGTAGTTGTGATGTGAAAAATAAGGTTATAAAAGCGAATCAAAAAATAACAAATAAA TTGTTTCAATTTTATTACACATTTAGCGAGGCTAGTAAATGCATTAATATAAAAAAAAAT GAATATGTGCATGTAGATAAAATTCATTTAAATATAGAAAAATACACATTTGACGAAAAA TGGAATTATATAAAAAAATTAGAAAAACTTTTAAAACAATATCAGCATATGATAAAAATA TTATGTGAAATTTTATATGTAACTAAAAACATTAATAAAGATATAATTAATTTAAAAATG TTTATAGATTTATGGTGGAATAATAGATATACATTAGAACAACATTTAAAATTGCTAAAT TTAGATATATCAAATACCTTAGGATTTTCTATACATAAATTAATGTCTACTCCGTTAATT TCTATCAACATAAAAAGAAATATTGCCTTGCAATCCAGTTGTAATTTTAATAGTGATATT AATACTAGCCAGTTAACTGAAACTAACGAAGGATCTAACTTTAAATTGCATAATGATGAA TCATATAATAATATATCGCTAGTTAATAATCAAAAATATTATTTGAAAACAAATTTTGAC ATATTTGTAATTCTTTATTATTATGCTCATATTTTGAATATTATTTCTTGGATTAATAAA TGGAATTCCTTTTTTCTCCCTTTCAAATATTGGGACAATGTAAATATAATAAATGTTATA ATAAATCTGACAATTTTCTCTATCCTTATGAAAAGCTCAAATGTCCATATTTCAAAGGTA AAGCAAAAATATATATCAGGAAATTCCCGAATTAAGAAGTCTAAAAATTCAAGTAATATT AAAGGGGACGATTCAAATGGGGATGAAAAATTTAGTAAAGAAAAAAACATGCGAAATACT ATGCTGGATAGTAAGATAAAAACTGATGAAGAGAATAGTGACGATAATAATAATATTACA ATTGATGTAGACACAGCACAAATCGAAAAGAAAGTTATAACATCATATTTGCCACTTACA AATAAAGACATTGAAAGTGTCTTATCAAATGATCCACGAAAGCAACGAAGAAAAACCTCT AATGATACTACAAATCATGAATATCATAATAAAACAAAAGGAAAGGAACATATACTTATG CAGAATTTAAAAAATTATCTTCCTCCGGGTGAATATGACCCAATTAAAAGCGATTTTATT CAAAATATGATAGAACAATCGGATATGTTTAAGAAATATAATGACTTTAAGCAATTTAGC AATACATCAGAAGATGAAAAAAACGATAAAACACACACAGATTTACCCAATTTTAATAAA GACGCTAAAAAGGGGCGAAGGAAAACGACAAATATAAATAATACTAATGATGATGAAATA AAAAATCAATTCCTAAATATTTATTCTATTATAGATGAAGAACAAAAAAAATTACAAAAA ATGTCATCCAAAATTTACGAACAGTTAAAAAAAAATGGAAATAGTAAATTTGGAATGGTA ACGAATAAAAAGGAAAGTGATAAATTGTTAAAAACATTAAAAAGGATGACAGTATGTGCA AATATAAATTTGAATTGTAATGATACTGATAAAGAAGATGATTTAGGCGGTGTAAAAGAC AATACTTTTTATTTGAATTATTTAGATCTCCAAAAAAAATGTGAAAAGGGTTTAATACAT TGCTCTTTTTTAAAATTGAGAATGTATTTATATAATATATTAAATGTTGTATTTGAAACT AATAATACAAATCCAAATGATATTTTTAATATATTTAATAAAATTACTCATTCGTTTATT GTTGATGTTATAAAATGTGATATACACAAGGATAAAAATGATAGTGACAATTTTATATAT TCAAAAACTGTCGACCAAAAAATGATAAGAAAGAACCCAATTATCATATATTTACATAAT AATTTAAATAGAATTCCTTTTGAGAATCTACAGCCTTTAAAAGATTCTTATATTGTTCGT GGGGTGCAAAAAAACGTAACTTCTTATTTATACGATCGACTGTTAAGGCAAATTAATGAG AGCGAATTTGAAAAAAGGGAAAAAAATAATTATAGTATTTCTCATTTGAATATAAGCACT GAGGGATATGCAAATTGTGACAACGATAAAAATGAAGAAAGTGATGAAAAGGTTGAAAGT AGTGCCAGTTCCAGCAAAAACAAATATGATAATAATCAATTTGGTAAGGGTTGCACAACA AGAAAATGCCCTAAAAAGCGTGAAACCGTTAATACGTGCCAAAATGAACAAGCGGGAAAA TCAATTCACAAAGCCTCAAAATATTTATCATATCTAAATGGAAAATCAAAAGAAACAAAT AATATTGACTATAAATATGATAAATTAAAAGATAATCTAAAAAATGAAGAACATATTTTC AACGAACAATTTATGAAAAAGACACGTCATTTTGTGTTTAATTATGACACCCCAAGTAAG CAATATGGCAAAACAAATGCCGAAAAAAACTTCAGTGAATATTTTGATGATATAAAAATG CCATATGCCAATAAAGATTATATTAATAGTGAACATGAACAAACAAAAAGCGATGATAAA CACATAAAAATAACAAAAACTATTCAGGATAGCAAAAATAAATACAATTTTATTGTTACA AATTATGAAAAGGAAGAAGGTCAACAAAATGGAAATAAAAATATTAGCTACTTTAATAGT AAAAACGACGTAACGAAAAATGAAAAGGGAACGATTGAAAAAAAGAAAAATGAAAAAGGA AAAAGATCTAGAAAAAGTATTTCTATTGAATACTCATTTTTAAACCCTTTTAATGATAAA AATAATCCCAATGCATTACAAATGTTAAAAAAAAAAAATGAAATATCAACCCCAGCACAC AATGAATTATCTAGCAATTCGCTTATACTTAATGATAGACAAAAATTAAGTCGAAATTCT CTTAAATATATTGATGATACCAATAATATTACAAAAAAAGGAGATAGTTATAAAACAAAA AGTCGATCACAATCTATTTTACGCTCTGAATCTTCTTCTTCTAACTCCTCAATAGAATTA ATTCAAAATGAAAACGAGCTTCAAAAAATATTTAGGAATGTAAGAAAATCAATGAATTTT CACAATGTTATGAGTTCATTTAAACAAAAAAATGATGAATATAATTTTTTAATTCCACAA AAAAAACGGAAAAGTGTGAGTGAGTCAGAAGCATACTATGATAAGGATAACTTTTTTGGA AAGCTTTTAAATAAATCAACGAATAAAACAAAAAGAAATAAAAGAAGGAGCTATTCATCA GAAAGAGAAATAGTTCCCAAAGTGGAAAAAACGCCATATATTAAATATGTTCCATATTAT ATTAAAAGCGATCGATTTATTGACCCTAAAAGAAGCAATATATTTTATGTAATTGACCCT AATGGCGATTTAAAACGAGCTCAAAATGCTACATATCCGTTTATATATTTTAGAAACCAA AAAAAATATAAACATAAAAATTGGAATGGCTATTCTGGAACTTTCCCTTCTGAAAAAATT ATATTAAAAAATTTATGCACAAATGATTTGTATATATATTGTGGCCATCAAGGTGGGGAA CAATATATTAGTAAAAATGACATACAAAGTTCCATTCAAATTAATGACAAAGAACATATT GAAGAGGAAAACAGAGGACCAAGGAAATCCCAAAAGAGCGAAATACCCCAAATTAGCAAA GACAGTGAAAATAACGAAAATACCTTGACACGTTATGAAAAGGAAAAAATGTATATAGAA CAGAAAATGAATAATTTAATGGCAGACAGTACTGACAAGAAGAGACGAAGAAATTCCTGC AAGGTAAACTTAAAACCGTCTAGTACGAAAACCGGAACAATGAAAAGAAAAACAGTAGCT AATTTTAACGAAATTTATGATATTACTGATTTGAAAAAAATAAGCACACAAAATATGCAA GATTCTGGTTTAAATAAAAGTGGAGAAATAGATATAGAAGATGAAAATGACGATAAAAAT ATTATTCAAAGGACACAGAATGGAATAAAGTGCTGTGTATTTTTAATCGGATGTAGTTCT GGTTTAGTTTCGTCTCATGGGTGCGATTTGGATGCTTGGGGTACCCCCTATGATTATGTA ATAGGAGGATGTATTTTTATCTTTGGAAATTTATGGAATATAACAGATGGAGAAGTTGAT GGATTTACTCAAAACTTTTTCTGGAAATGGACTCAACCAAATAGTTCATCCTTATTTTAT TCTAACTATGATTATAATAAACCTAAAATGACAAATCCACGTGAAATATCTTTTAATACT TTTACAAGAATGCTAAAGAAATTAATAAAAGCAAAGGATGAACAAATAATTGATCAAGAA TATAAAGATAATTCATCGATAATCGTTGATGATAATTTTATTACTATGGATTTGGACATA TATAATTATATTAAAGAAAATGATTTTTTTTATAAATATTTTCAAAAATTTTATTCACAT CCTATTATATTAAACCAAAACTTATTAAGCATAAATCAAAACAAAAAATATACTTGGTTA AGTATCACAGAAGCTTTAGTTGAAGCTAAACAATATTGTCGTCTACCGAACACAACTGGT TCTGCTGTGGTCATATATGGCATACCACTTTGA
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  • Fasta :-

    MIKEELNLHGRLEKLISHVLKNIDNEPYKFGDNVNKNVYAPFYEIYGKESHIEKLSYNEI LEKHKDKKNIHKYLFYMFEYVHNKINISHNIKYVNFLYLILRYITYFWMFLSNNDKLALV FYYHFKLAELLFNLKILKFSYFLNIYGIQIFFNIKAKLNIQFLTKDISEETASSLIKVVI SNLNKIILSENKNIINIFEKNNFIKSTKTSLISNIDNNKEIDNNDGSKINKITQGDDSSN MQADSSLYNYIWISYFDESDKNILNENRYNIHNIEKNGKISNNKKAYSLILKHDNIKNKS NNILGSNALSINSAYNIFLNFVQLFFKITFYDIDTFLPCLNIFNLDNFLIYFHIYEILSY LEILEKKNTTNEVLKGTQIVPEKSDKDVGNAYNCLGPKLVGEDKKDNLVNDCIFLNVNKN TKKILWSIMFDELRKAFCSNAKNVNYTLKIFKLTFSFFLFDDNHTLKYASSIDLSEEFVK KKEYNFTFISQIYFKEVLNFAISFINSLRYSKSIAYEVVYKSISYVFYMVSKLICNSNND KKKYILVNNESNLSLIYLISCVYKYYKKLYIDKNELENGGENNTNKGAMNKSGNHGVVIN KESMDKKNMNKKEYTNIDHKNKLKYSFVLLEKVYQKIQECLYISLTIDEFVQEQTKNNIP SIDEHIRKGSKYIFPEDYINVCNLYACFIIKLNKINMFYSNLDIIKILMEKDKNIYRKYI YTINKNNENFIRFFSFLLNIHYEENQNDLVLKKYIAHLKGPKKYKSKKLIKIMKPYHSPL KYIILKDEIHEDEEKKKRHKNEKIKNRKRSCNEEGHISKYEQNQSRFNTSIKSEITLKNV SNKDNYRSSLFQNNEDDLYKENRPFTDKIERDKNDLFRKCSYKTNRGDAYSDSNNSDDNK KTSSESSSDDSILNENIYSSENFDNMEENVKYKSDMLLLENSLFRIDKNILKKINIDFLN VCHSIILSVKRCIIISDSIYDYFKKYEEYDPTFNIYICKNIFSNFLKVNFLNISIFSYVC VKFGYDDILKQMCNSSLIFLSYSIFEKYINFVLNQDVEKLKKHKNILHFSTNKLRKTEKN SIVKGKGVDNKSTDNSDGTKTTSSATSSIYSHLYLEDIYEILKDRDNYSCEDMFLSDKDE FTETLYLNALLFVINVISIWEMYLEIPIEVLNKMKYTFFELFYNTTIKIIQFIKKRNGYY FILNILKFVYFKFISLPFNPINTYTSIKLYDFYEFIINENSPPIQNIDNHPFDDEKININ SVSPMKFLKNTSNYESRDEFTSNVRDNKQFSIRKTTCPSNLYTDEINKNKYDITNFNNLS VSNKKKRISMGGLVPVFLNNEDSETEKEKEKKKKRKTNNDYLFYNSNIDKEPEKLSITPS KINVLFNNNENLFTSVNKNDQQNYYENYNEIIPRRSNYKNDKNANEQFSFIDDSLMHVTP RNDFSNYADEDKEDQACNNINNEKNSTSIYRNTYLNNYYIPHIDLLFIILDMIIYYYFDK RKYKKIILIVNNLFNNIIRKCDYNTKEYLRSSISYIYNYYQQMNICNNKINPHCCMVIKH LLSIYTKAKICLLNKKIKKHLSYVKEKSTDDESMKLNYNEFYINFINHNYWKYIFYFDNI SKGDYHFYNNEQSDNKTNTHTHAKMEMINNLLSIHINTLLFAILYDNLSKYVTHNFIFFF KFLTFFYNKVCIDILNLIKSSHNLEFFNIYNFENNITYPNQNEHILNKLRSYLYKDIGVV SESNVDTTPSKIQDIDKTVGKNDRKKNKHIILMDIDELLITYVHINFIFSRYCCYVMFFK NIYAQKYEIIFKRNATNDYFTKFKNNRDFFDFFEFKGQEKGNDKKCVDNKYEDSKYSYEI NEKTKPTPSIKFNNNSKNDAIAYFHDTFLNENEGISNSDNTNDSKSTSISVEYKNVSKDL DYVFLEFILEIIGCIDIYDIYKKILNNCYYVIKAEIFYNYIYNNIESLKRFSYLNNVYHL YKLYYYIFVWPNSGKIHNNNPICKNSDGTFSVETNGMRRKQNNKRHQIKENNDIFYIFDL NNVLREKFSKKYIKLMNENDSNLDCTTDHEWSSDNTSLIDENKDVGKYKKILDNDKASRN LSKAINKDENFDNEKDYFLCGIYNFKLKLYHPNYNEMEKYAGNIKKDDIFSTLLIINKNY LLSLKKIYTKINKYVYNYILSLYYIILYFYFDDHIIIKKKLSIYYIINMFQKKYKLFYSK LFNRENDLPLFNQTVHTPNYPSSSSGSSFFNSSSDSSASESINQSAYSYDNVLDNREIKP NEKKSDSEMFFKLFKVKDLKKNIYLIFEIFNNIYDEYYGDIYNNSNIANHIVTKIDIEII AYFGEIYQITYMYKMHKYCIHLLLLCIIFTSKIWLVYIFSEKNGYNQFDKDGNYYKKYFG LYYHAQDEEKRKINSNENNINMKKRKSKYDRNSIINMHIDNTNTKDKKNEDTLTNKRAYL LDIVYKKITENMNDNNIKEIYNNLHNYMQQLIMCTSLFYITFICFENLYKNKWNLFFLNS ANILYLYYVDFSEYVKRFCKKHCADQMHVSNLFIDNFHLDLINLKFEAYTKSNSYKTMLK RRKEKKIQDLGLNSKYTDTTNGKYSKESNTTMKYHNKDMPQLYDGKFNDQGNESRCMYTQ NERDKMSNNMMAWYHENETANKYNNNLNKKNTNSEGDDNTYSKYLFLDYYDNNGIKGCIK SLKIIEQKYQDNLMEFVQNNICLYFNIIKYLYKKKKKYLSLPIYSNSHIISIISMMKFSM VNYFTMFNVSCTFMSLTFERPVYEFDGESIDKFKDVKKKKKKNDSKKNTNNNSSCNMLKS MKKLYCNMFLNKDIFSKIKFINTYYKKLSKILYKINNFFLSYDYLKKGVLFVCSLIYYPE IIHNYYLLSNVILISGKERIELLTQEEMFFENLNNDLTIYGKNNNINQDIESGCDENERE ITNIEDLKTYEDQDFYNINYNKTPINTYLTKKNVYEYKNLLTRFFDYLKFLLKNPDHMNI FSIKYKREILHIYSLFVFKKRQANHYIGSTKKLSKTRKNDYASEKSVDNFNIIDKDETNN EKLGKKAPTHSEKPKENQEDKQIGNTEKLNNTYTDNNYNVKGNNFDENILKCFNNCKDKK KEKQTFFNFFWENLFLMNNNDTDLFNTLIEEDNIEHIVSTYAVKDINKLKIKNIEKGCIY FNNNFGKNGPQRAISNHKGHNDKMRKVDNAKPRKYEETDKKDDDDYYYFSDFIASDRSFK LNDISVLNYLYLNYEFDKNIAYLSNYINNRLFTYKCKRMNSYFIKILLYYINLIFLKIKN IFCDDCIYTIKKQQSLNSSANDCSYNVFFFLFLNIINRFNLPKEKLSSIFNNYFPGNTHC GMYANILQKIENEHSEHVFSKYGDATKDEDTYLDRKILNNKINIEKNDKRKYTKSNENST YHNNYNKEMFLKLVDIFLYPEKRCSYFEILTVCYQFLINMKDPKNKIHRKRYKGKMYHLL KIIIESKAKIKKTFLCKSMEKENNNFENSGFDNRSINEIDNTNENSIFHLQTALIYLSLA LYNTYKKSFTHEMRKVAQFFLDFVFFFIENIKNSLIILQIIESYSKDYTYTENSKNNNDD DVKKTKQNNINTFDNDYFNSDTKMIIFMVKFYFRKLLSLLYLYTDELISYTIKHNIDHEI SAKEYFRKTHPFYLSIDYICNYNDSINSKELSECCIYWDYAIITMSHDKCDLYIARYLKS FLLLLSHIVKKSAECENANEENILLDHKYTNINNFPTTMNDEYNANILNTKDSIYYFNNA IDNLFNTYNNIEFFENNIWNDKNIIYEDRDTIVSLVGTAHWYLRQSKRERELREKNKITQ ASTNPDKMTSILCAKVNVENENFHKNGNDDAEKTGIKTKQNKIKNNNISNDTYMGKNKYK NNINIFFNFDQFYSISNEYNTDSCSNDKYKRNFPNKTSIDQSSCDVKNKVIKANQKITNK LFQFYYTFSEASKCINIKKNEYVHVDKIHLNIEKYTFDEKWNYIKKLEKLLKQYQHMIKI LCEILYVTKNINKDIINLKMFIDLWWNNRYTLEQHLKLLNLDISNTLGFSIHKLMSTPLI SINIKRNIALQSSCNFNSDINTSQLTETNEGSNFKLHNDESYNNISLVNNQKYYLKTNFD IFVILYYYAHILNIISWINKWNSFFLPFKYWDNVNIINVIINLTIFSILMKSSNVHISKV KQKYISGNSRIKKSKNSSNIKGDDSNGDEKFSKEKNMRNTMLDSKIKTDEENSDDNNNIT IDVDTAQIEKKVITSYLPLTNKDIESVLSNDPRKQRRKTSNDTTNHEYHNKTKGKEHILM QNLKNYLPPGEYDPIKSDFIQNMIEQSDMFKKYNDFKQFSNTSEDEKNDKTHTDLPNFNK DAKKGRRKTTNINNTNDDEIKNQFLNIYSIIDEEQKKLQKMSSKIYEQLKKNGNSKFGMV TNKKESDKLLKTLKRMTVCANINLNCNDTDKEDDLGGVKDNTFYLNYLDLQKKCEKGLIH CSFLKLRMYLYNILNVVFETNNTNPNDIFNIFNKITHSFIVDVIKCDIHKDKNDSDNFIY SKTVDQKMIRKNPIIIYLHNNLNRIPFENLQPLKDSYIVRGVQKNVTSYLYDRLLRQINE SEFEKREKNNYSISHLNISTEGYANCDNDKNEESDEKVESSASSSKNKYDNNQFGKGCTT RKCPKKRETVNTCQNEQAGKSIHKASKYLSYLNGKSKETNNIDYKYDKLKDNLKNEEHIF NEQFMKKTRHFVFNYDTPSKQYGKTNAEKNFSEYFDDIKMPYANKDYINSEHEQTKSDDK HIKITKTIQDSKNKYNFIVTNYEKEEGQQNGNKNISYFNSKNDVTKNEKGTIEKKKNEKG KRSRKSISIEYSFLNPFNDKNNPNALQMLKKKNEISTPAHNELSSNSLILNDRQKLSRNS LKYIDDTNNITKKGDSYKTKSRSQSILRSESSSSNSSIELIQNENELQKIFRNVRKSMNF HNVMSSFKQKNDEYNFLIPQKKRKSVSESEAYYDKDNFFGKLLNKSTNKTKRNKRRSYSS EREIVPKVEKTPYIKYVPYYIKSDRFIDPKRSNIFYVIDPNGDLKRAQNATYPFIYFRNQ KKYKHKNWNGYSGTFPSEKIILKNLCTNDLYIYCGHQGGEQYISKNDIQSSIQINDKEHI EEENRGPRKSQKSEIPQISKDSENNENTLTRYEKEKMYIEQKMNNLMADSTDKKRRRNSC KVNLKPSSTKTGTMKRKTVANFNEIYDITDLKKISTQNMQDSGLNKSGEIDIEDENDDKN IIQRTQNGIKCCVFLIGCSSGLVSSHGCDLDAWGTPYDYVIGGCIFIFGNLWNITDGEVD GFTQNFFWKWTQPNSSSLFYSNYDYNKPKMTNPREISFNTFTRMLKKLIKAKDEQIIDQE YKDNSSIIVDDNFITMDLDIYNYIKENDFFYKYFQKFYSHPIILNQNLLSINQNKKYTWL SITEALVEAKQYCRLPNTTGSAVVIYGIPL

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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PCHAS_1429600766 SKKYKSKKLI0.992unspPCHAS_1429600766 SKKYKSKKLI0.992unspPCHAS_1429600766 SKKYKSKKLI0.992unspPCHAS_1429600810 SNRKRSCNEE0.995unspPCHAS_1429600841 SLKNVSNKDN0.997unspPCHAS_1429600903 SNKKTSSESS0.996unspPCHAS_1429600906 STSSESSSDD0.997unspPCHAS_1429600907 SSSESSSDDS0.997unspPCHAS_1429600978 SIISDSIYDY0.993unspPCHAS_14296001129 SRDNYSCEDM0.995unspPCHAS_14296001136 SDMFLSDKDE0.993unspPCHAS_14296001291 SNKQFSIRKT0.993unspPCHAS_14296001329 SKKRISMGGL0.996unspPCHAS_14296001416 SIPRRSNYKN0.993unspPCHAS_14296001429 SNEQFSFIDD0.993unspPCHAS_14296001588 SVKEKSTDDE0.995unspPCHAS_14296001743 SVVSESNVDT0.991unspPCHAS_14296001972 SLKRFSYLNN0.991unspPCHAS_14296002257 SSSDSSASES0.996unspPCHAS_14296002285 SNEKKSDSEM0.996unspPCHAS_14296002427 SKKRKSKYDR0.998unspPCHAS_14296002605 SNGKYSKESN0.995unspPCHAS_14296002805 SKKNDSKKNT0.997unspPCHAS_14296003043 SNDYASEKSV0.994unspPCHAS_14296003445 SEKRCSYFEI0.991unspPCHAS_14296003661 SDHEISAKEY0.995unspPCHAS_14296003826 SYLRQSKRER0.994unspPCHAS_14296004225 SKGDDSNGDE0.997unspPCHAS_14296004446 SNKKESDKLL0.996unspPCHAS_14296004664 SSSASSSKNK0.994unspPCHAS_14296004863 SKGKRSRKSI0.993unspPCHAS_14296004866 SRSRKSISIE0.993unspPCHAS_1429600384 SVPEKSDKDV0.996unspPCHAS_14296004920 SLSRNSLKYI0.996unspPCHAS_14296004936 SKKGDSYKTK0.996unspPCHAS_14296004945 SSRSQSILRS0.994unspPCHAS_14296004951 SLRSESSSSN0.992unspPCHAS_14296004956 SSSSNSSIEL0.992unspPCHAS_14296005005 SKKRKSVSES0.998unspPCHAS_14296005007 SRKSVSESEA0.997unspPCHAS_14296005037 SNKRRSYSSE0.998unspPCHAS_14296005039 SRRSYSSERE0.997unspPCHAS_14296005040 SRSYSSEREI0.998unspPCHAS_1429600470 SLKYASSIDL0.995unspPCHAS_14296005170 SGPRKSQKSE0.997unspPCHAS_14296005173 SKSQKSEIPQ0.993unspPCHAS_14296005219 SRRRNSCKVN0.997unsp

PCHAS_142960      



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