PVX_123300 | hypothetical protein, conserved

  • Computed_GO_Component_IDs:  GO:0005634      

  • Computed_GO_Components:  nucleus      

  • 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
PVX_123300OTHER0.9999810.0000110.000008
No Results

  • Fasta :-

    >PVX_123300 MIRKESNIYDKLDRIVCEVLRNIDADAKGVGEEAHNKGSANDADEKNINERVYKKFFELF NRESYLEKLTHDELVATYRDKNAHKYLFYMFECLLNKITQTRNVRHLDFLFLILRYITYL WFLLSNDDKLVLIFYYYFKFVDLLFNLKFVRCSFFVNIYNLLIYFYMKDKGKKKQKIVFP VKKLTEKEAGFHIKNVISELNRIIANENAHFVETVGREKNFVSLQSDALSHGKAERRNLP PNAEEDASTYGGTQNVYDYLWVGHHQGESEPQGKKHKNKHTEKIKSDGSEEDKSFYLITK CQNWRNENSTFPILSIFSVSSSYNLFLNITKHLFKISVYDFCTFFPLLSMLNVECLLSHF HLFEILHYVQLEEVHSDTNDSKKETKIVSISSCQSSPYKGNEQVTTGGKKTPSNSEVIFS NNNKSNRKILWNILFEELKKVYMVDTKNVNYTLKMLKYSFSFFLFEEKFAPKCKEGETHV TNKKEHTFALISQVYLKELLKFCLSFVNNLMSSRALKEEVIFKAISYVFYLLSKLICNTS NNLRKYILLNNDNNLTLVALITYVYKYFKRVYLEKNASGEVHKGGGGAVGMGGSGVIGGS GSQNKFKYTFVTLEKVYQKIQECLYIVLTVDEFVEGNTRKKLAQCSDGAIPHLEGHQSNR QHVDSCDLFFCIIIKINKMNMFYSNLDIIKMLSQKDRSVFRKYIYTINKNNENFGSFFSC VLNIEYNENQHDLVLKKYISNLKEKKKYKNKKLIKLMKPYHSPLKYIILKNQIDQDGAKK NSGSARKSTLAVNFSHRNYDLSTFEGDKRKAINLRAKRKSMYEFGRGEKGGGRSRPLQGD DGMDGDTVGEFASDENASDESAPDESASDESASDETAPDETASDDDPSDGEETEPSDNPA SCPRSCRKEYFSDGLKRAKVKKKDMPIFENSILRIRKKQLNGTNIDFKNVCHSITLSIKR CILISESIITYFKIHEEFEANFNIYVCKNIFINFLRVCLLSASLFSYLCVKLNYDEMLKQ MYDSNLIIMSYNIFDKYISFVLDQDVKQLRKHKNVLQVPSRRLNRGEAAAGRSAGAKEQR EAPSTVSAPTVTTSTSAIPPAQLHRDDIYDVLGARESQRGSAFFLSDQDEFIETLYLNTF MIVISIISVWEMYLEIPVEVLNKMKYTFFELFYNTTIKIIKFIKKDKGFFFLLNILKFIY LKFVSLPFNPINIHTTIKLHDFYEFLINDGDEDVKKEEEQKFNSENMYLNSISPLKFLNN PENDAHRKSLSSVQKFSLTSDDRVVPNEHDYNVLSVSKKKRVSMGGLVPVFLNNHSSKKR RRTNIDPYTSYDSFENNDNGSCCSVRKGPSAGHAQMGDKTGARVQYDLREGEYEGESVNV NANASASANVDFNASANANATPKRNHDYAQSGEGNESDIFRSTYLSNYYIPHIDLLFIIV DLEVFHYFEKKEYKKIILSVENAFKSIISKCDYNTKEYLRSSISYIYNSYQQVHLRDSKI NIQSCIVIRHIFNLYIKSKVFYLSKKIKKKLAHYKDSYTNDGVLKMGYNKIYNSLFSSEK WKNFFYFLCESDNLGRNKREKIINNLLTVHINTLLFLIFYEYLSKYVTKKFIFFFRFFLF LFNKLCVAILSLVNSSNHLEIFNLFDWRNITRASHTQGEEELADKVRRAIRLVQNCSIYP QDEEVSPYKIYSQGGRHTKGRNKPIVMIDIDELLVTYIQLNFTFCRSCCFFIFFKNVCSQ KYEMILRENFTSSYFERFKNNRDLFDPVEAVKGEKTGRRGDEWGEGHTAYQAYTTQTAYP AHTTHTAEGATPFGEPTLNDSFDEESDDNHRSDSSSSGLSQSSFTLIEYTDYSNNVDYIF LEFILEKIEEMDVDYYYRNVLNNCYYVIKIETLYNYIYGNEQLLSRFAFLNSVYYLYKLY YHMFVWSCNKSYVMGKENISAEGINGGENLTSLYNDIFYLFDVNRILGETFSSRYVQLVD QFGASDFTPSGTPDKTGRIAPYGCEDNYRPTDRRSIEESPYFVCNIYNFKLKLFHPLNFE KRDLAKGRKKNTFSNFLMVNRNYLLDLKHKYAKVNKYIRSYLVYLYHVVLRFYFNEYDID GEKLSFHHIAYSFQSAFHTFNSKICSSPHDMVCFPSIRGIGNDKDTPPYLPPFNIFPKRD LKKNILLIFDIFNNIYDVYHGNIFENSNWANSIVTQIDTKLIGYLSEMYKIAHLYKMYHF CFQILVLCLMFTSRFWLVYVFSEKHPCGQQGGSNHARWGVDSQYCQPSAREKRKVGRKAN ERSVDEDALFRSRTHFGRGAGKRAKPKEASQNSNEQMRGSSKRRRAYILTGIYNKIASKG KGDNAKEIYNDLHNYMQMLIVCASIFYLTFLCVEKIQKNLKNVFFLNCANSLYNCYVHFY EHVEKFCKGHCEDKRYASSFFFDTFHLDLINLKLQAHVKAGRYKAEMRKVKKGLGESTAR GGAQPQGGVTTMSSSGSGGESSRSSRSGWDNAREDAFAKFPYLLYYNERAGAECVSDLRK TEKKHESDGKNFFKNNICLYFNMIRYLYKKRSKYFGLLPFVNSYIISIVTLMKFTMAKYF SNFNVSSDFFSLKFEHPIHQFDMDMLTKVKKTEDEKENVKLTNKAILINLENLFCNMFLN KDLCYQIKFVYTYYKKISSIMFKMNNFLLSYYYLKKNILFICDLIYFPEVVHNYLLLMNI ILKSGRQRIELLTQEEIFFENLNNQLSIYDKKNLDQHAGADADADAVAYPDAVADPNAYP DADADTNHTKDKTAKDVNDFKIYEDSDFCNIDYVKTPLNTYLTKRHIYEYRNLLTQFLAY LTFLIKNPDHFSILSTKRRGEVLHMLCLILFTKKKTSYFCCSKARPKKSKVVANPPEGGT NGKDNCCDYGNAKLTGEDSTKQRNTQRSDHEMVVPNNVAKQNQGNHKMTNFEKNFLTCFN NCNEKREETFFNFFLEKLFIISNFDTDLFDVELDDEEQVESLIKSQVLRDVSSLNFVPPG GAHSEESFLNLGSEISSEPEQAVQNSKGETNQASCMEEAIRREFHQRASSHNSFKISDIS VLNYLYLNYHFERNLTYTENYITNRLFTLNCKKMNAYFVKILLYYINLIFLKIKNIFCDD CIYTIKKQQFLNSSANDCSRNIFFFLFLKLFRFFNFSKRTLSELCVNYFPGNDNYAVYLD ELVESKKNGDLPAEQVYANDGRHITQDTHTHNVGGKQNSWDDNPASGLDKMLMVNFLEIF LYPQKNCSFLEVLTVCYEFLANMKDDKGKKLRKRNKHKMYALLKRAITERGDRSNPPVFH FQTVLVLLSLLLHYTCKRSLVHEMRKVAQFFLDFVFFFIENLKNNLIILQIIEAYGGGHT CVSTGGSTDGYRGGHAKEHPPENRSTAARQTQVNLLKFYFRKLLSLLYLYTDELILYTIK NNIDQEISQKNYYRKHAHENLNIETISNYEYIGQPNLSEFCFYWDYAIVSMSHDKSDLYI SRCFKNFLFVLIRIIKGEALSQEADNPGRFSGENKAAVKEREISQDSSKKRRDSPPEGDE ECFNFYKKINTLFSVLNDEELCERLLLQGGNLPLSDDTIMGHLNESVKYCTGYAREVYAE QGNLGHNSNEYNGAPPGKSIQCGTIEWGGKHPGGDATIRESATRGKDEHSEVATHAGKHF ENAQMGPEQLSNPHAVNIFFTPMGKSGMETSNELIKSNKTNRVRSSNSSATFLPNGKDRL AKDIQLVRFLSRLYRSADSCIEGKTGEYFHVEKIHLNIERFPVREKWNYIKKLEKILKQY QHMIKIMCEILHESKNVDRSRSNLKMFIDLWWNNRYTLEQHLKILNLDISNTLGFSIHKL MSIPLISLNIRTKIVLNRSANWKDDHQMEVSIRSEKDHTQVNSAYNTLSIVNNQKYYLST NFDLFVVLYYYSNMLNIVAWLNKWGRYFVPLRYWDGTHFVNVLLNLTVFSIVMKNCNVQI TQAKRKYLKWVDTGGSRSSRISKDGSTFIGSVIRGDTTDGVGSFPACNLTKQSHENRGAP KSLIPIDKKVVTSYLPFINKDIETILLLEERKKKNKRRSSTVGQPYILDITPPKEAAKGE VTSSIPRWSVNIEGGNNHHDGCQATYRSLQRDQPDHVEAISTLDNKYRIVIPKGESQSAF PHNTSSRDSASRGNPLTGEIRGRRRTINIISEETKSSIDSYCAGSHSVYKKENQSRDQKK VNSTIYGYLSPLKANNFEHLKNQNQSDMLTREEKKKRTTVAGTLNLDHLKKQDDKEEKSK ENIYLKYLDLKKKCDRGVLKCSFLKLRMYLYNILIDIFENNHIHPKNIFNLFNIITHSFV TDVIKCTMVDDELDSERLTYVKNVEHRRVRKNPVVVYIHNNLNRLPFENLEPLKDSYIVR GVNKAVTAYLYERVLAKIKVEEAKRKGLSVLGTLRGEMDAAAGEEEELEAARGAYQNGGT PQNDDESDNYEDQSDDFRMDEYIQQEYSKKWKIDDVKNVGQMNSTHRSSVDLRCSHPFEW KRKNANVPQSIIGDCTTSQLCNAKGGNENISKKKGRNSLSYISTHHTEVSKSAEKNNGHY HHELNTCQVKPFNRCDDQGKATSQVDRHNGFRAQPRDTLTPYGQETLNSAGHLGANYGSR IVQARGKGRYSLIVSSEETKGHLERGDIPGKANPCESAPDKGTKQVRGKGRSKKNSRKSI SIEHSFLNPFSNNNSKKGQTGMPFSEDHSNGRADCSQKRERKTVYNRSTEEKHKLGLSHS AKRRGSVKKMNPRSSCPSHHSRSSCASPPPPSSESGSDSGSDSLSSVELIQNEDELRKIF MSARKSMNIHNMMGSYQNEEYSFFRLKKKRKKSVSESEAYFDDEKKFSTSCVEEAKKDNK RRSYSADPEHPSKASKMKYVKYVPYYIKSSRLVDPKKSNIFFVINPNGDLKRTEDATYPF IYFKNKEKYKYKNWNGYFGKVPCEKTLLKHLCCDDLYLYCGHQGGEQYIKKDIIQNAILR YDDPLGEEAKEGNAKKGKPKKAQNRGGGITKCSRSKAGKKEDPPFTQKKDKRRRYSCNFE AGKCTVEKGVKRKSVGDIIHIHGTSDSSDALCTQTEMEDGESDHVGDPHFSATQNDGINS CVFLIGCSSGLLSSHGFDLDVWGTPYDYIVGGCVFVFGNLWNVTDGEVDGFTQNFFWKWT QPNSSSLFCSNYNYNAVQMANVSTFGFRFFAKMLRGCTEESAPGGGSQMGVREEGTEWSS NCWRDDDSDHNGGRDDDLLIEVGDNFVTLDFDTYTYFRKNYFFYKYFQKCYNCNIVLNQN LFSINQNRKYSWLSMTEALAEAKQFCRLPNTTGSAVVIYGLPL
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PVX_123300.fa Sequence name : PVX_123300 Sequence length : 5323 VALUES OF COMPUTED PARAMETERS Coef20 : 4.000 CoefTot : 0.022 ChDiff : 103 ZoneTo : 4 KR : 2 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 2.000 2.306 0.454 0.726 MesoH : 0.219 0.903 -0.211 0.398 MuHd_075 : 36.628 21.451 9.030 6.458 MuHd_095 : 41.807 24.075 10.282 9.399 MuHd_100 : 47.509 28.089 11.809 11.244 MuHd_105 : 42.810 26.462 10.818 10.786 Hmax_075 : 0.787 11.500 0.355 2.010 Hmax_095 : -2.000 11.500 -0.765 3.400 Hmax_100 : 6.100 14.100 0.594 5.160 Hmax_105 : 6.600 16.700 1.429 5.920 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.2107 0.7893 DFMC : 0.5933 0.4067
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 5323 PVX_123300 MIRKESNIYDKLDRIVCEVLRNIDADAKGVGEEAHNKGSANDADEKNINERVYKKFFELFNRESYLEKLTHDELVATYRD 80 KNAHKYLFYMFECLLNKITQTRNVRHLDFLFLILRYITYLWFLLSNDDKLVLIFYYYFKFVDLLFNLKFVRCSFFVNIYN 160 LLIYFYMKDKGKKKQKIVFPVKKLTEKEAGFHIKNVISELNRIIANENAHFVETVGREKNFVSLQSDALSHGKAERRNLP 240 PNAEEDASTYGGTQNVYDYLWVGHHQGESEPQGKKHKNKHTEKIKSDGSEEDKSFYLITKCQNWRNENSTFPILSIFSVS 320 SSYNLFLNITKHLFKISVYDFCTFFPLLSMLNVECLLSHFHLFEILHYVQLEEVHSDTNDSKKETKIVSISSCQSSPYKG 400 NEQVTTGGKKTPSNSEVIFSNNNKSNRKILWNILFEELKKVYMVDTKNVNYTLKMLKYSFSFFLFEEKFAPKCKEGETHV 480 TNKKEHTFALISQVYLKELLKFCLSFVNNLMSSRALKEEVIFKAISYVFYLLSKLICNTSNNLRKYILLNNDNNLTLVAL 560 ITYVYKYFKRVYLEKNASGEVHKGGGGAVGMGGSGVIGGSGSQNKFKYTFVTLEKVYQKIQECLYIVLTVDEFVEGNTRK 640 KLAQCSDGAIPHLEGHQSNRQHVDSCDLFFCIIIKINKMNMFYSNLDIIKMLSQKDRSVFRKYIYTINKNNENFGSFFSC 720 VLNIEYNENQHDLVLKKYISNLKEKKKYKNKKLIKLMKPYHSPLKYIILKNQIDQDGAKKNSGSARKSTLAVNFSHRNYD 800 LSTFEGDKRKAINLRAKRKSMYEFGRGEKGGGRSRPLQGDDGMDGDTVGEFASDENASDESAPDESASDESASDETAPDE 880 TASDDDPSDGEETEPSDNPASCPRSCRKEYFSDGLKRAKVKKKDMPIFENSILRIRKKQLNGTNIDFKNVCHSITLSIKR 960 CILISESIITYFKIHEEFEANFNIYVCKNIFINFLRVCLLSASLFSYLCVKLNYDEMLKQMYDSNLIIMSYNIFDKYISF 1040 VLDQDVKQLRKHKNVLQVPSRRLNRGEAAAGRSAGAKEQREAPSTVSAPTVTTSTSAIPPAQLHRDDIYDVLGARESQRG 1120 SAFFLSDQDEFIETLYLNTFMIVISIISVWEMYLEIPVEVLNKMKYTFFELFYNTTIKIIKFIKKDKGFFFLLNILKFIY 1200 LKFVSLPFNPINIHTTIKLHDFYEFLINDGDEDVKKEEEQKFNSENMYLNSISPLKFLNNPENDAHRKSLSSVQKFSLTS 1280 DDRVVPNEHDYNVLSVSKKKRVSMGGLVPVFLNNHSSKKRRRTNIDPYTSYDSFENNDNGSCCSVRKGPSAGHAQMGDKT 1360 GARVQYDLREGEYEGESVNVNANASASANVDFNASANANATPKRNHDYAQSGEGNESDIFRSTYLSNYYIPHIDLLFIIV 1440 DLEVFHYFEKKEYKKIILSVENAFKSIISKCDYNTKEYLRSSISYIYNSYQQVHLRDSKINIQSCIVIRHIFNLYIKSKV 1520 FYLSKKIKKKLAHYKDSYTNDGVLKMGYNKIYNSLFSSEKWKNFFYFLCESDNLGRNKREKIINNLLTVHINTLLFLIFY 1600 EYLSKYVTKKFIFFFRFFLFLFNKLCVAILSLVNSSNHLEIFNLFDWRNITRASHTQGEEELADKVRRAIRLVQNCSIYP 1680 QDEEVSPYKIYSQGGRHTKGRNKPIVMIDIDELLVTYIQLNFTFCRSCCFFIFFKNVCSQKYEMILRENFTSSYFERFKN 1760 NRDLFDPVEAVKGEKTGRRGDEWGEGHTAYQAYTTQTAYPAHTTHTAEGATPFGEPTLNDSFDEESDDNHRSDSSSSGLS 1840 QSSFTLIEYTDYSNNVDYIFLEFILEKIEEMDVDYYYRNVLNNCYYVIKIETLYNYIYGNEQLLSRFAFLNSVYYLYKLY 1920 YHMFVWSCNKSYVMGKENISAEGINGGENLTSLYNDIFYLFDVNRILGETFSSRYVQLVDQFGASDFTPSGTPDKTGRIA 2000 PYGCEDNYRPTDRRSIEESPYFVCNIYNFKLKLFHPLNFEKRDLAKGRKKNTFSNFLMVNRNYLLDLKHKYAKVNKYIRS 2080 YLVYLYHVVLRFYFNEYDIDGEKLSFHHIAYSFQSAFHTFNSKICSSPHDMVCFPSIRGIGNDKDTPPYLPPFNIFPKRD 2160 LKKNILLIFDIFNNIYDVYHGNIFENSNWANSIVTQIDTKLIGYLSEMYKIAHLYKMYHFCFQILVLCLMFTSRFWLVYV 2240 FSEKHPCGQQGGSNHARWGVDSQYCQPSAREKRKVGRKANERSVDEDALFRSRTHFGRGAGKRAKPKEASQNSNEQMRGS 2320 SKRRRAYILTGIYNKIASKGKGDNAKEIYNDLHNYMQMLIVCASIFYLTFLCVEKIQKNLKNVFFLNCANSLYNCYVHFY 2400 EHVEKFCKGHCEDKRYASSFFFDTFHLDLINLKLQAHVKAGRYKAEMRKVKKGLGESTARGGAQPQGGVTTMSSSGSGGE 2480 SSRSSRSGWDNAREDAFAKFPYLLYYNERAGAECVSDLRKTEKKHESDGKNFFKNNICLYFNMIRYLYKKRSKYFGLLPF 2560 VNSYIISIVTLMKFTMAKYFSNFNVSSDFFSLKFEHPIHQFDMDMLTKVKKTEDEKENVKLTNKAILINLENLFCNMFLN 2640 KDLCYQIKFVYTYYKKISSIMFKMNNFLLSYYYLKKNILFICDLIYFPEVVHNYLLLMNIILKSGRQRIELLTQEEIFFE 2720 NLNNQLSIYDKKNLDQHAGADADADAVAYPDAVADPNAYPDADADTNHTKDKTAKDVNDFKIYEDSDFCNIDYVKTPLNT 2800 YLTKRHIYEYRNLLTQFLAYLTFLIKNPDHFSILSTKRRGEVLHMLCLILFTKKKTSYFCCSKARPKKSKVVANPPEGGT 2880 NGKDNCCDYGNAKLTGEDSTKQRNTQRSDHEMVVPNNVAKQNQGNHKMTNFEKNFLTCFNNCNEKREETFFNFFLEKLFI 2960 ISNFDTDLFDVELDDEEQVESLIKSQVLRDVSSLNFVPPGGAHSEESFLNLGSEISSEPEQAVQNSKGETNQASCMEEAI 3040 RREFHQRASSHNSFKISDISVLNYLYLNYHFERNLTYTENYITNRLFTLNCKKMNAYFVKILLYYINLIFLKIKNIFCDD 3120 CIYTIKKQQFLNSSANDCSRNIFFFLFLKLFRFFNFSKRTLSELCVNYFPGNDNYAVYLDELVESKKNGDLPAEQVYAND 3200 GRHITQDTHTHNVGGKQNSWDDNPASGLDKMLMVNFLEIFLYPQKNCSFLEVLTVCYEFLANMKDDKGKKLRKRNKHKMY 3280 ALLKRAITERGDRSNPPVFHFQTVLVLLSLLLHYTCKRSLVHEMRKVAQFFLDFVFFFIENLKNNLIILQIIEAYGGGHT 3360 CVSTGGSTDGYRGGHAKEHPPENRSTAARQTQVNLLKFYFRKLLSLLYLYTDELILYTIKNNIDQEISQKNYYRKHAHEN 3440 LNIETISNYEYIGQPNLSEFCFYWDYAIVSMSHDKSDLYISRCFKNFLFVLIRIIKGEALSQEADNPGRFSGENKAAVKE 3520 REISQDSSKKRRDSPPEGDEECFNFYKKINTLFSVLNDEELCERLLLQGGNLPLSDDTIMGHLNESVKYCTGYAREVYAE 3600 QGNLGHNSNEYNGAPPGKSIQCGTIEWGGKHPGGDATIRESATRGKDEHSEVATHAGKHFENAQMGPEQLSNPHAVNIFF 3680 TPMGKSGMETSNELIKSNKTNRVRSSNSSATFLPNGKDRLAKDIQLVRFLSRLYRSADSCIEGKTGEYFHVEKIHLNIER 3760 FPVREKWNYIKKLEKILKQYQHMIKIMCEILHESKNVDRSRSNLKMFIDLWWNNRYTLEQHLKILNLDISNTLGFSIHKL 3840 MSIPLISLNIRTKIVLNRSANWKDDHQMEVSIRSEKDHTQVNSAYNTLSIVNNQKYYLSTNFDLFVVLYYYSNMLNIVAW 3920 LNKWGRYFVPLRYWDGTHFVNVLLNLTVFSIVMKNCNVQITQAKRKYLKWVDTGGSRSSRISKDGSTFIGSVIRGDTTDG 4000 VGSFPACNLTKQSHENRGAPKSLIPIDKKVVTSYLPFINKDIETILLLEERKKKNKRRSSTVGQPYILDITPPKEAAKGE 4080 VTSSIPRWSVNIEGGNNHHDGCQATYRSLQRDQPDHVEAISTLDNKYRIVIPKGESQSAFPHNTSSRDSASRGNPLTGEI 4160 RGRRRTINIISEETKSSIDSYCAGSHSVYKKENQSRDQKKVNSTIYGYLSPLKANNFEHLKNQNQSDMLTREEKKKRTTV 4240 AGTLNLDHLKKQDDKEEKSKENIYLKYLDLKKKCDRGVLKCSFLKLRMYLYNILIDIFENNHIHPKNIFNLFNIITHSFV 4320 TDVIKCTMVDDELDSERLTYVKNVEHRRVRKNPVVVYIHNNLNRLPFENLEPLKDSYIVRGVNKAVTAYLYERVLAKIKV 4400 EEAKRKGLSVLGTLRGEMDAAAGEEEELEAARGAYQNGGTPQNDDESDNYEDQSDDFRMDEYIQQEYSKKWKIDDVKNVG 4480 QMNSTHRSSVDLRCSHPFEWKRKNANVPQSIIGDCTTSQLCNAKGGNENISKKKGRNSLSYISTHHTEVSKSAEKNNGHY 4560 HHELNTCQVKPFNRCDDQGKATSQVDRHNGFRAQPRDTLTPYGQETLNSAGHLGANYGSRIVQARGKGRYSLIVSSEETK 4640 GHLERGDIPGKANPCESAPDKGTKQVRGKGRSKKNSRKSISIEHSFLNPFSNNNSKKGQTGMPFSEDHSNGRADCSQKRE 4720 RKTVYNRSTEEKHKLGLSHSAKRRGSVKKMNPRSSCPSHHSRSSCASPPPPSSESGSDSGSDSLSSVELIQNEDELRKIF 4800 MSARKSMNIHNMMGSYQNEEYSFFRLKKKRKKSVSESEAYFDDEKKFSTSCVEEAKKDNKRRSYSADPEHPSKASKMKYV 4880 KYVPYYIKSSRLVDPKKSNIFFVINPNGDLKRTEDATYPFIYFKNKEKYKYKNWNGYFGKVPCEKTLLKHLCCDDLYLYC 4960 GHQGGEQYIKKDIIQNAILRYDDPLGEEAKEGNAKKGKPKKAQNRGGGITKCSRSKAGKKEDPPFTQKKDKRRRYSCNFE 5040 AGKCTVEKGVKRKSVGDIIHIHGTSDSSDALCTQTEMEDGESDHVGDPHFSATQNDGINSCVFLIGCSSGLLSSHGFDLD 5120 VWGTPYDYIVGGCVFVFGNLWNVTDGEVDGFTQNFFWKWTQPNSSSLFCSNYNYNAVQMANVSTFGFRFFAKMLRGCTEE 5200 SAPGGGSQMGVREEGTEWSSNCWRDDDSDHNGGRDDDLLIEVGDNFVTLDFDTYTYFRKNYFFYKYFQKCYNCNIVLNQN 5280 LFSINQNRKYSWLSMTEALAEAKQFCRLPNTTGSAVVIYGLPL 5360 ................................................................................ 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 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0

  • Fasta :-

    >PVX_123300 ACAATGTGAGCAGATTCCTCTCCTGCGGTAGTACCCTTTGCCTTTTTAAGTGTGATGCAT TACTAGCTTATTTCATTTGAAACTTATTCTGTTTTTCCTTCCTTTTCCATTTCGGCCATT TTGTCCTTTATGTTTCGCTAAAGTTCGAAATAAGACAAAAGGAAGAGGGGGAAAAAATAA GCAAAAGGTAGAGGAGAGAGTAACGAACGAATTAATAAATGGGTGAGTGGAGCAGAGAAG TGGAACGCACTGAGAGAGGTCTCCATAGCTGGTTAGCTTTACCTAGCTACAATTTTTTGC AGTACATAAAAAGGACCATGTGACTCTTTTTTTTTTTTTTTGGGAGCCTTTTTGTGGAGG ACTTTTTTGAAGTTCTTTTTTAATTCTTAAGGACCCGCTGCGGAAAAATGGTCGCCAGAG AAATAGTACCCGAAATAGACAAATGCAAAGGGGGCACGCAGCAGCGAAGCCGAGTAAGCT GGCCAGGCTGCTAACACTGCCAAAGTGCTAAAGCTGCTAAACTGTTAAACTGTTAAAACT GCTAAACTGCTAACAGTGCTAATACGGCTTACCTGTTGGGCGGGCGGACGAATGAACCAA TCGGCCAATCGGCCCAGCAACCGAGTGAGCTGCGGCATAACGGGCAGCTGGCACACGCAC GGGGAAAAATGATAAGGAAAGAGTCCAACATATACGACAAGCTGGACCGGATAGTGTGCG AGGTGCTGCGAAACATAGATGCAGATGCTAAAGGCGTAGGTGAAGAGGCACACAATAAGG GGAGTGCAAATGATGCCGATGAAAAAAACATAAACGAACGGGTGTATAAAAAATTCTTCG AACTCTTTAACAGGGAGAGTTACCTAGAAAAGCTAACACACGACGAATTAGTAGCAACAT ATAGAGACAAAAATGCACACAAATACCTATTTTACATGTTCGAATGTCTGCTTAATAAAA TCACCCAAACGAGGAATGTAAGACATTTAGATTTTTTATTTCTCATACTGAGGTACATTA CATATCTGTGGTTTTTGCTGTCCAATGATGATAAATTAGTTTTAATTTTCTACTACTATT TCAAGTTCGTGGATTTGTTGTTTAATTTAAAATTTGTGAGATGTTCCTTTTTTGTGAATA TTTACAATTTGCTGATTTATTTTTATATGAAAGATAAAGGGAAAAAAAAACAAAAAATCG TCTTTCCAGTGAAAAAATTAACCGAGAAGGAAGCAGGCTTCCACATAAAAAATGTCATAT CGGAACTGAACAGAATAATTGCAAATGAAAATGCTCACTTTGTTGAGACTGTTGGGAGGG AAAAAAATTTTGTGAGTCTCCAAAGTGATGCCCTGTCACATGGAAAGGCAGAAAGGAGAA ATTTGCCGCCAAATGCGGAAGAGGATGCATCTACATACGGGGGTACGCAAAATGTGTATG ACTACCTATGGGTAGGCCATCATCAAGGGGAAAGCGAGCCTCAGGGAAAGAAGCATAAAA ATAAACATACGGAAAAGATAAAATCAGATGGATCCGAGGAAGACAAATCATTTTACCTCA TAACAAAATGTCAAAATTGGCGTAATGAGAATTCTACCTTCCCAATTTTGAGCATTTTCT CAGTTAGCAGCTCATATAATCTCTTTTTAAACATCACGAAGCATTTGTTCAAAATTAGTG TCTACGATTTTTGTACCTTTTTCCCCCTCCTTAGTATGCTTAACGTGGAATGTCTACTTT CCCATTTTCACCTTTTTGAAATTTTGCACTATGTCCAACTGGAGGAGGTGCACTCGGATA CAAATGACTCCAAAAAGGAAACAAAAATTGTCTCAATTAGTTCCTGCCAATCTTCACCTT ACAAAGGGAATGAGCAAGTCACCACAGGGGGGAAGAAAACCCCCTCAAACAGCGAAGTTA TTTTTTCAAATAATAATAAAAGTAACAGAAAAATTTTGTGGAATATCCTTTTTGAAGAGC TAAAAAAGGTATACATGGTAGACACGAAAAATGTGAACTACACATTAAAAATGTTAAAGT ACTCTTTTAGCTTTTTCCTGTTTGAAGAAAAATTTGCTCCAAAATGTAAAGAAGGGGAAA CTCACGTGACCAATAAAAAAGAACACACCTTCGCGCTCATTTCGCAAGTATACCTAAAGG AGTTACTAAAATTCTGCCTCTCCTTTGTGAATAATTTAATGAGCTCAAGAGCGCTAAAGG AGGAAGTCATTTTTAAGGCCATTTCGTACGTATTTTATTTGCTTTCCAAATTGATATGCA ACACGAGTAATAACCTTAGAAAGTACATTCTGCTCAACAACGATAATAATCTCACCCTCG TTGCGCTAATTACGTATGTGTATAAATACTTCAAAAGGGTTTACCTGGAAAAGAACGCAT CGGGGGAGGTGCACAAGGGGGGTGGAGGCGCTGTTGGAATGGGTGGAAGTGGTGTAATTG GTGGAAGTGGAAGTCAAAATAAATTCAAGTACACATTCGTAACGCTCGAAAAGGTGTACC AGAAAATTCAAGAGTGCTTGTACATCGTCCTAACCGTTGACGAATTTGTTGAAGGGAATA CCAGAAAAAAGCTAGCTCAATGTAGTGATGGGGCGATACCCCATTTGGAGGGACATCAAA GCAATAGACAGCATGTAGATAGCTGCGACCTTTTCTTTTGTATCATCATCAAGATTAACA AAATGAACATGTTCTACTCCAATTTGGACATTATCAAAATGCTGTCGCAGAAGGATAGGA GCGTTTTCAGAAAATACATATACACCATTAACAAGAACAATGAAAATTTTGGCTCCTTTT TTTCGTGTGTACTAAATATTGAGTATAACGAAAATCAGCATGACTTGGTTTTAAAAAAGT ACATCTCTAATTTGAAGGAAAAAAAAAAATATAAAAATAAAAAGTTAATCAAGCTTATGA AGCCTTACCATTCCCCCCTCAAGTACATCATTTTGAAAAACCAAATTGACCAAGATGGGG CAAAAAAGAATTCCGGTTCCGCAAGGAAAAGCACCCTGGCAGTTAATTTCTCTCATAGGA ATTACGACCTTAGTACCTTCGAGGGAGATAAGCGGAAGGCTATTAACTTGCGAGCCAAAA GGAAGAGCATGTACGAGTTTGGGAGAGGTGAGAAGGGGGGCGGTCGTTCCAGGCCCCTCC AGGGTGACGACGGGATGGATGGCGACACAGTAGGTGAATTCGCATCTGACGAAAACGCAT CTGATGAAAGCGCACCTGACGAAAGCGCATCCGATGAAAGCGCATCCGACGAAACCGCAC CCGACGAGACCGCATCTGATGATGACCCCTCCGATGGCGAGGAGACCGAACCCAGTGACA ACCCCGCAAGCTGCCCACGCAGCTGCCGTAAGGAGTACTTTTCCGACGGACTGAAGCGCG CGAAGGTGAAAAAAAAAGACATGCCCATATTCGAAAATTCGATCCTTCGAATCAGGAAGA AGCAGCTGAACGGAACCAACATAGATTTTAAAAACGTCTGCCATAGCATCACTCTGTCCA TTAAAAGGTGCATACTAATCTCAGAGAGTATTATTACCTACTTCAAAATTCACGAAGAGT TTGAAGCTAACTTTAACATTTACGTGTGCAAAAATATATTTATTAATTTTTTACGAGTTT GCCTGCTAAGCGCCAGTCTCTTTTCCTACCTCTGCGTTAAGCTGAACTATGACGAGATGC TGAAGCAGATGTACGACTCGAATTTGATCATTATGTCGTACAACATTTTTGACAAATATA TCAGTTTCGTGTTGGACCAGGACGTCAAACAGTTGCGCAAGCATAAGAACGTGTTGCAGG TGCCTAGCAGGCGGTTGAACAGGGGGGAGGCAGCAGCTGGCCGCTCCGCCGGGGCGAAGG AGCAGAGGGAAGCCCCCTCCACGGTAAGCGCCCCCACGGTTACCACCTCCACCAGCGCTA TTCCCCCGGCGCAGCTGCACCGGGACGACATATACGACGTGCTGGGCGCCCGGGAGAGCC AACGCGGGAGCGCCTTCTTCCTGTCGGACCAAGACGAATTCATCGAGACGCTCTACCTGA ACACGTTCATGATTGTGATAAGCATCATTTCGGTGTGGGAAATGTACCTAGAAATTCCCG TAGAAGTTCTAAACAAAATGAAGTACACCTTTTTCGAGCTATTTTACAACACCACAATTA AAATCATAAAGTTTATAAAAAAGGACAAGGGGTTTTTCTTCCTACTGAACATTTTAAAAT TCATTTATCTCAAATTTGTCAGCCTCCCTTTTAACCCAATAAACATACACACCACAATAA AGCTGCACGACTTTTACGAGTTCCTCATTAATGATGGCGACGAAGATGTGAAGAAAGAGG AGGAGCAAAAATTTAATAGTGAAAATATGTACCTAAATTCGATTAGCCCCCTCAAATTTT TGAATAACCCAGAGAATGACGCACACAGGAAGAGCCTTAGCAGTGTACAAAAATTCAGCC TAACTTCTGACGACCGCGTAGTGCCAAACGAACATGACTACAATGTGCTAAGTGTAAGTA AAAAGAAGAGGGTAAGCATGGGGGGGTTAGTTCCCGTGTTTTTAAATAACCACAGCAGCA AGAAGAGGAGGAGGACCAACATCGACCCGTACACCTCGTATGACAGTTTTGAAAATAACG ATAACGGTTCCTGCTGCTCGGTGAGGAAGGGCCCCTCTGCTGGTCACGCACAAATGGGTG ATAAAACGGGCGCGAGGGTGCAGTACGATTTGCGCGAGGGAGAATACGAAGGTGAAAGTG TCAATGTTAATGCTAATGCTAGTGCCAGTGCTAATGTCGATTTCAATGCCAGTGCCAATG CCAACGCGACGCCGAAACGGAACCATGACTACGCGCAATCAGGGGAAGGGAACGAAAGCG ACATCTTTAGAAGCACCTACCTGAGCAACTACTACATCCCGCACATCGATCTGCTGTTCA TCATCGTCGATTTGGAAGTCTTTCACTACTTCGAAAAGAAGGAGTACAAAAAAATAATCC TCTCCGTGGAGAACGCCTTCAAAAGTATTATCAGCAAATGTGACTACAACACCAAGGAGT ACTTACGATCGTCCATTTCGTACATTTACAACAGCTACCAACAAGTGCATCTGCGTGACA GCAAAATTAACATCCAAAGTTGCATCGTCATTAGGCACATATTTAACCTTTACATCAAAT CTAAGGTCTTCTATTTGAGCAAAAAAATTAAAAAAAAATTAGCACACTATAAGGACAGCT ACACCAATGATGGGGTGCTAAAAATGGGTTACAACAAAATTTATAACAGCCTTTTTAGCA GCGAAAAGTGGAAGAACTTTTTTTACTTCCTGTGCGAAAGTGACAACCTAGGAAGAAACA AAAGGGAGAAAATTATAAACAATCTGCTGACCGTACATATAAACACGTTGCTTTTTTTGA TATTTTATGAGTACCTATCCAAGTATGTGACTAAAAAGTTCATATTTTTCTTCCGCTTCT TCCTATTTTTGTTTAACAAATTATGTGTTGCCATTCTAAGTTTGGTGAATTCGTCAAACC ACCTCGAAATTTTTAACCTTTTCGATTGGCGCAATATCACTCGAGCAAGCCACACACAGG GAGAGGAAGAACTGGCTGACAAGGTAAGGAGAGCCATACGCCTCGTTCAAAACTGCTCCA TATACCCACAGGATGAGGAGGTGTCTCCCTACAAAATTTACAGCCAGGGTGGAAGACACA CCAAGGGTAGAAATAAACCAATTGTCATGATCGACATTGATGAACTGCTAGTCACCTACA TCCAGCTGAACTTCACATTTTGCAGATCGTGCTGCTTTTTCATTTTCTTCAAAAATGTCT GCTCGCAAAAGTATGAAATGATTTTGAGGGAGAACTTCACTAGCAGCTATTTTGAGCGGT TTAAGAATAACCGGGATTTGTTCGACCCCGTGGAGGCTGTGAAGGGGGAGAAGACTGGGC GGAGGGGCGACGAGTGGGGGGAAGGCCACACCGCGTACCAAGCGTACACCACACAAACCG CTTACCCCGCGCACACCACACACACCGCAGAAGGGGCCACCCCCTTCGGGGAACCAACTC TTAATGACTCCTTTGACGAAGAGTCGGACGACAACCACAGAAGCGACTCCAGCAGCTCAG GTCTCTCCCAGTCCAGCTTCACCCTCATAGAGTACACGGACTATTCCAACAACGTAGATT ACATTTTCCTAGAATTTATTTTAGAAAAAATAGAAGAAATGGACGTGGATTATTACTACA GGAATGTACTTAACAATTGTTACTACGTCATCAAAATAGAAACACTTTATAATTACATAT ACGGAAATGAGCAGCTGTTAAGCAGATTTGCTTTCCTAAATAGTGTGTACTACCTGTACA AGTTGTACTACCACATGTTTGTCTGGTCTTGCAATAAGAGCTATGTCATGGGTAAGGAGA ACATCTCTGCTGAGGGGATCAACGGAGGAGAAAATTTAACCAGTCTGTACAATGACATCT TTTACCTCTTCGATGTGAACCGCATTTTGGGGGAAACCTTCTCCAGCAGGTATGTGCAGC TGGTCGATCAGTTCGGGGCCTCCGATTTTACCCCAAGTGGAACGCCCGACAAAACTGGCA GAATTGCTCCCTACGGCTGCGAAGATAATTACCGCCCAACTGATCGGAGAAGCATCGAAG AGTCGCCCTACTTCGTGTGCAACATTTACAACTTCAAATTGAAATTGTTCCACCCGCTAA ATTTTGAAAAAAGGGACTTGGCCAAAGGGAGGAAAAAAAACACATTCAGCAACTTCCTAA TGGTTAACAGAAATTATCTACTGGACTTGAAGCATAAGTATGCCAAAGTGAACAAGTACA TAAGGAGCTACTTGGTCTACCTCTACCACGTAGTTCTTCGCTTTTATTTCAATGAATATG ACATAGACGGGGAGAAATTATCTTTTCACCACATTGCGTACTCTTTTCAAAGTGCGTTCC ACACGTTTAACAGTAAAATATGCAGCAGTCCTCATGACATGGTGTGCTTTCCTTCCATCC GGGGAATCGGCAATGATAAGGACACCCCTCCATACCTCCCCCCTTTCAATATCTTTCCAA AAAGGGACCTAAAAAAAAACATTCTTCTCATTTTCGACATTTTTAATAACATATACGATG TATACCATGGCAACATATTTGAAAATTCCAACTGGGCAAACTCCATTGTAACACAAATTG ATACAAAGCTTATTGGCTACCTCAGCGAAATGTACAAAATTGCCCACCTGTATAAAATGT ATCATTTCTGCTTCCAAATTTTGGTACTCTGCCTTATGTTTACTTCCAGGTTTTGGCTAG TTTACGTGTTTAGCGAGAAGCACCCATGTGGGCAGCAGGGTGGTAGTAATCATGCCCGTT GGGGGGTGGATAGCCAATATTGTCAACCTTCCGCTAGGGAGAAACGAAAGGTTGGGCGTA AGGCAAACGAGAGGAGCGTAGACGAGGACGCACTGTTTCGAAGTCGTACACACTTTGGAC GTGGCGCGGGCAAGAGGGCCAAACCTAAAGAAGCTTCTCAAAACTCAAATGAACAAATGA GAGGAAGCTCCAAGCGAAGGAGAGCGTACATACTAACCGGAATTTATAACAAAATAGCGT CTAAAGGGAAGGGAGATAACGCGAAAGAGATATACAACGATTTGCACAACTATATGCAGA TGCTAATCGTTTGTGCATCCATATTTTACCTCACATTTTTGTGTGTAGAAAAGATACAGA AGAATTTGAAAAATGTTTTTTTTCTTAACTGCGCTAATAGTTTGTATAACTGTTATGTCC ATTTTTATGAGCACGTTGAGAAATTCTGCAAGGGGCACTGCGAGGATAAGCGCTACGCCT CCTCCTTCTTCTTCGACACTTTCCACTTGGACCTGATAAACTTGAAACTCCAGGCTCACG TAAAGGCAGGAAGGTACAAGGCCGAAATGAGAAAAGTGAAGAAAGGGCTAGGCGAATCCA CCGCGAGGGGGGGCGCACAGCCCCAAGGTGGGGTCACCACTATGTCAAGCAGCGGAAGTG GTGGAGAAAGCAGCAGAAGTAGCAGAAGCGGCTGGGATAACGCGCGGGAAGACGCATTCG CCAAATTTCCATACCTCCTTTACTACAACGAACGCGCGGGCGCCGAATGCGTGTCCGACT TGAGGAAGACGGAGAAGAAACACGAAAGCGATGGAAAGAACTTTTTCAAAAATAACATTT GCCTATATTTTAATATGATAAGATATTTGTACAAAAAGAGGAGCAAGTACTTCGGTTTGC TGCCCTTTGTCAATTCGTACATCATCTCGATAGTGACGCTCATGAAATTTACGATGGCGA AGTATTTTTCCAATTTTAATGTGTCGTCCGATTTCTTTTCTCTAAAATTTGAACATCCAA TCCACCAGTTCGACATGGACATGCTGACAAAAGTAAAAAAAACGGAAGACGAAAAGGAAA ATGTCAAGTTAACCAACAAGGCGATTTTGATCAACCTGGAAAATCTCTTCTGCAATATGT TCTTGAATAAGGACTTGTGTTACCAAATAAAATTCGTTTATACCTACTACAAAAAAATTT CCAGCATCATGTTCAAAATGAATAATTTTTTGCTCAGTTATTATTATTTGAAGAAAAACA TCCTCTTCATATGCGATTTGATTTACTTCCCCGAAGTTGTTCACAACTATTTGCTGCTGA TGAACATCATTTTGAAAAGTGGACGGCAGAGAATCGAGTTGCTAACCCAGGAGGAGATCT TCTTCGAGAACTTAAACAACCAGCTGAGCATTTACGACAAAAAAAACTTGGACCAGCACG CAGGCGCGGACGCGGATGCGGACGCAGTTGCATACCCAGACGCAGTTGCAGACCCAAACG CATACCCAGATGCAGATGCAGACACGAACCATACAAAGGACAAAACCGCCAAAGATGTGA ACGATTTTAAAATTTATGAAGACAGCGATTTTTGCAATATCGATTATGTAAAAACGCCGC TTAACACCTACTTAACCAAGAGGCACATTTACGAGTACAGAAATCTGTTGACTCAGTTTT TGGCCTACTTAACCTTTTTAATAAAAAATCCTGACCATTTTAGCATATTGTCGACGAAGC GTAGAGGGGAGGTACTCCACATGTTGTGTCTAATCCTTTTTACGAAGAAGAAAACGAGTT ACTTTTGCTGCAGCAAGGCGCGTCCCAAAAAGTCAAAGGTGGTGGCTAACCCGCCAGAGG GAGGTACTAACGGAAAAGACAACTGCTGCGACTATGGCAATGCAAAACTAACAGGGGAAG ATTCCACAAAGCAGAGGAACACACAAAGGAGCGATCACGAAATGGTGGTACCCAACAATG TTGCAAAGCAAAATCAAGGCAACCACAAAATGACCAATTTTGAAAAGAACTTTTTAACAT GCTTCAACAACTGTAACGAAAAAAGAGAAGAAACGTTTTTTAACTTCTTCCTCGAAAAAT TATTCATCATAAGTAACTTCGACACGGACCTATTCGACGTCGAGTTAGACGATGAAGAGC AAGTTGAGTCTCTCATAAAGTCTCAAGTGTTACGTGATGTAAGCAGTCTCAATTTCGTCC CCCCAGGAGGTGCCCACTCGGAAGAGAGCTTCTTAAACCTGGGGAGTGAAATTTCGAGTG AGCCAGAACAGGCAGTCCAAAACAGCAAAGGGGAGACAAATCAGGCCAGCTGCATGGAGG AAGCAATTCGTCGTGAGTTCCACCAGAGGGCTTCTTCCCACAACTCGTTCAAGATTAGCG ACATTTCCGTTTTGAACTACCTCTATTTAAATTACCACTTTGAGCGAAACTTAACCTACA CGGAAAACTACATTACTAATAGACTTTTCACACTTAACTGCAAAAAAATGAACGCCTATT TTGTGAAAATATTGCTATACTATATCAACTTGATATTTTTAAAAATAAAAAATATTTTCT GCGATGACTGCATTTACACCATCAAAAAGCAGCAGTTCCTTAACTCCTCGGCGAATGATT GCTCTAGGAACATTTTTTTCTTCTTGTTCTTAAAACTTTTTCGTTTTTTCAATTTTTCCA AGCGAACTTTGAGTGAGTTATGCGTCAATTATTTCCCCGGAAATGACAATTACGCGGTTT ACCTAGACGAACTAGTTGAGAGCAAGAAAAATGGAGACCTCCCAGCAGAGCAGGTCTACG CGAATGATGGAAGGCACATCACTCAAGATACACACACACATAATGTGGGGGGCAAACAAA ACAGCTGGGATGATAATCCGGCAAGTGGACTAGACAAAATGTTGATGGTTAATTTTTTGG AAATCTTTTTATACCCACAAAAAAATTGCAGCTTTTTGGAGGTGCTAACTGTGTGCTATG AATTCTTGGCAAACATGAAAGACGATAAAGGGAAAAAACTCAGGAAGAGAAATAAACACA AAATGTACGCACTCCTAAAAAGGGCGATTACCGAAAGGGGGGACCGAAGCAACCCACCTG TTTTTCATTTCCAAACTGTACTGGTGCTCCTATCCCTGCTGCTGCACTATACCTGCAAAA GGTCGCTCGTGCATGAAATGAGGAAGGTCGCCCAGTTTTTCCTAGACTTTGTGTTTTTCT TCATAGAGAACTTAAAGAACAATTTGATCATACTGCAGATAATTGAGGCCTACGGGGGGG GGCACACATGTGTAAGCACAGGTGGGAGCACAGATGGGTACAGAGGTGGACACGCAAAGG AGCACCCACCTGAGAATCGCTCCACCGCTGCACGGCAGACCCAAGTCAACCTGCTAAAAT TCTACTTCCGAAAATTGCTGTCCCTGCTGTACCTCTACACAGACGAGCTGATATTGTACA CCATCAAAAATAATATAGACCAAGAAATCAGCCAAAAAAATTACTACAGAAAGCATGCGC ACGAAAATTTAAATATAGAAACGATTAGTAATTATGAATACATAGGCCAACCGAACTTGA GCGAATTTTGCTTCTACTGGGACTACGCCATAGTGTCGATGAGCCACGACAAGAGCGACC TGTACATTTCGCGCTGCTTTAAGAACTTCCTCTTTGTGCTAATTCGAATCATTAAGGGGG AGGCATTAAGCCAAGAGGCAGATAATCCGGGCCGATTCAGTGGGGAAAATAAAGCCGCCG TCAAAGAGAGGGAAATTTCTCAAGACAGTAGTAAAAAAAGGAGAGATTCCCCCCCTGAGG GAGATGAAGAATGTTTCAATTTTTACAAAAAAATAAATACCCTTTTTAGCGTTCTAAATG ATGAAGAGTTATGCGAGCGGTTACTCCTGCAGGGGGGGAATCTCCCCCTAAGTGATGACA CTATAATGGGACACCTAAATGAGAGTGTAAAATATTGCACAGGTTATGCGCGCGAAGTGT ACGCTGAGCAGGGTAATTTGGGGCACAATTCGAACGAATACAATGGAGCGCCTCCGGGGA AGTCCATCCAGTGTGGTACAATCGAATGGGGAGGTAAACACCCCGGGGGTGACGCGACTA TCCGTGAAAGCGCCACACGTGGGAAAGATGAGCATAGCGAAGTAGCCACCCACGCGGGGA AACATTTTGAAAATGCTCAAATGGGACCTGAGCAGTTATCCAACCCGCACGCAGTAAATA TCTTTTTCACTCCCATGGGAAAAAGCGGAATGGAGACATCTAACGAGCTTATCAAATCGA ATAAAACGAACCGAGTTAGGAGTAGCAATTCCTCTGCAACGTTTCTGCCGAATGGGAAAG ACCGGCTAGCCAAGGACATCCAACTTGTGCGCTTCCTATCTCGCCTGTACAGAAGTGCCG ATAGCTGCATTGAGGGCAAAACGGGTGAATACTTCCACGTAGAAAAAATACACCTAAATA TCGAAAGGTTCCCAGTTAGGGAGAAATGGAATTACATAAAGAAATTAGAAAAAATACTAA AGCAGTATCAACATATGATAAAAATAATGTGCGAAATATTACACGAATCGAAGAACGTAG ATCGGAGCAGAAGCAATTTAAAGATGTTCATAGATTTGTGGTGGAACAATAGATATACAT TAGAGCAGCATTTAAAGATACTTAACTTAGACATCTCCAACACTCTCGGGTTTTCCATTC ACAAATTGATGTCCATCCCGTTGATTTCTTTAAATATAAGAACCAAAATAGTCCTAAACA GGAGTGCCAACTGGAAGGATGACCACCAGATGGAGGTTTCCATTCGCAGTGAAAAAGACC ACACACAGGTGAACAGCGCATATAACACCCTGTCAATTGTTAATAACCAGAAATATTATT TGAGTACCAATTTTGACCTATTCGTGGTGCTATACTACTATTCTAACATGCTCAACATTG TAGCGTGGCTTAATAAGTGGGGGAGGTACTTTGTTCCTCTCAGATACTGGGACGGTACCC ACTTTGTTAATGTCCTCCTAAACTTGACTGTTTTTTCCATCGTGATGAAGAACTGCAATG TGCAAATTACGCAGGCGAAGAGGAAATACCTAAAATGGGTCGACACTGGGGGAAGCCGCT CAAGCAGAATTAGCAAAGATGGGAGCACCTTCATCGGTAGCGTCATCCGCGGAGACACCA CTGATGGGGTGGGCTCCTTCCCAGCTTGTAACCTAACGAAGCAGAGCCATGAAAATAGGG GGGCTCCCAAAAGTTTGATCCCCATTGACAAAAAAGTCGTGACGTCCTATTTGCCCTTCA TTAATAAGGACATCGAGACGATTCTACTTTTGGAGGAAAGGAAAAAAAAAAACAAAAGGA GAAGCAGCACAGTAGGTCAGCCATATATACTCGATATAACCCCCCCAAAAGAAGCAGCAA AAGGGGAGGTCACTTCGAGTATCCCTCGCTGGAGTGTAAACATTGAGGGGGGAAACAATC ACCATGATGGTTGCCAAGCTACATATAGAAGCTTGCAAAGGGATCAACCCGATCATGTGG AGGCCATCTCAACCCTGGACAACAAGTACAGAATTGTCATACCCAAAGGGGAGAGCCAAT CTGCCTTCCCACACAACACCAGCAGTAGGGACAGTGCCAGCAGGGGCAACCCCCTCACTG GTGAGATACGAGGCAGGAGAAGAACTATCAATATTATCAGCGAAGAGACGAAGAGTAGTA TAGACAGCTATTGTGCGGGTAGCCATTCGGTTTATAAAAAGGAAAACCAAAGCAGAGATC AAAAAAAGGTCAACTCAACAATATATGGATATTTGAGCCCCCTAAAAGCGAACAATTTTG AGCACTTGAAGAATCAAAACCAAAGTGACATGCTGACAAGGGAGGAAAAAAAAAAAAGAA CTACAGTAGCAGGGACGTTAAATTTAGATCATCTGAAGAAACAAGATGATAAAGAAGAAA AGAGTAAAGAAAATATTTATTTAAAATATTTGGATTTAAAAAAAAAATGCGATAGGGGGG TACTGAAATGCTCTTTTTTAAAACTAAGGATGTACCTGTATAATATACTCATAGACATTT TCGAAAACAATCACATCCATCCGAAGAACATCTTTAACCTTTTTAACATCATCACCCATT CGTTCGTTACGGATGTGATCAAATGCACCATGGTGGATGATGAGCTAGATAGTGAACGAT TAACATATGTGAAAAACGTAGAACATAGGAGAGTCAGGAAAAACCCCGTCGTTGTGTATA TACATAATAATTTGAATAGACTCCCCTTTGAAAATTTAGAGCCTTTAAAAGATTCCTACA TCGTGCGCGGGGTGAACAAAGCGGTCACTGCGTATTTGTACGAAAGGGTGTTGGCGAAGA TTAAAGTGGAGGAAGCCAAGCGGAAGGGGCTCTCCGTTTTGGGTACTCTTCGGGGGGAGA TGGACGCAGCGGCGGGGGAGGAAGAAGAATTGGAGGCAGCCCGAGGAGCTTATCAAAACG GTGGAACCCCCCAAAACGATGACGAATCGGACAATTACGAAGACCAAAGTGATGATTTTC GAATGGACGAATACATACAGCAGGAATACTCAAAAAAGTGGAAAATTGATGATGTGAAAA ATGTGGGCCAAATGAACAGTACCCATCGTAGCAGCGTCGATTTGCGTTGTTCGCATCCCT TCGAATGGAAAAGGAAAAACGCCAATGTGCCACAAAGCATCATAGGTGATTGTACCACCT CCCAATTGTGTAATGCAAAAGGGGGAAATGAAAACATTTCCAAAAAGAAAGGAAGAAACT CCCTTTCGTATATATCAACACACCACACGGAGGTCTCCAAAAGTGCAGAAAAGAATAACG GTCATTACCACCATGAGCTTAACACATGTCAGGTAAAACCGTTCAATCGTTGTGATGACC AGGGCAAGGCAACCTCCCAAGTGGATCGCCACAACGGTTTTAGAGCCCAACCGAGAGATA CGCTAACTCCATATGGGCAGGAAACTCTCAACAGCGCAGGACACCTTGGCGCTAATTATG GCTCACGGATTGTGCAGGCAAGGGGAAAGGGAAGATACAGCCTGATCGTTTCGAGTGAAG AGACAAAAGGTCATCTCGAAAGGGGAGACATCCCCGGTAAAGCCAATCCCTGTGAAAGCG CCCCGGATAAAGGCACAAAGCAGGTACGTGGGAAAGGGCGAAGTAAAAAAAACTCGCGCA AGAGTATCTCCATTGAGCACTCCTTCCTAAACCCCTTCAGTAATAATAATAGTAAAAAGG GCCAAACTGGCATGCCATTTAGCGAGGATCACTCAAACGGTAGAGCTGACTGCAGCCAAA AAAGGGAAAGAAAAACTGTATACAACAGATCAACAGAGGAGAAACACAAATTGGGATTAT CACATTCTGCCAAAAGGAGGGGTAGCGTTAAGAAAATGAACCCCCGTTCGTCATGCCCGT CTCACCATTCCCGCTCATCCTGCGCGTCGCCTCCCCCTCCATCCTCCGAATCGGGGTCCG ACTCCGGGTCCGATTCCCTTTCATCAGTGGAACTAATTCAAAATGAAGACGAGCTGAGAA AAATATTCATGAGCGCTAGAAAATCGATGAATATTCACAACATGATGGGTTCTTACCAAA ACGAAGAATACAGCTTTTTTCGTTTAAAAAAAAAAAGAAAAAAAAGTGTAAGTGAATCGG AAGCCTACTTTGATGACGAAAAAAAGTTTTCAACTTCGTGCGTAGAAGAGGCTAAAAAGG ATAATAAAAGGAGAAGCTACTCGGCCGACCCGGAGCATCCTTCAAAGGCGTCCAAAATGA AATACGTAAAGTACGTTCCTTATTATATTAAAAGTTCCAGGCTGGTTGATCCCAAAAAGA GTAACATTTTTTTTGTGATTAACCCTAATGGGGATTTAAAAAGAACGGAAGACGCTACGT ACCCTTTCATATATTTTAAAAATAAAGAAAAGTACAAGTATAAAAATTGGAATGGATACT TTGGCAAAGTGCCATGCGAAAAAACGCTGCTAAAGCATTTGTGCTGTGATGACTTGTATC TTTATTGCGGCCACCAGGGGGGCGAGCAGTACATCAAAAAGGACATAATTCAAAATGCCA TTCTGCGCTATGACGACCCGTTGGGGGAGGAGGCCAAAGAGGGCAACGCGAAAAAGGGGA AACCCAAAAAAGCGCAAAATAGAGGTGGTGGAATCACAAAATGTAGTAGAAGCAAAGCGG GGAAAAAAGAAGATCCCCCTTTTACTCAAAAAAAAGACAAAAGGAGAAGATATTCTTGCA ATTTTGAGGCAGGAAAATGTACTGTGGAGAAGGGGGTTAAGAGAAAATCTGTTGGAGATA TCATCCACATCCATGGCACTAGTGACAGCAGCGATGCTCTATGCACACAGACAGAAATGG AAGATGGTGAGAGTGACCATGTTGGGGATCCCCATTTTTCGGCTACCCAAAATGATGGCA TAAACTCGTGCGTTTTTTTAATTGGGTGCAGTTCAGGGTTGCTATCTTCACATGGTTTTG ACTTGGACGTATGGGGCACCCCCTACGACTACATCGTAGGAGGGTGTGTTTTCGTTTTTG GGAATTTATGGAATGTGACAGACGGAGAAGTGGACGGATTTACACAAAACTTTTTCTGGA AATGGACGCAGCCAAATTCTTCCTCCCTATTTTGCTCCAACTATAATTATAACGCTGTCC AGATGGCAAACGTTTCAACATTTGGCTTTCGCTTCTTCGCAAAAATGTTAAGGGGGTGCA CTGAGGAGAGTGCACCTGGGGGGGGCTCACAAATGGGTGTGCGCGAAGAAGGCACAGAAT GGAGCAGCAACTGCTGGAGGGATGACGATAGTGACCATAACGGCGGTAGGGACGACGACC TTCTAATCGAAGTGGGAGACAATTTCGTTACACTCGATTTCGACACGTACACATACTTCA GAAAGAATTATTTTTTTTATAAATATTTCCAAAAATGCTACAATTGCAACATCGTTTTAA ATCAAAACCTTTTTAGTATAAATCAGAACCGGAAGTACTCCTGGCTTAGTATGACAGAGG CTTTAGCGGAGGCCAAGCAATTTTGCCGCTTACCAAACACGACGGGCTCGGCCGTTGTTA TTTATGGCCTACCTTTGTAG
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  • Fasta :-

    MIRKESNIYDKLDRIVCEVLRNIDADAKGVGEEAHNKGSANDADEKNINERVYKKFFELF NRESYLEKLTHDELVATYRDKNAHKYLFYMFECLLNKITQTRNVRHLDFLFLILRYITYL WFLLSNDDKLVLIFYYYFKFVDLLFNLKFVRCSFFVNIYNLLIYFYMKDKGKKKQKIVFP VKKLTEKEAGFHIKNVISELNRIIANENAHFVETVGREKNFVSLQSDALSHGKAERRNLP PNAEEDASTYGGTQNVYDYLWVGHHQGESEPQGKKHKNKHTEKIKSDGSEEDKSFYLITK CQNWRNENSTFPILSIFSVSSSYNLFLNITKHLFKISVYDFCTFFPLLSMLNVECLLSHF HLFEILHYVQLEEVHSDTNDSKKETKIVSISSCQSSPYKGNEQVTTGGKKTPSNSEVIFS NNNKSNRKILWNILFEELKKVYMVDTKNVNYTLKMLKYSFSFFLFEEKFAPKCKEGETHV TNKKEHTFALISQVYLKELLKFCLSFVNNLMSSRALKEEVIFKAISYVFYLLSKLICNTS NNLRKYILLNNDNNLTLVALITYVYKYFKRVYLEKNASGEVHKGGGGAVGMGGSGVIGGS GSQNKFKYTFVTLEKVYQKIQECLYIVLTVDEFVEGNTRKKLAQCSDGAIPHLEGHQSNR QHVDSCDLFFCIIIKINKMNMFYSNLDIIKMLSQKDRSVFRKYIYTINKNNENFGSFFSC VLNIEYNENQHDLVLKKYISNLKEKKKYKNKKLIKLMKPYHSPLKYIILKNQIDQDGAKK NSGSARKSTLAVNFSHRNYDLSTFEGDKRKAINLRAKRKSMYEFGRGEKGGGRSRPLQGD DGMDGDTVGEFASDENASDESAPDESASDESASDETAPDETASDDDPSDGEETEPSDNPA SCPRSCRKEYFSDGLKRAKVKKKDMPIFENSILRIRKKQLNGTNIDFKNVCHSITLSIKR CILISESIITYFKIHEEFEANFNIYVCKNIFINFLRVCLLSASLFSYLCVKLNYDEMLKQ MYDSNLIIMSYNIFDKYISFVLDQDVKQLRKHKNVLQVPSRRLNRGEAAAGRSAGAKEQR EAPSTVSAPTVTTSTSAIPPAQLHRDDIYDVLGARESQRGSAFFLSDQDEFIETLYLNTF MIVISIISVWEMYLEIPVEVLNKMKYTFFELFYNTTIKIIKFIKKDKGFFFLLNILKFIY LKFVSLPFNPINIHTTIKLHDFYEFLINDGDEDVKKEEEQKFNSENMYLNSISPLKFLNN PENDAHRKSLSSVQKFSLTSDDRVVPNEHDYNVLSVSKKKRVSMGGLVPVFLNNHSSKKR RRTNIDPYTSYDSFENNDNGSCCSVRKGPSAGHAQMGDKTGARVQYDLREGEYEGESVNV NANASASANVDFNASANANATPKRNHDYAQSGEGNESDIFRSTYLSNYYIPHIDLLFIIV DLEVFHYFEKKEYKKIILSVENAFKSIISKCDYNTKEYLRSSISYIYNSYQQVHLRDSKI NIQSCIVIRHIFNLYIKSKVFYLSKKIKKKLAHYKDSYTNDGVLKMGYNKIYNSLFSSEK WKNFFYFLCESDNLGRNKREKIINNLLTVHINTLLFLIFYEYLSKYVTKKFIFFFRFFLF LFNKLCVAILSLVNSSNHLEIFNLFDWRNITRASHTQGEEELADKVRRAIRLVQNCSIYP QDEEVSPYKIYSQGGRHTKGRNKPIVMIDIDELLVTYIQLNFTFCRSCCFFIFFKNVCSQ KYEMILRENFTSSYFERFKNNRDLFDPVEAVKGEKTGRRGDEWGEGHTAYQAYTTQTAYP AHTTHTAEGATPFGEPTLNDSFDEESDDNHRSDSSSSGLSQSSFTLIEYTDYSNNVDYIF LEFILEKIEEMDVDYYYRNVLNNCYYVIKIETLYNYIYGNEQLLSRFAFLNSVYYLYKLY YHMFVWSCNKSYVMGKENISAEGINGGENLTSLYNDIFYLFDVNRILGETFSSRYVQLVD QFGASDFTPSGTPDKTGRIAPYGCEDNYRPTDRRSIEESPYFVCNIYNFKLKLFHPLNFE KRDLAKGRKKNTFSNFLMVNRNYLLDLKHKYAKVNKYIRSYLVYLYHVVLRFYFNEYDID GEKLSFHHIAYSFQSAFHTFNSKICSSPHDMVCFPSIRGIGNDKDTPPYLPPFNIFPKRD LKKNILLIFDIFNNIYDVYHGNIFENSNWANSIVTQIDTKLIGYLSEMYKIAHLYKMYHF CFQILVLCLMFTSRFWLVYVFSEKHPCGQQGGSNHARWGVDSQYCQPSAREKRKVGRKAN ERSVDEDALFRSRTHFGRGAGKRAKPKEASQNSNEQMRGSSKRRRAYILTGIYNKIASKG KGDNAKEIYNDLHNYMQMLIVCASIFYLTFLCVEKIQKNLKNVFFLNCANSLYNCYVHFY EHVEKFCKGHCEDKRYASSFFFDTFHLDLINLKLQAHVKAGRYKAEMRKVKKGLGESTAR GGAQPQGGVTTMSSSGSGGESSRSSRSGWDNAREDAFAKFPYLLYYNERAGAECVSDLRK TEKKHESDGKNFFKNNICLYFNMIRYLYKKRSKYFGLLPFVNSYIISIVTLMKFTMAKYF SNFNVSSDFFSLKFEHPIHQFDMDMLTKVKKTEDEKENVKLTNKAILINLENLFCNMFLN KDLCYQIKFVYTYYKKISSIMFKMNNFLLSYYYLKKNILFICDLIYFPEVVHNYLLLMNI ILKSGRQRIELLTQEEIFFENLNNQLSIYDKKNLDQHAGADADADAVAYPDAVADPNAYP DADADTNHTKDKTAKDVNDFKIYEDSDFCNIDYVKTPLNTYLTKRHIYEYRNLLTQFLAY LTFLIKNPDHFSILSTKRRGEVLHMLCLILFTKKKTSYFCCSKARPKKSKVVANPPEGGT NGKDNCCDYGNAKLTGEDSTKQRNTQRSDHEMVVPNNVAKQNQGNHKMTNFEKNFLTCFN NCNEKREETFFNFFLEKLFIISNFDTDLFDVELDDEEQVESLIKSQVLRDVSSLNFVPPG GAHSEESFLNLGSEISSEPEQAVQNSKGETNQASCMEEAIRREFHQRASSHNSFKISDIS VLNYLYLNYHFERNLTYTENYITNRLFTLNCKKMNAYFVKILLYYINLIFLKIKNIFCDD CIYTIKKQQFLNSSANDCSRNIFFFLFLKLFRFFNFSKRTLSELCVNYFPGNDNYAVYLD ELVESKKNGDLPAEQVYANDGRHITQDTHTHNVGGKQNSWDDNPASGLDKMLMVNFLEIF LYPQKNCSFLEVLTVCYEFLANMKDDKGKKLRKRNKHKMYALLKRAITERGDRSNPPVFH FQTVLVLLSLLLHYTCKRSLVHEMRKVAQFFLDFVFFFIENLKNNLIILQIIEAYGGGHT CVSTGGSTDGYRGGHAKEHPPENRSTAARQTQVNLLKFYFRKLLSLLYLYTDELILYTIK NNIDQEISQKNYYRKHAHENLNIETISNYEYIGQPNLSEFCFYWDYAIVSMSHDKSDLYI SRCFKNFLFVLIRIIKGEALSQEADNPGRFSGENKAAVKEREISQDSSKKRRDSPPEGDE ECFNFYKKINTLFSVLNDEELCERLLLQGGNLPLSDDTIMGHLNESVKYCTGYAREVYAE QGNLGHNSNEYNGAPPGKSIQCGTIEWGGKHPGGDATIRESATRGKDEHSEVATHAGKHF ENAQMGPEQLSNPHAVNIFFTPMGKSGMETSNELIKSNKTNRVRSSNSSATFLPNGKDRL AKDIQLVRFLSRLYRSADSCIEGKTGEYFHVEKIHLNIERFPVREKWNYIKKLEKILKQY QHMIKIMCEILHESKNVDRSRSNLKMFIDLWWNNRYTLEQHLKILNLDISNTLGFSIHKL MSIPLISLNIRTKIVLNRSANWKDDHQMEVSIRSEKDHTQVNSAYNTLSIVNNQKYYLST NFDLFVVLYYYSNMLNIVAWLNKWGRYFVPLRYWDGTHFVNVLLNLTVFSIVMKNCNVQI TQAKRKYLKWVDTGGSRSSRISKDGSTFIGSVIRGDTTDGVGSFPACNLTKQSHENRGAP KSLIPIDKKVVTSYLPFINKDIETILLLEERKKKNKRRSSTVGQPYILDITPPKEAAKGE VTSSIPRWSVNIEGGNNHHDGCQATYRSLQRDQPDHVEAISTLDNKYRIVIPKGESQSAF PHNTSSRDSASRGNPLTGEIRGRRRTINIISEETKSSIDSYCAGSHSVYKKENQSRDQKK VNSTIYGYLSPLKANNFEHLKNQNQSDMLTREEKKKRTTVAGTLNLDHLKKQDDKEEKSK ENIYLKYLDLKKKCDRGVLKCSFLKLRMYLYNILIDIFENNHIHPKNIFNLFNIITHSFV TDVIKCTMVDDELDSERLTYVKNVEHRRVRKNPVVVYIHNNLNRLPFENLEPLKDSYIVR GVNKAVTAYLYERVLAKIKVEEAKRKGLSVLGTLRGEMDAAAGEEEELEAARGAYQNGGT PQNDDESDNYEDQSDDFRMDEYIQQEYSKKWKIDDVKNVGQMNSTHRSSVDLRCSHPFEW KRKNANVPQSIIGDCTTSQLCNAKGGNENISKKKGRNSLSYISTHHTEVSKSAEKNNGHY HHELNTCQVKPFNRCDDQGKATSQVDRHNGFRAQPRDTLTPYGQETLNSAGHLGANYGSR IVQARGKGRYSLIVSSEETKGHLERGDIPGKANPCESAPDKGTKQVRGKGRSKKNSRKSI SIEHSFLNPFSNNNSKKGQTGMPFSEDHSNGRADCSQKRERKTVYNRSTEEKHKLGLSHS AKRRGSVKKMNPRSSCPSHHSRSSCASPPPPSSESGSDSGSDSLSSVELIQNEDELRKIF MSARKSMNIHNMMGSYQNEEYSFFRLKKKRKKSVSESEAYFDDEKKFSTSCVEEAKKDNK RRSYSADPEHPSKASKMKYVKYVPYYIKSSRLVDPKKSNIFFVINPNGDLKRTEDATYPF IYFKNKEKYKYKNWNGYFGKVPCEKTLLKHLCCDDLYLYCGHQGGEQYIKKDIIQNAILR YDDPLGEEAKEGNAKKGKPKKAQNRGGGITKCSRSKAGKKEDPPFTQKKDKRRRYSCNFE AGKCTVEKGVKRKSVGDIIHIHGTSDSSDALCTQTEMEDGESDHVGDPHFSATQNDGINS CVFLIGCSSGLLSSHGFDLDVWGTPYDYIVGGCVFVFGNLWNVTDGEVDGFTQNFFWKWT QPNSSSLFCSNYNYNAVQMANVSTFGFRFFAKMLRGCTEESAPGGGSQMGVREEGTEWSS NCWRDDDSDHNGGRDDDLLIEVGDNFVTLDFDTYTYFRKNYFFYKYFQKCYNCNIVLNQN LFSINQNRKYSWLSMTEALAEAKQFCRLPNTTGSAVVIYGLPL

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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PVX_123300693 SIKMLSQKDR0.997unspPVX_123300693 SIKMLSQKDR0.997unspPVX_123300693 SIKMLSQKDR0.997unspPVX_123300820 SAKRKSMYEF0.998unspPVX_123300858 SDENASDESA0.992unspPVX_123300866 SAPDESASDE0.993unspPVX_123300871 SASDESASDE0.995unspPVX_123300873 SDESASDETA0.99unspPVX_123300888 SDDDPSDGEE0.994unspPVX_1233001303 SKKRVSMGGL0.997unspPVX_1233001333 STSYDSFENN0.994unspPVX_1233002015 STDRRSIEES0.998unspPVX_1233002127 SKICSSPHDM0.995unspPVX_1233002320 SQMRGSSKRR0.996unspPVX_1233002477 SSSSGSGGES0.995unspPVX_1233002481 SSGGESSRSS0.99unspPVX_1233002485 SSSRSSRSGW0.997unspPVX_1233002487 SRSSRSGWDN0.994unspPVX_1233002908 SNTQRSDHEM0.995unspPVX_1233003185 SELVESKKNG0.995unspPVX_1233003219 SGKQNSWDDN0.996unspPVX_1233003524 SEREISQDSS0.992unspPVX_1233003528 SSQDSSKKRR0.996unspPVX_1233003534 SKRRDSPPEG0.998unspPVX_1233003641 STIRESATRG0.994unspPVX_1233003705 SNRVRSSNSS0.991unspPVX_1233003739 SRSADSCIEG0.994unspPVX_1233003800 SNVDRSRSNL0.99unspPVX_1233003874 SVSIRSEKDH0.997unspPVX_1233003979 SGSRSSRISK0.993unspPVX_1233003982 SSSRISKDGS0.997unspPVX_1233004059 SNKRRSSTVG0.994unspPVX_123300289 SKSDGSEEDK0.998unspPVX_1233004060 SKRRSSTVGQ0.997unspPVX_1233004145 SPHNTSSRDS0.995unspPVX_1233004149 SSSRDSASRG0.997unspPVX_1233004176 SEETKSSIDS0.996unspPVX_1233004259 SKEEKSKENI0.994unspPVX_1233004531 SNENISKKKG0.994unspPVX_1233004635 SSLIVSSEET0.995unspPVX_1233004672 SGKGRSKKNS0.997unspPVX_1233004676 SSKKNSRKSI0.996unspPVX_1233004679 SNSRKSISIE0.994unspPVX_123300381 SDTNDSKKET0.998unspPVX_1233004681 SRKSISIEHS0.991unspPVX_1233004709 SSEDHSNGRA0.991unspPVX_1233004746 SKRRGSVKKM0.997unspPVX_1233004775 SPSSESGSDS0.996unspPVX_1233004779 SSGSDSGSDS0.997unsp
PVX_123300      


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