PcyM_1432100 | separase, 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
PcyM_1432100OTHER0.9999760.0000130.000011
No Results

  • Fasta :-

    >PcyM_1432100 MIRKESNIYDKLDRIVCDVLRNIDAEAKGVGEEAHDNGSPNYADEKNTNERVYKKFFELF NRESYLEKLTHDELVATYRDKNAHKYLFYMFECLFNKITQTRNVRHLDFLFLILRYITYL WFLLSNDDKLVLIFYYYFKFVDLLFNLKFVRCSFFVNIYNLLIYFYLKDNRKKKKIVFPV KKLTEKEAGFHIKNVISELNKIIANENAHFIDTVRKENNFVNLQSHVLSYGKAERKDLPS NAEEDVCTCAGVQNVYDYLWVGYYQGENEPQEKKHKNKHTEKIKSDNIEEEKSFFLITKC QNWNNESSTFPIFSIFSVSGSYNLFLNITKHLFKISVYDFGTFFPLLSMLNVELLLSHFH LFEIVHYVQLEEVNSNISDSKKETKIVSISSNQSTPYKANEQVTTEGKKPPANNEGIFSN NNKSNKKILWNILFEELKKVYMVDTKNVNYTLKMLKYSFSFFLFEEKFVLKSKEWGTYVT NKKEHTFALISQIYLKELLKFCLSFVNNLMSSRTLNEEVVFKAISYVFYLLSKLICNTSN NLRKYILLNNDNNLTLVALITYVYKYFKRVYLDKNAAGDVHKGSGGTVGSGGGQNKLKYT FVTLEKVYQKIQECLYIVLTVDEFVERNIKKKLEQCSDGAMPHFDGHHGPRQYTDCCDLY FCIIIKINKMNMFFSNLDIIKMLSQKDKSVFRKYIYTINKNNENFVSFFSCLLNIDYNEN QHDLVLKKYISNLKEKKNYKNKKLIKLMKPYHSPLKYIILKNEIDQDGAKKSSARKSTLA VNFSHRDYDIHTFEGDKRKVNDLRAKRKSMYEFGRGGKGDDRCRPLQGDDGMDGDSADGD TVDDITSDETSSDDDPTDDDPTDEDSANGEEIEPSDNPISCPRSCRKDYFCEGRKRAKAS SSHAKVKKKDMPIFENSILRIRKKQLDGTNIDFKNVCHSITLAIRRCILISESMITYFKT HQGFEANFNIYVCKNIFINFLRVCLLGASLFSYLCVKLNYGEMLKQMYDSNLIIVSYNIF DKYISFVLDQDVKRLRKYKNVLQVSTRRLNRCEAGAGRSTGAISSVNAPNATKEQKESFS TVKASTNAYPSAYAQLHRDDIYDVLGARESQRGSVFFLSDQDEFIETLYLNTFMIVINII SVWEMYLEIPVEVLNKMKYTFFELFYNTTIKIIKFIKKDKGFFFLLNILKFIYLKFVSLP FNPINIHTTIKLHDFYEFLINDGDEHVKKEEEQKFNSENMYLNSISPLKFLNNPENDTQR KNLTSVQKLSLSSHDRVLPNEHDYNVLSVNNKKRVSMGGLVPVFLNNNSSKKRRTNIDPY TSYDSFENNDNGFYCTVRKGTPTGHAQMGDKTSARVKYGLREGEYESENVNNVNLNANLN VNLNVGVNDSVNVTPKRNYDYAQPEERKESDIFRNTYLSNYYIPHIDLLFIIVDLEVFYY FEKKEYKKIIVSVENVLKSIISKCDYNTKEYLRSSISYIYNCYQQVHLHDSKINIQSCIV IRHIFNLYIKSKVFYLSKKIKKKLAHYKDSYINDGVLKMGYNKIYNSLFSSEKWKNFFYI LYESDNLGRNKRVKIINNLLIVHINTLLFLIFYEYLSKYVTKKFIFFFRFFLFFFNKLCV AILSLVNSSNHLEIFNLFDWRNITRVNHAQEEEELANKVRSAIRLVQNSSIYPQDEEISP YKIYSRGGRHTNGRSKPIVMIDIDELLVTYIQLNFTFCRSCCFFIFFKNVCSQKYEIILR EKFTSNYFERFKNNRDLFDPIDAVKEGKTGRNDDEWGESHTAEELTQDGEPTINDSFDED SDDNYRSDSSSSSSGLSQSSFTLIEYTDYSNNVDYIFLEFILEKIEEMDVDYYYRNVLNN CYYVIKIETLYNYIYKNEQLLSRFAYLNNVYYLYKLYYHMFVWSCNKSHAMGKKNVAAEG INAEENLSSLYNDIFYVFDVNRILGETFCSRYVQLVDQAGASDFTPSGTPDKTGRIPPPY GCANDYRRTQRKSIEESPYFLCDIYNFKLKLFHPLNFEKRDLAKGRKKKIFDNFLMVNKN YLLDLKHKHAKVNKYINNYMVYLYHVVLRFYYNEHGIDREKLSFHYIVYSFQSAFDRFNS KICGSGHDTMCFPSIQGVGIDKGTPPYVPPFNIFAKCDLKKNILLIFDVLNNIYDLYHGN IFENHNWADSIVTQIDTKLIGYLSEMYKIAYLYKMYHCCMRILVLCLLFTSRFWLIYVFN EKHACGQQDDICHDLKGHNEYCEPATRGKRKVGRKPNERNVDKDTQLRSGTNLGHGAGRR GNPKEGAYDSNDEMRGNSKRRREYILTGIYNRIVSKRKEDNAKETYNDLHNYMQMLIVCT SMFYLSFLCIEKIQKNLQNIFFLNCANSMYNCYVHFYEHVEKFCKENHQDKLYASSFFFD TFHLDLINLKLQAHVKAGRYKTEVRKMKKALGESTSRVGEETQGGVTSIPRSDHSEESSR RRRRNKSSGDNAQVDLFSKFSYLLYYNERAATECISDLRKTEKKHQSDGKNFFKNNICLY FNMIRYLYKKRSKYIGLLPFVNSYIISIVTLMKFTMAKYFSNFNVSSDFFSLKFEHPIHQ FDMDMLTKVKKTEDEKENVKLTNKAILMNLENLFCNMFLNKDMCYQIKFVYTYYKKISSI MFKMNNFLLSYYYLKKNILFICDLVYFPEVVYSYMLLMNIILKSGKERIELLTQEEIFFE NLNNQLIIYDKKNLDQDTDTNYVKDNTVKDVNDFKIYEDSDFCNIDYVKTPLNTYLTKRH IYEYRNLLTQFLVYLTFLIKNPDHFRILSTKRRREILHMLCLIIFTKKKTSYFCCSKARP KKSKEVATPVEGGTNGKDNCCYNGNAQLSGEDSTNQKNKERRDNEMVVPQNVTKQNQGNH KITNFEKNFITCFNNCNEKKEETFFNFFLEKLFIISNFDTDLFDVELNDEEQIESLIKSQ VLHDVRSLNFVYPGGARSDEFFLNLGSEISSDQEKEAQNTKGETNQANCIEEKIHHEFHR SADSHHSFKINDISVLNYLYLNYNFEQNLTYTENYITNRFFTLNCKKMNAYFVKILLYYI NLIFLKIKNIFCDDCIYTIKKQQFLNSSANDCSRNIFFFLFLKLFRFFNFSKRTLSELCV NYFPGNKNYAAYLDELSESKKNGELSTAQVYANDARHITEDTHTHNVKDKQNSCDDNSAN GLDKMFMINFLEIFLYPQKNCSFLEVLTVCYEFLVNMKDDKWKKLRKRNKHIMYALLKTA VTERGDRKSPSVFHFQTVLVLLSLLLHYTCKRSLVHEMRKVAQFFLDYVFFFIENIKNNL IILQIIEAYGGGHKDGHTDGHPTARQIQVNLLKFYFRKLLSLLYLYTDELILCTIKNNID QEISQKNYYRKHAHENLNIETISNYEYIGQSNLSEFCFYWDYAIVSMSHDKSDLYISRCF KNFLFVLIRIIKEEAIGEEAHHVGPFSGENKDSTKERGNSRDSSKKRRDSHIEGNKECFN IYRKVNNLFNVLNDEDLCKRLLIQGGNLPLSDDTIMGHLNENVNHCTDYAHEVYAVKKGK LGHNSDEYSGAPPRTPILCSTIEWGSKHSGGDVIIRESNTCGKDEHSEVAIYAGKYFEND KMGPEQLYNPHTVNIFFTPMGKGGMEITNELGESNKMTRDKSSDSSSSLLPNEKDQLAKD IQLVRFFSRLYKNADSCIESKTGEYFHVEKIHLNIERFPVREKWNYIKKLEKILKQYQHM IKIMCEILHESKNVDRNKSNLKMFIDLWWNNRYTLEQHLKILNLDISNTLGFSIHKLMSV PLISLNIRTKIMLNRSANWKDDYQMGGSIRSEKDNTQVNSAYNTLSIVNNQKYYLSTNFD LFVVLYYYSNMLNIIAWINKWGRYFVPSKYWDCAHFINVLLNLTVFSIVMKNCNVQITQA KRKYLRWGDILCSRSSRMSRDENTFIGNVIRGDTTDGVDSFSSRNLTKQIHENREAPKSL IPIDKKVVTSYLPFINKDIETILLLEERKKKNKRRSTTVGQPHLLDINPPNEGKKRTIVS SIPRWSVNIEGGNNHNDGCHATYRSMQRKEPEHVETISTMDNKYRIVIPKGESEFNYPHN PNSKDSASRSNTHTDEKRGRRRTINIISEQMNNSVDSYCVDSHSVYKNEKQNRDQKKGNS TIYGYVSPIKANNFEYMKNQDQSDMLTREGKKKRTTVAGTLNLDHLKKQDDKEEKNKENI YLKYLDLKKKCDRGVLKCSFLKLRMYLYNILIDIFENNNIHPKNIFNLFNIITHSFVTDV IKCTMVDDELDRERLTYVKNVENKRVRKNPVVVYIHNNLNRLPFENLEPLKDSYIVRGVH KAVTAYLYERVLAKIKVEEAKRNGLSVSSTLRGEMDAAAGEEEEGEMEAGRGARQNRGNL RNDDESDKNDYQSDDFRVDEYIKQEYSKKSKIDHVKNVCQRNSTHRTSIDLRCSHPIEWK RKSADVPESIIDHCTTSQLCNTKGENKNVSKKKGRSSLSYILTHHTEVSKNSEKNNDNYH HELNTCQVKAFNRYDDQGKATSQVDRHNALRAQPRDTLTPYGHETLNSTEHVAANYGSRI VQARGKGRYSLVVSSEETKGNLEKGDIPGKSNPCESAPDKGTKQVRGKGRGKKNSRKSTC IEHSFQNPFNNNNSKKGQTDMPFSTDHFNGRDSCSQKRERKTLHNRSTEEKHKLGLSHSA KRRGSVKKMNPRSSCPSNHSRSSCASPPPPSSESESESESVSSVELIQNEDELRKIFMSA RKSMNIHNMMGSYENEEYSFFRLKKKRKKSVSESEAYFDDEKKFSSSCVEDFKKDNKRRS YSADPEHHSKASKMKYVKYVPYYIKSSRLVDPKKSNIFFVINPNGDLKRTEDATYPFIYF KNKEKYKYKNWNGYFGKVPCEKTLLKHLCCDDLYLYCGHQGGEQYIKKDIIQNAILRYDD ALGEGEKGEEAKEGNPKKAQNRDGEIAKRSRNKAGNKEDPFFTQNKDKKRRNTCNFEAEK RIVDKRMKRKSVGDIIHIHGTGDSSDGLCTQTEMEDDGSDDVGDSHFSANQNDGINSCVF LIGCSSGLLSSHGFDLDVWGTPYDYIVGGCVFVFGNLWNVTDGEVDGFTQNFFWKWTQPN SSSLFCSNYNYNGVQMANVSTFCFRFFAKMLRESSQMDMREEGTEWGSNCCRDDDSDHNG GSDELLIEVGDNFVTLDFDTYTYFKKNYFFYKYFQKCYNCNIVLNQNLFSINQNRKYSWL SMTEALAEAKQFCRLPNTTGSAVVIYGLPL
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PcyM_1432100.fa Sequence name : PcyM_1432100 Sequence length : 5250 VALUES OF COMPUTED PARAMETERS Coef20 : 3.995 CoefTot : 0.022 ChDiff : 95 ZoneTo : 4 KR : 2 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.959 2.247 0.397 0.732 MesoH : 0.330 0.949 -0.203 0.404 MuHd_075 : 37.458 21.451 8.936 6.589 MuHd_095 : 42.806 24.075 10.146 9.559 MuHd_100 : 48.287 28.089 11.682 11.364 MuHd_105 : 43.006 26.462 10.759 10.802 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 : 0.1679 0.8321 DFMC : 0.5105 0.4895
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 5250 PcyM_1432100 MIRKESNIYDKLDRIVCDVLRNIDAEAKGVGEEAHDNGSPNYADEKNTNERVYKKFFELFNRESYLEKLTHDELVATYRD 80 KNAHKYLFYMFECLFNKITQTRNVRHLDFLFLILRYITYLWFLLSNDDKLVLIFYYYFKFVDLLFNLKFVRCSFFVNIYN 160 LLIYFYLKDNRKKKKIVFPVKKLTEKEAGFHIKNVISELNKIIANENAHFIDTVRKENNFVNLQSHVLSYGKAERKDLPS 240 NAEEDVCTCAGVQNVYDYLWVGYYQGENEPQEKKHKNKHTEKIKSDNIEEEKSFFLITKCQNWNNESSTFPIFSIFSVSG 320 SYNLFLNITKHLFKISVYDFGTFFPLLSMLNVELLLSHFHLFEIVHYVQLEEVNSNISDSKKETKIVSISSNQSTPYKAN 400 EQVTTEGKKPPANNEGIFSNNNKSNKKILWNILFEELKKVYMVDTKNVNYTLKMLKYSFSFFLFEEKFVLKSKEWGTYVT 480 NKKEHTFALISQIYLKELLKFCLSFVNNLMSSRTLNEEVVFKAISYVFYLLSKLICNTSNNLRKYILLNNDNNLTLVALI 560 TYVYKYFKRVYLDKNAAGDVHKGSGGTVGSGGGQNKLKYTFVTLEKVYQKIQECLYIVLTVDEFVERNIKKKLEQCSDGA 640 MPHFDGHHGPRQYTDCCDLYFCIIIKINKMNMFFSNLDIIKMLSQKDKSVFRKYIYTINKNNENFVSFFSCLLNIDYNEN 720 QHDLVLKKYISNLKEKKNYKNKKLIKLMKPYHSPLKYIILKNEIDQDGAKKSSARKSTLAVNFSHRDYDIHTFEGDKRKV 800 NDLRAKRKSMYEFGRGGKGDDRCRPLQGDDGMDGDSADGDTVDDITSDETSSDDDPTDDDPTDEDSANGEEIEPSDNPIS 880 CPRSCRKDYFCEGRKRAKASSSHAKVKKKDMPIFENSILRIRKKQLDGTNIDFKNVCHSITLAIRRCILISESMITYFKT 960 HQGFEANFNIYVCKNIFINFLRVCLLGASLFSYLCVKLNYGEMLKQMYDSNLIIVSYNIFDKYISFVLDQDVKRLRKYKN 1040 VLQVSTRRLNRCEAGAGRSTGAISSVNAPNATKEQKESFSTVKASTNAYPSAYAQLHRDDIYDVLGARESQRGSVFFLSD 1120 QDEFIETLYLNTFMIVINIISVWEMYLEIPVEVLNKMKYTFFELFYNTTIKIIKFIKKDKGFFFLLNILKFIYLKFVSLP 1200 FNPINIHTTIKLHDFYEFLINDGDEHVKKEEEQKFNSENMYLNSISPLKFLNNPENDTQRKNLTSVQKLSLSSHDRVLPN 1280 EHDYNVLSVNNKKRVSMGGLVPVFLNNNSSKKRRTNIDPYTSYDSFENNDNGFYCTVRKGTPTGHAQMGDKTSARVKYGL 1360 REGEYESENVNNVNLNANLNVNLNVGVNDSVNVTPKRNYDYAQPEERKESDIFRNTYLSNYYIPHIDLLFIIVDLEVFYY 1440 FEKKEYKKIIVSVENVLKSIISKCDYNTKEYLRSSISYIYNCYQQVHLHDSKINIQSCIVIRHIFNLYIKSKVFYLSKKI 1520 KKKLAHYKDSYINDGVLKMGYNKIYNSLFSSEKWKNFFYILYESDNLGRNKRVKIINNLLIVHINTLLFLIFYEYLSKYV 1600 TKKFIFFFRFFLFFFNKLCVAILSLVNSSNHLEIFNLFDWRNITRVNHAQEEEELANKVRSAIRLVQNSSIYPQDEEISP 1680 YKIYSRGGRHTNGRSKPIVMIDIDELLVTYIQLNFTFCRSCCFFIFFKNVCSQKYEIILREKFTSNYFERFKNNRDLFDP 1760 IDAVKEGKTGRNDDEWGESHTAEELTQDGEPTINDSFDEDSDDNYRSDSSSSSSGLSQSSFTLIEYTDYSNNVDYIFLEF 1840 ILEKIEEMDVDYYYRNVLNNCYYVIKIETLYNYIYKNEQLLSRFAYLNNVYYLYKLYYHMFVWSCNKSHAMGKKNVAAEG 1920 INAEENLSSLYNDIFYVFDVNRILGETFCSRYVQLVDQAGASDFTPSGTPDKTGRIPPPYGCANDYRRTQRKSIEESPYF 2000 LCDIYNFKLKLFHPLNFEKRDLAKGRKKKIFDNFLMVNKNYLLDLKHKHAKVNKYINNYMVYLYHVVLRFYYNEHGIDRE 2080 KLSFHYIVYSFQSAFDRFNSKICGSGHDTMCFPSIQGVGIDKGTPPYVPPFNIFAKCDLKKNILLIFDVLNNIYDLYHGN 2160 IFENHNWADSIVTQIDTKLIGYLSEMYKIAYLYKMYHCCMRILVLCLLFTSRFWLIYVFNEKHACGQQDDICHDLKGHNE 2240 YCEPATRGKRKVGRKPNERNVDKDTQLRSGTNLGHGAGRRGNPKEGAYDSNDEMRGNSKRRREYILTGIYNRIVSKRKED 2320 NAKETYNDLHNYMQMLIVCTSMFYLSFLCIEKIQKNLQNIFFLNCANSMYNCYVHFYEHVEKFCKENHQDKLYASSFFFD 2400 TFHLDLINLKLQAHVKAGRYKTEVRKMKKALGESTSRVGEETQGGVTSIPRSDHSEESSRRRRRNKSSGDNAQVDLFSKF 2480 SYLLYYNERAATECISDLRKTEKKHQSDGKNFFKNNICLYFNMIRYLYKKRSKYIGLLPFVNSYIISIVTLMKFTMAKYF 2560 SNFNVSSDFFSLKFEHPIHQFDMDMLTKVKKTEDEKENVKLTNKAILMNLENLFCNMFLNKDMCYQIKFVYTYYKKISSI 2640 MFKMNNFLLSYYYLKKNILFICDLVYFPEVVYSYMLLMNIILKSGKERIELLTQEEIFFENLNNQLIIYDKKNLDQDTDT 2720 NYVKDNTVKDVNDFKIYEDSDFCNIDYVKTPLNTYLTKRHIYEYRNLLTQFLVYLTFLIKNPDHFRILSTKRRREILHML 2800 CLIIFTKKKTSYFCCSKARPKKSKEVATPVEGGTNGKDNCCYNGNAQLSGEDSTNQKNKERRDNEMVVPQNVTKQNQGNH 2880 KITNFEKNFITCFNNCNEKKEETFFNFFLEKLFIISNFDTDLFDVELNDEEQIESLIKSQVLHDVRSLNFVYPGGARSDE 2960 FFLNLGSEISSDQEKEAQNTKGETNQANCIEEKIHHEFHRSADSHHSFKINDISVLNYLYLNYNFEQNLTYTENYITNRF 3040 FTLNCKKMNAYFVKILLYYINLIFLKIKNIFCDDCIYTIKKQQFLNSSANDCSRNIFFFLFLKLFRFFNFSKRTLSELCV 3120 NYFPGNKNYAAYLDELSESKKNGELSTAQVYANDARHITEDTHTHNVKDKQNSCDDNSANGLDKMFMINFLEIFLYPQKN 3200 CSFLEVLTVCYEFLVNMKDDKWKKLRKRNKHIMYALLKTAVTERGDRKSPSVFHFQTVLVLLSLLLHYTCKRSLVHEMRK 3280 VAQFFLDYVFFFIENIKNNLIILQIIEAYGGGHKDGHTDGHPTARQIQVNLLKFYFRKLLSLLYLYTDELILCTIKNNID 3360 QEISQKNYYRKHAHENLNIETISNYEYIGQSNLSEFCFYWDYAIVSMSHDKSDLYISRCFKNFLFVLIRIIKEEAIGEEA 3440 HHVGPFSGENKDSTKERGNSRDSSKKRRDSHIEGNKECFNIYRKVNNLFNVLNDEDLCKRLLIQGGNLPLSDDTIMGHLN 3520 ENVNHCTDYAHEVYAVKKGKLGHNSDEYSGAPPRTPILCSTIEWGSKHSGGDVIIRESNTCGKDEHSEVAIYAGKYFEND 3600 KMGPEQLYNPHTVNIFFTPMGKGGMEITNELGESNKMTRDKSSDSSSSLLPNEKDQLAKDIQLVRFFSRLYKNADSCIES 3680 KTGEYFHVEKIHLNIERFPVREKWNYIKKLEKILKQYQHMIKIMCEILHESKNVDRNKSNLKMFIDLWWNNRYTLEQHLK 3760 ILNLDISNTLGFSIHKLMSVPLISLNIRTKIMLNRSANWKDDYQMGGSIRSEKDNTQVNSAYNTLSIVNNQKYYLSTNFD 3840 LFVVLYYYSNMLNIIAWINKWGRYFVPSKYWDCAHFINVLLNLTVFSIVMKNCNVQITQAKRKYLRWGDILCSRSSRMSR 3920 DENTFIGNVIRGDTTDGVDSFSSRNLTKQIHENREAPKSLIPIDKKVVTSYLPFINKDIETILLLEERKKKNKRRSTTVG 4000 QPHLLDINPPNEGKKRTIVSSIPRWSVNIEGGNNHNDGCHATYRSMQRKEPEHVETISTMDNKYRIVIPKGESEFNYPHN 4080 PNSKDSASRSNTHTDEKRGRRRTINIISEQMNNSVDSYCVDSHSVYKNEKQNRDQKKGNSTIYGYVSPIKANNFEYMKNQ 4160 DQSDMLTREGKKKRTTVAGTLNLDHLKKQDDKEEKNKENIYLKYLDLKKKCDRGVLKCSFLKLRMYLYNILIDIFENNNI 4240 HPKNIFNLFNIITHSFVTDVIKCTMVDDELDRERLTYVKNVENKRVRKNPVVVYIHNNLNRLPFENLEPLKDSYIVRGVH 4320 KAVTAYLYERVLAKIKVEEAKRNGLSVSSTLRGEMDAAAGEEEEGEMEAGRGARQNRGNLRNDDESDKNDYQSDDFRVDE 4400 YIKQEYSKKSKIDHVKNVCQRNSTHRTSIDLRCSHPIEWKRKSADVPESIIDHCTTSQLCNTKGENKNVSKKKGRSSLSY 4480 ILTHHTEVSKNSEKNNDNYHHELNTCQVKAFNRYDDQGKATSQVDRHNALRAQPRDTLTPYGHETLNSTEHVAANYGSRI 4560 VQARGKGRYSLVVSSEETKGNLEKGDIPGKSNPCESAPDKGTKQVRGKGRGKKNSRKSTCIEHSFQNPFNNNNSKKGQTD 4640 MPFSTDHFNGRDSCSQKRERKTLHNRSTEEKHKLGLSHSAKRRGSVKKMNPRSSCPSNHSRSSCASPPPPSSESESESES 4720 VSSVELIQNEDELRKIFMSARKSMNIHNMMGSYENEEYSFFRLKKKRKKSVSESEAYFDDEKKFSSSCVEDFKKDNKRRS 4800 YSADPEHHSKASKMKYVKYVPYYIKSSRLVDPKKSNIFFVINPNGDLKRTEDATYPFIYFKNKEKYKYKNWNGYFGKVPC 4880 EKTLLKHLCCDDLYLYCGHQGGEQYIKKDIIQNAILRYDDALGEGEKGEEAKEGNPKKAQNRDGEIAKRSRNKAGNKEDP 4960 FFTQNKDKKRRNTCNFEAEKRIVDKRMKRKSVGDIIHIHGTGDSSDGLCTQTEMEDDGSDDVGDSHFSANQNDGINSCVF 5040 LIGCSSGLLSSHGFDLDVWGTPYDYIVGGCVFVFGNLWNVTDGEVDGFTQNFFWKWTQPNSSSLFCSNYNYNGVQMANVS 5120 TFCFRFFAKMLRESSQMDMREEGTEWGSNCCRDDDSDHNGGSDELLIEVGDNFVTLDFDTYTYFKKNYFFYKYFQKCYNC 5200 NIVLNQNLFSINQNRKYSWLSMTEALAEAKQFCRLPNTTGSAVVIYGLPL 5280 ................................................................................ 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 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0

  • Fasta :-

    >PcyM_1432100 ATGATAAGGAAAGAGTCCAATATATACGACAAGCTGGACCGGATAGTGTGCGATGTGTTG CGAAACATAGATGCAGAGGCTAAAGGGGTAGGTGAAGAGGCACATGACAATGGGAGTCCA AATTATGCCGATGAAAAAAACACAAATGAACGGGTGTATAAAAAATTCTTTGAACTCTTT AACAGGGAGAGTTACTTAGAAAAGCTAACACATGACGAATTAGTAGCAACATATAGAGAC AAAAATGCACACAAGTACCTATTTTACATGTTCGAGTGTTTGTTTAATAAAATCACCCAA ACGAGGAATGTAAGACACCTAGATTTTTTATTTCTCATACTGAGATACATTACGTATCTG TGGTTTTTACTGTCCAATGATGACAAATTAGTTTTAATATTCTACTACTATTTCAAGTTT GTAGATTTGTTGTTTAATTTAAAATTTGTGAGATGTTCCTTTTTTGTGAATATTTACAAT TTGCTGATTTATTTTTATTTGAAAGATAATAGGAAAAAAAAAAAAATTGTTTTTCCAGTG AAAAAATTAACCGAAAAGGAAGCAGGCTTCCACATAAAAAATGTCATATCGGAATTGAAC AAAATAATTGCAAATGAAAATGCTCATTTTATTGACACTGTTAGGAAGGAAAACAATTTT GTGAATCTACAAAGTCATGTCCTGTCATATGGAAAGGCAGAAAGAAAAGATTTGCCATCA AATGCGGAAGAAGATGTCTGTACATGCGCGGGTGTGCAAAATGTGTATGATTACCTATGG GTTGGCTATTATCAAGGGGAAAATGAGCCTCAGGAAAAGAAGCATAAAAATAAACATACG GAAAAAATCAAGTCAGATAATATTGAGGAAGAAAAGTCATTTTTCCTCATAACAAAATGT CAAAATTGGAATAATGAGAGTTCTACCTTCCCAATTTTTAGTATTTTCTCAGTTAGTGGC TCATATAATCTCTTTTTAAACATTACGAAGCATTTGTTCAAAATTAGTGTCTATGATTTT GGTACCTTTTTTCCCCTCCTAAGTATGCTTAACGTGGAATTGCTACTTTCCCATTTTCAC CTTTTTGAAATTGTGCACTATGTCCAACTGGAGGAGGTGAACTCGAACATAAGTGACTCC AAAAAGGAAACAAAAATTGTGTCAATTAGTTCGAACCAATCTACACCTTACAAAGCGAAT GAACAAGTGACCACAGAAGGGAAGAAACCCCCCGCAAACAACGAAGGGATTTTTTCAAAT AATAATAAGAGTAACAAAAAAATTTTGTGGAATATCCTTTTTGAAGAGCTAAAAAAAGTA TACATGGTAGACACGAAAAATGTGAATTATACATTAAAAATGTTAAAGTACTCTTTTAGC TTTTTTCTGTTTGAAGAAAAATTTGTACTAAAAAGTAAAGAATGGGGAACTTACGTGACA AATAAAAAAGAACACACCTTCGCACTCATTTCGCAAATATATTTAAAAGAGTTACTAAAA TTTTGTCTCTCCTTTGTGAATAATTTAATGAGCTCAAGAACGCTAAATGAGGAAGTCGTG TTTAAGGCCATTTCGTACGTGTTTTATTTGCTTTCGAAATTGATATGCAACACGAGTAAT AACTTAAGAAAGTACATTCTGCTTAACAACGATAATAATCTTACCCTCGTTGCGTTAATT ACGTATGTATATAAATACTTCAAAAGGGTTTACCTGGATAAGAATGCAGCGGGAGATGTG CACAAGGGGAGTGGTGGCACGGTTGGAAGTGGTGGAGGTCAAAATAAATTGAAGTACACA TTCGTGACGCTCGAAAAAGTGTACCAGAAAATTCAAGAGTGCTTGTACATTGTCCTAACC GTTGATGAATTTGTTGAAAGGAATATCAAAAAAAAGTTAGAGCAATGTAGTGATGGAGCG ATGCCCCATTTTGACGGGCATCACGGCCCCAGACAATATACAGATTGCTGCGATCTGTAC TTTTGTATCATTATCAAGATCAATAAAATGAACATGTTTTTTTCAAACTTGGACATTATA AAAATGCTGTCACAGAAGGACAAGAGCGTGTTCAGAAAATATATATACACCATTAACAAG AACAATGAAAATTTTGTCTCTTTTTTTTCGTGTTTACTAAATATTGACTATAACGAAAAT CAGCATGACTTGGTTTTAAAAAAGTACATCTCCAATTTGAAGGAAAAAAAAAATTATAAA AATAAAAAGTTAATCAAGCTAATGAAGCCTTACCATTCCCCCCTGAAGTATATCATTTTG AAAAATGAAATTGACCAAGATGGGGCAAAAAAGAGTTCGGCAAGGAAAAGCACCCTGGCA GTCAATTTCTCTCACAGGGATTACGATATTCATACTTTCGAGGGCGATAAGCGGAAGGTT AATGACCTGCGAGCCAAAAGGAAGAGCATGTACGAGTTTGGGAGAGGTGGAAAGGGGGAT GATCGATGCAGGCCTCTCCAAGGTGACGACGGGATGGATGGCGACTCAGCAGATGGTGAC ACAGTAGATGACATCACATCCGATGAAACCTCATCCGATGACGACCCAACCGATGATGAC CCCACCGATGAAGACTCAGCCAATGGCGAAGAGATCGAACCCAGTGACAACCCCATAAGC TGCCCACGCAGCTGCCGTAAGGACTACTTTTGTGAGGGACGGAAACGCGCGAAAGCTTCC AGCTCCCACGCAAAAGTGAAAAAAAAAGACATGCCGATATTTGAAAATTCGATCCTTCGA ATCAGGAAGAAGCAGCTGGACGGAACCAACATAGATTTTAAAAACGTGTGCCATAGTATC ACGCTGGCCATTAGAAGGTGCATACTAATCTCAGAGAGTATGATTACCTACTTCAAAACT CACCAAGGGTTTGAAGCCAACTTTAATATTTACGTGTGCAAAAATATATTTATTAATTTT TTAAGAGTTTGTCTCCTAGGCGCCAGTCTCTTTTCGTACCTCTGCGTTAAGCTTAACTAT GGCGAAATGCTGAAGCAGATGTACGACTCGAATTTGATCATAGTGTCGTACAACATTTTT GACAAATATATCAGTTTCGTGTTGGACCAAGATGTCAAACGGCTGCGCAAGTATAAGAAT GTGTTGCAGGTGTCTACCAGGCGGTTGAATAGGTGTGAGGCAGGAGCTGGGCGCTCCACC GGGGCCATCTCTTCGGTGAATGCACCGAACGCGACGAAGGAGCAGAAGGAATCCTTTTCC ACGGTTAAAGCTTCTACCAATGCTTATCCCTCGGCGTACGCGCAGCTACACCGGGACGAC ATATACGACGTGCTGGGAGCTCGGGAGAGCCAACGCGGGAGCGTCTTCTTCCTGTCGGAT CAAGACGAGTTCATCGAGACGCTTTACCTCAACACGTTCATGATTGTGATAAACATCATT TCGGTGTGGGAAATGTACCTAGAAATTCCTGTAGAAGTTCTGAACAAAATGAAGTACACC TTTTTCGAGCTATTTTACAACACCACAATTAAAATCATAAAGTTTATAAAAAAGGATAAG GGTTTTTTCTTCCTACTGAACATTTTAAAGTTCATTTATCTCAAATTTGTCAGCCTTCCT TTTAATCCAATAAACATACACACCACAATAAAGCTGCACGACTTTTACGAGTTTCTCATT AATGATGGTGACGAACATGTGAAGAAAGAGGAGGAGCAAAAATTTAATAGTGAAAATATG TACCTAAATTCGATTAGCCCTCTGAAATTTTTGAATAATCCAGAGAATGACACACAGAGG AAGAACCTTACCAGTGTACAAAAATTAAGCCTAAGCTCTCATGACCGTGTACTACCAAAC GAGCATGATTACAATGTGCTTAGTGTAAATAATAAGAAAAGGGTAAGCATGGGCGGTTTA GTTCCCGTGTTTTTAAATAACAACAGCAGTAAGAAGAGAAGGACGAACATTGACCCGTAT ACTTCATATGACAGCTTTGAAAATAACGATAACGGTTTCTACTGCACGGTGAGGAAGGGC ACCCCTACGGGTCACGCACAAATGGGTGATAAAACAAGCGCGAGGGTAAAGTACGGTCTG CGCGAAGGAGAATACGAAAGTGAAAATGTTAATAATGTCAATCTGAATGCCAATCTGAAT GTCAATCTGAATGTCGGTGTGAATGACAGCGTCAATGTGACTCCGAAACGTAATTATGAC TATGCACAACCGGAGGAACGGAAAGAAAGCGACATTTTTAGAAACACCTACCTGAGCAAC TACTACATCCCGCACATCGATCTGCTATTCATCATTGTCGATTTGGAAGTCTTTTACTAC TTCGAAAAGAAGGAGTATAAGAAAATAATCGTTTCCGTGGAAAATGTCTTAAAAAGCATT ATCAGCAAATGTGACTATAACACTAAGGAGTATTTACGATCATCCATATCGTACATTTAC AACTGCTACCAACAAGTGCATCTCCATGACAGCAAAATTAATATCCAAAGTTGCATCGTC ATTAGGCACATATTTAACCTTTACATCAAATCTAAGGTCTTCTATTTGAGCAAAAAAATT AAAAAAAAATTAGCACACTACAAGGATAGCTACATCAATGATGGGGTGCTAAAAATGGGT TATAACAAAATTTATAACAGCCTTTTTAGCAGCGAAAAGTGGAAGAACTTTTTTTACATC CTCTACGAAAGCGACAACCTAGGACGAAACAAAAGAGTGAAAATTATCAACAATCTGCTG ATCGTACATATAAACACTTTGCTTTTCTTGATATTTTATGAATATCTATCCAAGTATGTG ACCAAAAAGTTCATATTTTTCTTCCGATTCTTCCTATTTTTTTTTAACAAATTGTGTGTT GCCATTCTAAGTTTGGTGAATTCGTCCAATCACCTCGAAATTTTTAACCTTTTCGATTGG CGAAATATTACCCGCGTAAACCACGCACAGGAAGAGGAAGAACTGGCTAACAAGGTAAGG AGTGCCATTCGTCTCGTTCAAAACAGCTCCATATATCCACAGGATGAGGAAATATCTCCC TACAAAATTTATAGCAGGGGGGGAAGACACACCAACGGTAGAAGTAAGCCAATTGTCATG ATCGACATTGATGAGCTGCTTGTCACCTACATCCAGCTAAATTTCACGTTTTGCAGATCG TGCTGCTTTTTCATTTTCTTCAAAAATGTCTGTTCGCAAAAATATGAAATAATTTTGAGG GAGAAGTTCACTAGTAACTATTTTGAGCGGTTTAAGAACAACCGGGATTTGTTCGACCCT ATCGATGCTGTAAAGGAGGGGAAGACGGGTCGAAATGACGATGAGTGGGGGGAAAGCCAC ACCGCAGAAGAGTTAACCCAGGATGGGGAACCAACTATAAATGACTCCTTTGACGAAGAC TCGGATGACAACTACAGAAGCGATTCCAGCTCCAGCAGCTCAGGTCTTTCCCAGTCCAGC TTCACCCTCATAGAGTACACAGACTATTCCAACAACGTAGATTATATTTTCCTAGAATTT ATTTTAGAAAAAATAGAAGAAATGGACGTGGATTATTACTACAGGAATGTACTTAACAAT TGTTACTACGTGATCAAAATAGAAACACTTTATAATTACATATACAAGAATGAGCAACTG TTAAGTAGATTTGCTTACCTAAATAATGTGTATTATCTGTACAAGCTGTACTACCACATG TTTGTCTGGTCTTGCAATAAAAGCCATGCCATGGGTAAGAAGAACGTCGCTGCTGAGGGA ATCAACGCAGAAGAAAATTTATCGAGCCTGTACAATGACATATTTTACGTCTTCGACGTG AATCGCATTTTGGGGGAAACCTTCTGCAGTAGGTATGTGCAGCTGGTCGATCAGGCCGGG GCCTCCGATTTCACCCCGAGTGGAACACCTGATAAAACTGGCAGAATTCCCCCCCCCTAC GGCTGCGCAAATGATTATCGCCGAACGCAGCGGAAAAGCATCGAAGAATCACCATACTTC CTGTGTGACATTTACAACTTCAAATTGAAATTGTTCCATCCGCTAAATTTTGAAAAAAGA GACTTGGCAAAAGGAAGGAAAAAAAAAATATTCGATAACTTTCTAATGGTTAACAAAAAT TATTTACTGGACTTGAAGCACAAGCATGCCAAAGTGAACAAGTACATAAATAACTACATG GTGTACCTATACCATGTAGTTCTTCGCTTTTATTACAATGAACATGGCATAGACAGGGAA AAATTATCCTTTCACTATATTGTGTACTCATTTCAAAGTGCGTTTGACAGATTTAACAGT AAAATATGCGGCAGTGGTCATGACACGATGTGCTTTCCCTCTATCCAGGGAGTTGGCATA GATAAGGGCACCCCCCCATACGTCCCACCTTTCAATATCTTTGCAAAATGCGACTTAAAA AAAAATATACTTCTCATTTTCGACGTTTTAAATAACATATATGATTTATATCATGGTAAC ATATTTGAAAATCACAATTGGGCAGACTCCATTGTAACACAAATTGACACAAAGCTTATT GGCTATCTCAGCGAAATGTACAAAATTGCCTATCTGTACAAAATGTATCATTGCTGCATG CGGATTTTGGTACTCTGCCTATTGTTTACTTCCAGATTTTGGCTAATTTATGTGTTTAAC GAGAAGCACGCATGTGGGCAGCAGGACGATATTTGTCATGACCTTAAGGGGCATAACGAA TATTGTGAACCTGCCACTAGGGGGAAACGAAAGGTTGGGCGTAAGCCGAACGAGAGGAAC GTAGACAAGGACACACAGCTTCGAAGTGGAACAAACCTCGGACATGGCGCGGGAAGGAGG GGAAATCCCAAAGAAGGTGCTTATGATTCAAATGATGAAATGAGGGGAAACTCCAAACGA AGGAGAGAATATATACTAACCGGAATTTATAACAGAATAGTGTCTAAAAGGAAGGAAGAT AACGCGAAAGAGACATACAATGATTTGCACAACTATATGCAGATGCTAATCGTTTGTACT TCGATGTTTTATCTCTCATTTTTATGTATAGAAAAGATACAGAAAAATTTGCAAAATATT TTTTTTCTTAACTGCGCGAATAGTATGTATAATTGCTACGTCCATTTTTATGAGCACGTT GAGAAATTTTGCAAGGAGAACCACCAGGATAAGCTCTACGCGTCCTCCTTCTTCTTCGAC ACTTTCCACTTAGACCTGATAAACTTGAAACTCCAGGCTCACGTAAAAGCGGGAAGGTAC AAAACCGAAGTGAGAAAAATGAAGAAAGCATTAGGCGAATCCACCTCGAGGGTGGGCGAA GAGACCCAAGGTGGGGTCACTTCTATACCACGCAGCGATCATAGCGAAGAAAGCAGCAGA AGGCGAAGGCGCAACAAAAGCAGCGGGGATAACGCACAGGTAGACCTATTTTCCAAATTT TCATATCTGCTTTACTATAACGAACGCGCGGCCACGGAATGCATATCCGATTTAAGGAAG ACAGAGAAGAAACACCAAAGTGATGGTAAAAACTTTTTCAAAAATAACATTTGCCTATAT TTTAATATGATAAGATATTTGTACAAAAAGAGGAGCAAATACATCGGTTTACTGCCATTT GTCAATTCGTACATTATCTCGATAGTAACGCTCATGAAATTTACCATGGCGAAGTATTTT TCCAATTTTAATGTCTCCTCCGATTTCTTTTCTCTAAAATTTGAACATCCAATACACCAG TTCGACATGGACATGCTCACAAAAGTAAAAAAAACGGAAGATGAAAAGGAAAATGTCAAG TTAACTAACAAGGCTATTTTGATGAATCTAGAAAATCTCTTCTGTAATATGTTCTTGAAT AAGGATATGTGTTACCAAATAAAATTCGTTTATACATACTATAAAAAAATTTCCAGCATT ATGTTCAAAATGAATAATTTTTTACTCAGTTACTATTATTTGAAGAAAAATATACTGTTC ATATGCGATTTGGTTTACTTCCCAGAAGTTGTTTACAGCTATATGCTCCTGATGAATATT ATTTTAAAAAGTGGAAAAGAGAGAATCGAGTTGCTAACCCAAGAGGAGATTTTCTTCGAG AACTTAAACAACCAATTGATTATTTATGATAAAAAAAATTTGGACCAAGACACAGACACA AATTATGTAAAGGATAATACAGTGAAAGATGTAAACGATTTTAAAATTTATGAAGATAGC GATTTTTGCAATATCGATTATGTAAAAACGCCGCTTAATACTTACTTAACCAAGAGGCAT ATTTATGAGTACAGAAATTTGTTGACTCAGTTTTTGGTCTACTTGACCTTTTTGATAAAA AATCCTGACCATTTTCGTATATTGTCGACGAAGCGTAGAAGGGAGATACTCCACATGTTG TGTCTAATCATTTTTACGAAGAAGAAAACGAGTTACTTTTGCTGTAGCAAGGCGCGTCCG AAAAAATCAAAGGAGGTGGCTACCCCGGTAGAGGGGGGTACTAACGGCAAAGACAACTGC TGCTACAATGGTAATGCACAACTATCAGGAGAAGATTCCACAAATCAAAAGAACAAAGAA AGGAGAGATAACGAAATGGTGGTACCCCAGAATGTTACGAAACAAAATCAAGGCAACCAC AAAATAACAAATTTTGAAAAAAACTTTATTACATGCTTCAACAACTGCAACGAAAAAAAA GAAGAAACGTTTTTTAACTTCTTCCTCGAAAAATTATTTATCATAAGTAACTTCGACACA GACCTATTCGACGTCGAGCTAAACGATGAAGAGCAAATTGAGTCTCTCATAAAATCTCAA GTGTTACATGATGTAAGGAGTCTTAATTTTGTCTACCCAGGAGGTGCCCGCTCGGACGAG TTTTTCCTAAACCTGGGGAGTGAAATTTCGAGTGATCAAGAAAAGGAAGCCCAAAACACC AAAGGGGAGACAAATCAGGCCAACTGCATAGAGGAAAAAATTCATCATGAGTTCCATCGC AGCGCTGATTCCCATCACTCCTTCAAGATTAACGACATTTCAGTTTTGAATTACCTATAT TTAAATTACAACTTTGAGCAAAACTTAACCTATACGGAAAATTACATTACCAATAGGTTT TTCACACTTAACTGCAAAAAAATGAATGCCTATTTTGTGAAAATATTGCTATACTATATC AACTTGATATTTTTAAAAATAAAAAATATTTTCTGCGATGACTGCATTTACACCATCAAA AAGCAGCAGTTCCTTAACTCCTCAGCGAATGATTGCTCTAGGAACATTTTTTTTTTCTTG TTCTTAAAACTTTTTCGTTTTTTCAATTTTTCCAAGCGAACTTTGAGTGAGTTATGCGTC AATTATTTCCCCGGAAATAAAAATTATGCCGCATACCTAGACGAACTATCTGAGAGCAAG AAAAATGGAGAACTCTCAACGGCACAGGTTTACGCGAATGATGCAAGACACATCACCGAA GACACACACACACATAATGTGAAGGACAAACAAAACAGCTGTGATGATAATTCAGCAAAT GGACTAGACAAAATGTTTATGATTAATTTTTTAGAAATTTTTTTATACCCACAAAAAAAT TGCAGCTTTTTGGAGGTGCTAACTGTGTGCTATGAATTCTTGGTAAACATGAAAGACGAT AAATGGAAAAAACTGAGGAAGAGAAATAAACACATAATGTACGCACTGTTAAAAACGGCG GTTACTGAAAGGGGGGATCGAAAAAGTCCATCTGTTTTTCATTTCCAAACGGTGTTGGTG CTCCTATCCTTACTGCTGCACTACACGTGCAAAAGGTCGCTTGTGCATGAAATGAGGAAA GTCGCCCAGTTTTTCCTCGACTATGTGTTTTTTTTTATAGAGAACATAAAGAACAATTTG ATCATACTGCAGATAATTGAGGCTTACGGGGGGGGGCACAAAGATGGACACACAGATGGG CATCCAACTGCGAGGCAGATCCAAGTCAACCTGCTAAAATTCTACTTCCGAAAACTGCTG TCCTTGTTATACCTCTACACAGATGAGCTGATATTGTGCACCATCAAAAATAATATAGAC CAAGAAATCAGCCAAAAAAATTATTACAGGAAGCATGCCCACGAAAATTTAAATATAGAA ACGATTAGTAATTATGAATACATAGGTCAATCGAACTTGAGCGAATTTTGCTTCTACTGG GATTATGCAATAGTGTCGATGAGCCACGACAAGAGTGACCTGTACATTTCTCGCTGCTTT AAAAACTTCCTGTTTGTGCTAATTCGAATCATTAAAGAGGAGGCAATAGGCGAGGAGGCA CATCATGTGGGGCCATTCAGTGGGGAAAATAAGGATTCCACCAAGGAGAGGGGAAATTCT CGAGACAGTAGTAAAAAAAGGAGAGATTCCCATATTGAGGGAAATAAAGAATGTTTCAAT ATTTACAGAAAAGTAAATAACCTTTTTAACGTTCTAAATGATGAAGATTTATGTAAGCGG TTACTCATTCAGGGGGGGAATCTCCCCCTAAGTGATGACACAATAATGGGACACCTAAAT GAAAATGTAAACCATTGCACAGATTATGCACATGAAGTGTACGCCGTTAAGAAGGGCAAA TTGGGGCACAATTCGGATGAATATAGTGGAGCTCCGCCCAGGACTCCCATCCTATGTAGT ACCATCGAATGGGGAAGTAAACACTCCGGGGGTGACGTGATTATCCGTGAAAGTAACACA TGTGGGAAAGATGAGCATAGCGAAGTAGCAATCTACGCGGGGAAGTATTTTGAAAATGAT AAAATGGGACCCGAGCAGTTATACAACCCACACACAGTAAACATTTTTTTCACTCCCATG GGAAAAGGCGGAATGGAGATAACTAACGAGCTTGGCGAATCGAATAAGATGACAAGGGAT AAGAGCAGCGATTCCTCTTCATCACTTTTGCCAAATGAGAAAGATCAGCTGGCAAAGGAC ATACAACTTGTGCGGTTCTTTTCGCGCTTGTACAAAAATGCTGATAGCTGCATTGAGAGC AAAACCGGTGAATACTTCCACGTAGAAAAAATACACCTAAATATCGAAAGGTTCCCAGTT AGGGAGAAATGGAATTATATAAAGAAATTAGAAAAAATACTAAAGCAATATCAACATATG ATAAAAATAATGTGCGAAATTTTACACGAATCAAAGAATGTGGATCGGAATAAAAGCAAT TTAAAGATGTTCATAGATCTGTGGTGGAACAACAGATACACTTTAGAGCAGCATTTAAAG ATACTGAACTTAGACATCTCCAACACTCTCGGATTTTCCATCCACAAATTGATGTCCGTT CCGTTGATTTCTTTAAATATAAGAACCAAAATAATGCTAAACAGGAGTGCTAACTGGAAG GATGACTACCAGATGGGGGGTTCCATCCGCAGTGAAAAAGACAACACACAGGTGAACAGT GCATATAACACCCTGTCAATTGTTAATAACCAAAAATATTATTTGAGTACCAATTTTGAT CTGTTCGTGGTGCTATACTACTATTCGAACATGCTCAACATCATAGCGTGGATTAATAAA TGGGGGAGGTACTTTGTTCCTTCCAAATACTGGGACTGTGCGCATTTTATCAACGTCCTC CTAAACTTGACTGTTTTTTCCATCGTGATGAAAAACTGCAATGTACAAATTACACAGGCG AAGAGGAAATACTTAAGATGGGGAGACATTTTATGTAGCCGCTCGAGCCGAATGAGCAGA GATGAGAACACCTTCATCGGTAACGTCATCCGTGGGGACACTACGGATGGGGTGGACTCC TTCTCATCTCGTAACTTAACCAAGCAGATCCATGAGAATAGGGAAGCTCCCAAAAGTTTG ATCCCCATTGACAAAAAAGTCGTGACATCCTATTTGCCCTTCATTAATAAGGACATCGAA ACGATTCTACTTTTGGAGGAAAGAAAAAAAAAAAACAAAAGGAGAAGCACCACAGTAGGT CAACCACATTTACTTGATATAAACCCCCCAAATGAAGGAAAAAAACGGACGATCGTTTCG AGTATCCCTCGCTGGAGTGTAAACATTGAAGGGGGAAATAATCACAATGACGGTTGCCAT GCTACCTATAGGAGCATGCAGAGGAAGGAACCCGAACATGTGGAGACCATCTCAACTATG GACAACAAGTACAGAATTGTTATACCCAAAGGGGAGAGTGAATTTAATTACCCACACAAC CCCAACAGTAAGGACAGTGCCAGTAGGAGCAACACCCACACTGATGAGAAAAGAGGCAGG AGAAGAACTATCAATATAATCAGTGAACAAATGAACAATAGTGTAGACAGCTATTGTGTG GATAGCCATTCGGTTTATAAAAACGAAAAACAAAACAGAGATCAAAAAAAGGGAAACTCA ACAATATATGGATATGTGAGCCCCATAAAAGCAAACAATTTTGAGTACATGAAGAATCAA GACCAAAGTGACATGCTGACAAGGGAGGGAAAAAAAAAAAGGACTACAGTGGCAGGGACG TTAAATTTGGATCATCTGAAGAAACAAGATGATAAAGAAGAAAAAAATAAAGAAAATATT TATTTAAAATATTTGGATTTAAAAAAAAAATGCGATAGGGGGGTACTGAAATGCTCTTTC CTAAAATTAAGGATGTACTTGTACAATATACTGATAGATATTTTCGAAAATAATAATATT CATCCCAAGAACATCTTTAACCTTTTTAACATCATCACTCATTCGTTCGTTACGGATGTG ATCAAATGTACCATGGTGGATGATGAACTCGATCGTGAACGATTAACATATGTGAAAAAC GTAGAAAATAAGAGAGTCAGGAAAAACCCCGTCGTTGTGTATATACATAACAATTTAAAT AGACTCCCCTTTGAAAATTTGGAGCCTTTAAAAGATTCCTACATCGTGCGCGGGGTACAC AAAGCGGTCACTGCGTATTTGTACGAAAGGGTGTTGGCGAAGATTAAAGTGGAGGAAGCC AAACGGAATGGGCTGTCCGTTTCGAGTACACTTCGGGGGGAGATGGACGCAGCGGCAGGG GAGGAAGAAGAAGGAGAAATGGAGGCAGGTCGAGGAGCGCGTCAAAACCGTGGAAACCTC CGAAACGATGACGAATCGGACAAAAATGACTACCAAAGTGACGATTTTCGCGTGGATGAG TACATAAAGCAGGAATACTCAAAAAAGTCGAAAATTGACCATGTGAAAAATGTGTGCCAA AGGAACAGTACCCATCGTACCAGCATCGATTTGCGTTGTTCTCATCCCATCGAATGGAAA AGAAAAAGCGCTGACGTGCCAGAAAGCATCATAGATCATTGTACCACCTCCCAATTGTGT AATACAAAAGGGGAAAATAAAAACGTTTCCAAAAAGAAAGGAAGAAGCTCCCTTTCGTAT ATATTAACGCATCACACAGAGGTCTCCAAAAATTCTGAAAAGAATAACGATAATTACCAT CATGAGCTTAACACGTGTCAAGTAAAAGCGTTCAATCGTTATGATGACCAGGGCAAGGCA ACATCCCAAGTGGATCGCCACAACGCTTTGAGAGCACAACCGAGAGATACGCTAACTCCA TATGGGCATGAAACTCTCAATAGCACAGAACACGTTGCCGCTAATTATGGCTCACGGATA GTGCAGGCAAGGGGAAAGGGAAGATACAGCTTGGTCGTTTCGAGTGAAGAGACAAAAGGC AATCTCGAAAAGGGAGATATTCCCGGTAAATCCAATCCCTGTGAAAGCGCACCGGATAAA GGCACAAAGCAGGTGCGTGGGAAGGGGCGAGGTAAAAAAAACTCACGCAAGAGCACCTGC ATTGAGCACTCCTTCCAAAACCCCTTCAATAATAATAATAGTAAAAAGGGCCAAACAGAC ATGCCATTTAGCACGGACCACTTTAATGGTAGAGATAGTTGCAGCCAAAAAAGGGAAAGA AAAACCCTACACAATAGATCAACAGAGGAGAAACACAAATTGGGATTATCACATTCTGCT AAAAGGAGGGGTAGTGTTAAGAAGATGAACCCTCGTTCGTCATGTCCGTCCAACCATTCG CGCTCATCCTGCGCGTCGCCTCCTCCTCCATCCTCCGAATCCGAATCTGAATCCGAATCC GTTTCATCAGTGGAACTAATTCAAAATGAAGACGAACTGAGAAAAATATTCATGAGTGCT AGAAAATCGATGAATATCCACAACATGATGGGTTCTTACGAAAACGAAGAATACAGCTTT TTCCGTTTAAAAAAAAAAAGAAAAAAAAGTGTAAGTGAATCAGAAGCCTACTTTGATGAC GAAAAAAAGTTTTCAAGTTCGTGCGTAGAAGACTTTAAAAAGGATAATAAAAGGAGAAGC TACTCGGCCGACCCGGAGCATCATTCAAAGGCGTCCAAAATGAAATACGTAAAGTACGTT CCTTACTACATTAAAAGTTCCAGGTTAGTAGATCCCAAAAAGAGTAACATTTTTTTTGTG ATTAACCCTAATGGAGATTTAAAAAGAACGGAAGACGCCACATACCCTTTCATTTATTTT AAAAACAAAGAAAAGTACAAGTATAAAAATTGGAATGGCTACTTTGGCAAAGTGCCATGC GAAAAAACTCTGCTGAAACATTTGTGCTGTGATGACTTGTATCTTTATTGCGGCCACCAG GGGGGGGAGCAGTACATCAAAAAGGACATAATTCAAAATGCCATTCTGCGTTATGACGAC GCGTTGGGGGAAGGCGAAAAGGGGGAGGAGGCTAAAGAGGGGAACCCCAAAAAAGCGCAA AATCGAGATGGAGAAATCGCAAAACGTAGTAGAAACAAGGCGGGGAATAAGGAAGATCCC TTTTTTACTCAAAATAAGGACAAAAAGAGAAGAAATACGTGCAATTTTGAGGCAGAAAAA CGCATTGTGGACAAGAGGATGAAGAGAAAATCTGTTGGGGATATCATCCACATCCATGGC ACTGGTGACAGCAGCGATGGGTTATGCACACAGACAGAAATGGAAGATGATGGCAGTGAC GATGTTGGTGATTCCCATTTTTCGGCTAACCAAAATGATGGCATAAACTCGTGCGTTTTT TTAATTGGGTGCAGTTCAGGGTTACTGTCCTCACATGGTTTTGACTTGGACGTATGGGGC ACCCCCTACGACTACATAGTAGGTGGGTGTGTTTTCGTTTTTGGGAATTTATGGAATGTG ACAGACGGAGAAGTTGATGGATTTACACAAAACTTTTTCTGGAAATGGACACAGCCAAAT TCTTCATCCCTATTTTGCTCCAACTATAATTATAACGGTGTCCAGATGGCAAACGTTTCA ACATTTTGCTTTCGCTTCTTCGCAAAAATGTTAAGGGAGAGCTCACAAATGGATATGCGC GAAGAAGGCACAGAATGGGGCAGCAACTGCTGTAGGGATGACGATAGTGATCATAATGGC GGCAGTGACGAACTTCTAATCGAAGTGGGGGACAATTTCGTCACGTTGGATTTCGACACG TACACATACTTCAAAAAGAATTATTTTTTTTATAAATATTTCCAAAAATGCTACAATTGC AACATTGTTTTAAACCAAAACCTTTTTAGTATAAATCAGAACCGGAAGTACTCCTGGCTT AGTATGACAGAGGCTTTAGCGGAGGCCAAGCAATTTTGTCGCTTACCAAACACGACTGGT TCGGCCGTTGTTATTTATGGCCTACCCTTGTAG
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  • Fasta :-

    MIRKESNIYDKLDRIVCDVLRNIDAEAKGVGEEAHDNGSPNYADEKNTNERVYKKFFELF NRESYLEKLTHDELVATYRDKNAHKYLFYMFECLFNKITQTRNVRHLDFLFLILRYITYL WFLLSNDDKLVLIFYYYFKFVDLLFNLKFVRCSFFVNIYNLLIYFYLKDNRKKKKIVFPV KKLTEKEAGFHIKNVISELNKIIANENAHFIDTVRKENNFVNLQSHVLSYGKAERKDLPS NAEEDVCTCAGVQNVYDYLWVGYYQGENEPQEKKHKNKHTEKIKSDNIEEEKSFFLITKC QNWNNESSTFPIFSIFSVSGSYNLFLNITKHLFKISVYDFGTFFPLLSMLNVELLLSHFH LFEIVHYVQLEEVNSNISDSKKETKIVSISSNQSTPYKANEQVTTEGKKPPANNEGIFSN NNKSNKKILWNILFEELKKVYMVDTKNVNYTLKMLKYSFSFFLFEEKFVLKSKEWGTYVT NKKEHTFALISQIYLKELLKFCLSFVNNLMSSRTLNEEVVFKAISYVFYLLSKLICNTSN NLRKYILLNNDNNLTLVALITYVYKYFKRVYLDKNAAGDVHKGSGGTVGSGGGQNKLKYT FVTLEKVYQKIQECLYIVLTVDEFVERNIKKKLEQCSDGAMPHFDGHHGPRQYTDCCDLY FCIIIKINKMNMFFSNLDIIKMLSQKDKSVFRKYIYTINKNNENFVSFFSCLLNIDYNEN QHDLVLKKYISNLKEKKNYKNKKLIKLMKPYHSPLKYIILKNEIDQDGAKKSSARKSTLA VNFSHRDYDIHTFEGDKRKVNDLRAKRKSMYEFGRGGKGDDRCRPLQGDDGMDGDSADGD TVDDITSDETSSDDDPTDDDPTDEDSANGEEIEPSDNPISCPRSCRKDYFCEGRKRAKAS SSHAKVKKKDMPIFENSILRIRKKQLDGTNIDFKNVCHSITLAIRRCILISESMITYFKT HQGFEANFNIYVCKNIFINFLRVCLLGASLFSYLCVKLNYGEMLKQMYDSNLIIVSYNIF DKYISFVLDQDVKRLRKYKNVLQVSTRRLNRCEAGAGRSTGAISSVNAPNATKEQKESFS TVKASTNAYPSAYAQLHRDDIYDVLGARESQRGSVFFLSDQDEFIETLYLNTFMIVINII SVWEMYLEIPVEVLNKMKYTFFELFYNTTIKIIKFIKKDKGFFFLLNILKFIYLKFVSLP FNPINIHTTIKLHDFYEFLINDGDEHVKKEEEQKFNSENMYLNSISPLKFLNNPENDTQR KNLTSVQKLSLSSHDRVLPNEHDYNVLSVNNKKRVSMGGLVPVFLNNNSSKKRRTNIDPY TSYDSFENNDNGFYCTVRKGTPTGHAQMGDKTSARVKYGLREGEYESENVNNVNLNANLN VNLNVGVNDSVNVTPKRNYDYAQPEERKESDIFRNTYLSNYYIPHIDLLFIIVDLEVFYY FEKKEYKKIIVSVENVLKSIISKCDYNTKEYLRSSISYIYNCYQQVHLHDSKINIQSCIV IRHIFNLYIKSKVFYLSKKIKKKLAHYKDSYINDGVLKMGYNKIYNSLFSSEKWKNFFYI LYESDNLGRNKRVKIINNLLIVHINTLLFLIFYEYLSKYVTKKFIFFFRFFLFFFNKLCV AILSLVNSSNHLEIFNLFDWRNITRVNHAQEEEELANKVRSAIRLVQNSSIYPQDEEISP YKIYSRGGRHTNGRSKPIVMIDIDELLVTYIQLNFTFCRSCCFFIFFKNVCSQKYEIILR EKFTSNYFERFKNNRDLFDPIDAVKEGKTGRNDDEWGESHTAEELTQDGEPTINDSFDED SDDNYRSDSSSSSSGLSQSSFTLIEYTDYSNNVDYIFLEFILEKIEEMDVDYYYRNVLNN CYYVIKIETLYNYIYKNEQLLSRFAYLNNVYYLYKLYYHMFVWSCNKSHAMGKKNVAAEG INAEENLSSLYNDIFYVFDVNRILGETFCSRYVQLVDQAGASDFTPSGTPDKTGRIPPPY GCANDYRRTQRKSIEESPYFLCDIYNFKLKLFHPLNFEKRDLAKGRKKKIFDNFLMVNKN YLLDLKHKHAKVNKYINNYMVYLYHVVLRFYYNEHGIDREKLSFHYIVYSFQSAFDRFNS KICGSGHDTMCFPSIQGVGIDKGTPPYVPPFNIFAKCDLKKNILLIFDVLNNIYDLYHGN IFENHNWADSIVTQIDTKLIGYLSEMYKIAYLYKMYHCCMRILVLCLLFTSRFWLIYVFN EKHACGQQDDICHDLKGHNEYCEPATRGKRKVGRKPNERNVDKDTQLRSGTNLGHGAGRR GNPKEGAYDSNDEMRGNSKRRREYILTGIYNRIVSKRKEDNAKETYNDLHNYMQMLIVCT SMFYLSFLCIEKIQKNLQNIFFLNCANSMYNCYVHFYEHVEKFCKENHQDKLYASSFFFD TFHLDLINLKLQAHVKAGRYKTEVRKMKKALGESTSRVGEETQGGVTSIPRSDHSEESSR RRRRNKSSGDNAQVDLFSKFSYLLYYNERAATECISDLRKTEKKHQSDGKNFFKNNICLY FNMIRYLYKKRSKYIGLLPFVNSYIISIVTLMKFTMAKYFSNFNVSSDFFSLKFEHPIHQ FDMDMLTKVKKTEDEKENVKLTNKAILMNLENLFCNMFLNKDMCYQIKFVYTYYKKISSI MFKMNNFLLSYYYLKKNILFICDLVYFPEVVYSYMLLMNIILKSGKERIELLTQEEIFFE NLNNQLIIYDKKNLDQDTDTNYVKDNTVKDVNDFKIYEDSDFCNIDYVKTPLNTYLTKRH IYEYRNLLTQFLVYLTFLIKNPDHFRILSTKRRREILHMLCLIIFTKKKTSYFCCSKARP KKSKEVATPVEGGTNGKDNCCYNGNAQLSGEDSTNQKNKERRDNEMVVPQNVTKQNQGNH KITNFEKNFITCFNNCNEKKEETFFNFFLEKLFIISNFDTDLFDVELNDEEQIESLIKSQ VLHDVRSLNFVYPGGARSDEFFLNLGSEISSDQEKEAQNTKGETNQANCIEEKIHHEFHR SADSHHSFKINDISVLNYLYLNYNFEQNLTYTENYITNRFFTLNCKKMNAYFVKILLYYI NLIFLKIKNIFCDDCIYTIKKQQFLNSSANDCSRNIFFFLFLKLFRFFNFSKRTLSELCV NYFPGNKNYAAYLDELSESKKNGELSTAQVYANDARHITEDTHTHNVKDKQNSCDDNSAN GLDKMFMINFLEIFLYPQKNCSFLEVLTVCYEFLVNMKDDKWKKLRKRNKHIMYALLKTA VTERGDRKSPSVFHFQTVLVLLSLLLHYTCKRSLVHEMRKVAQFFLDYVFFFIENIKNNL IILQIIEAYGGGHKDGHTDGHPTARQIQVNLLKFYFRKLLSLLYLYTDELILCTIKNNID QEISQKNYYRKHAHENLNIETISNYEYIGQSNLSEFCFYWDYAIVSMSHDKSDLYISRCF KNFLFVLIRIIKEEAIGEEAHHVGPFSGENKDSTKERGNSRDSSKKRRDSHIEGNKECFN IYRKVNNLFNVLNDEDLCKRLLIQGGNLPLSDDTIMGHLNENVNHCTDYAHEVYAVKKGK LGHNSDEYSGAPPRTPILCSTIEWGSKHSGGDVIIRESNTCGKDEHSEVAIYAGKYFEND KMGPEQLYNPHTVNIFFTPMGKGGMEITNELGESNKMTRDKSSDSSSSLLPNEKDQLAKD IQLVRFFSRLYKNADSCIESKTGEYFHVEKIHLNIERFPVREKWNYIKKLEKILKQYQHM IKIMCEILHESKNVDRNKSNLKMFIDLWWNNRYTLEQHLKILNLDISNTLGFSIHKLMSV PLISLNIRTKIMLNRSANWKDDYQMGGSIRSEKDNTQVNSAYNTLSIVNNQKYYLSTNFD LFVVLYYYSNMLNIIAWINKWGRYFVPSKYWDCAHFINVLLNLTVFSIVMKNCNVQITQA KRKYLRWGDILCSRSSRMSRDENTFIGNVIRGDTTDGVDSFSSRNLTKQIHENREAPKSL IPIDKKVVTSYLPFINKDIETILLLEERKKKNKRRSTTVGQPHLLDINPPNEGKKRTIVS SIPRWSVNIEGGNNHNDGCHATYRSMQRKEPEHVETISTMDNKYRIVIPKGESEFNYPHN PNSKDSASRSNTHTDEKRGRRRTINIISEQMNNSVDSYCVDSHSVYKNEKQNRDQKKGNS TIYGYVSPIKANNFEYMKNQDQSDMLTREGKKKRTTVAGTLNLDHLKKQDDKEEKNKENI YLKYLDLKKKCDRGVLKCSFLKLRMYLYNILIDIFENNNIHPKNIFNLFNIITHSFVTDV IKCTMVDDELDRERLTYVKNVENKRVRKNPVVVYIHNNLNRLPFENLEPLKDSYIVRGVH KAVTAYLYERVLAKIKVEEAKRNGLSVSSTLRGEMDAAAGEEEEGEMEAGRGARQNRGNL RNDDESDKNDYQSDDFRVDEYIKQEYSKKSKIDHVKNVCQRNSTHRTSIDLRCSHPIEWK RKSADVPESIIDHCTTSQLCNTKGENKNVSKKKGRSSLSYILTHHTEVSKNSEKNNDNYH HELNTCQVKAFNRYDDQGKATSQVDRHNALRAQPRDTLTPYGHETLNSTEHVAANYGSRI VQARGKGRYSLVVSSEETKGNLEKGDIPGKSNPCESAPDKGTKQVRGKGRGKKNSRKSTC IEHSFQNPFNNNNSKKGQTDMPFSTDHFNGRDSCSQKRERKTLHNRSTEEKHKLGLSHSA KRRGSVKKMNPRSSCPSNHSRSSCASPPPPSSESESESESVSSVELIQNEDELRKIFMSA RKSMNIHNMMGSYENEEYSFFRLKKKRKKSVSESEAYFDDEKKFSSSCVEDFKKDNKRRS YSADPEHHSKASKMKYVKYVPYYIKSSRLVDPKKSNIFFVINPNGDLKRTEDATYPFIYF KNKEKYKYKNWNGYFGKVPCEKTLLKHLCCDDLYLYCGHQGGEQYIKKDIIQNAILRYDD ALGEGEKGEEAKEGNPKKAQNRDGEIAKRSRNKAGNKEDPFFTQNKDKKRRNTCNFEAEK RIVDKRMKRKSVGDIIHIHGTGDSSDGLCTQTEMEDDGSDDVGDSHFSANQNDGINSCVF LIGCSSGLLSSHGFDLDVWGTPYDYIVGGCVFVFGNLWNVTDGEVDGFTQNFFWKWTQPN SSSLFCSNYNYNGVQMANVSTFCFRFFAKMLRESSQMDMREEGTEWGSNCCRDDDSDHNG GSDELLIEVGDNFVTLDFDTYTYFKKNYFFYKYFQKCYNCNIVLNQNLFSINQNRKYSWL SMTEALAEAKQFCRLPNTTGSAVVIYGLPL

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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PcyM_1432100784 SAVNFSHRDY0.991unspPcyM_1432100784 SAVNFSHRDY0.991unspPcyM_1432100784 SAVNFSHRDY0.991unspPcyM_1432100809 SAKRKSMYEF0.998unspPcyM_1432100851 SSDETSSDDD0.997unspPcyM_1432100852 SDETSSDDDP0.994unspPcyM_14321001296 SKKRVSMGGL0.994unspPcyM_14321001325 STSYDSFENN0.994unspPcyM_14321001809 SYRSDSSSSS0.991unspPcyM_14321001993 STQRKSIEES0.998unspPcyM_14321002298 SMRGNSKRRR0.994unspPcyM_14321002315 SNRIVSKRKE0.993unspPcyM_14321002455 SRSDHSEESS0.997unspPcyM_14321002467 SRRNKSSGDN0.998unspPcyM_14321002849 SNAQLSGEDS0.997unspPcyM_14321003139 SELSESKKNG0.997unspPcyM_14321003173 SDKQNSCDDN0.994unspPcyM_14321003249 SGDRKSPSVF0.996unspPcyM_14321003453 SENKDSTKER0.995unspPcyM_14321003460 SERGNSRDSS0.994unspPcyM_14321003463 SNSRDSSKKR0.998unspPcyM_14321003464 SSRDSSKKRR0.997unspPcyM_14321003470 SKRRDSHIEG0.998unspPcyM_14321003642 STRDKSSDSS0.993unspPcyM_14321003643 SRDKSSDSSS0.992unspPcyM_14321003811 SGSIRSEKDN0.996unspPcyM_14321003919 SSSRMSRDEN0.998unspPcyM_14321003996 SNKRRSTTVG0.996unspPcyM_14321004088 SKDSASRSNT0.992unspPcyM_14321004386 SNDDESDKND0.997unspPcyM_14321004410 SYSKKSKIDH0.997unspPcyM_14321004449 SDVPESIIDH0.995unspPcyM_1432100380 SNISDSKKET0.998unspPcyM_14321004470 SNKNVSKKKG0.996unspPcyM_14321004492 SVSKNSEKNN0.996unspPcyM_14321004574 SSLVVSSEET0.997unspPcyM_14321004615 SGKKNSRKST0.996unspPcyM_14321004618 SNSRKSTCIE0.994unspPcyM_14321004653 SNGRDSCSQK0.99unspPcyM_14321004655 SRDSCSQKRE0.993unspPcyM_14321004667 SLHNRSTEEK0.996unspPcyM_14321004685 SKRRGSVKKM0.997unspPcyM_14321004712 SPPPSSESES0.996unspPcyM_1432100684 SIKMLSQKDK0.997unspPcyM_14321004714 SPSSESESES0.997unspPcyM_14321004716 SSESESESES0.997unspPcyM_14321004770 SKRKKSVSES0.998unspPcyM_14321004772 SKKSVSESEA0.998unspPcyM_14321004800 SNKRRSYSAD0.997unsp

     



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