PKNH_1431100 | 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
PKNH_1431100OTHER0.9999760.0000170.000008
No Results

  • Fasta :-

    >PKNH_1431100 MIRKESNIYEKLDRIVCDVLRNIDEETKGVGEEAHDKGGTNYADEKSTNERVYKKFFELF NRESYIEKLTHDELVATYRDKNAHKYLFYMFEYLHNKITQTRNVRHVDFLFLILRYITYL WFLLSNDDKLVLIFYYYFKLVDLLFNLKFVRCSFFVNIYNLLIYFYMKDKRKKKKIIFPV KKLREKEAGFHIKNVISELNKIIANENAHFMETVGKRNNFVNLHSHSLSCGNAERKEFPS NTEEDAFTCAGIQNVYDYLWVGYHQGENDPHETKHKNKHTEKIESDSTEEDKSFVLITKC QNWNNENPIFPIFSIFSVTSSYNFFLNITKHLFKISVYDFSTFFPLLSMLNVEFLLSHFH LFEILHYVQMEEMNSDIGDSKKETKIVSISSSQFTPYKSNEQVTTEGKEKTLSKNQGIFS NNNKSNKKILWNILFEELKKVYIVDTKNVNYTLKMLKYSFSFFLFEEKIVLKNNEWGIRV IKKGEHTFAQISQVYLKELLKFSLSFVNNLMSSITLNEEVVFKAISYVFYLLSKLICNTI NNLRKYILLNNDNNLALVALITYIYKYFKRVYLEKNAAGDVHKGNAGAVGCIEDQNKLKY TFVTLEKVYQKIQECLYVVLTVDESVESNIKKKLVQCSDGGMPYSDGPQGSRQNADNCDL YFYIIIKINKMNMFYSNLEIIKILSQKDKNVFRKYIYTINKNNENFCSFFSCLLNIDYKE NQHELLLKKYMSNLKEKKNYKNKKLIKLMKPYHSPLKYIILKNEIDQDGAKKSSARKSTL GVNFPHRDYDIHTFEGDKRKVIDLRVRRKSMYDFGRGEKGGNPSSSLQRDHVMNGHTVDG DTVDDITTDETSSHETLSDENTTDGEEDKPSNNPANCPDRGCKDYFSEGLKRARASSSHA KVKKKEMPIFENSILRIRKKQLDKTNIDFKNVCHSMTMAIKRCILISDSMITYFKTYHGF EANFNIYICKNIYINFLRVCLLCASLFSYLCVKLNYDEILKQMYDSNLIIMSYNIFDKYI SFVLDQDVKRLRKYKNVLQVPTRQLNRGKTGAGRSSEATSSVNASTAVKEQKESFSTVTA YTQLHRDEIYDVLGARGNQGGRGFFLSDQDEFIETIYLNTFMIVINVISVWELYLEIPVE VLNKMKYTFFELFYNTTIKIIKFIKKDKGFFFLLNILKFIYLKFVSLPFNPINIHTSIKL HDFYDFLINDGEEDVKKEEEQKFNSEDMYMNSISPLKFLINPDNEAQRNNLINSVQKLNI HPDDHVLSNEHDYNTFSVNKKKRVSMGGLVPVFLNNNRRKRRRTSVGPYTSYDSLENNDN GSYCTVRNGVSTEHARMDDQTSTRVKYDLGGGEYESENIHVKDSNINDSINVTPKRNYDY AQPEERKESENFRNTYLSNYYIPHIDLLFIIVDLEVFHYFEKKEYKKIIFSVENTFKSII SKCDYNTKEYLRSSISYIYNFYQQVHLSDSKINIQSCTVIRHIFNLYIKSKVFYLSKKIK KKLAHYRSSYSNDGELKMGYNKIYDSLFSSEKWKNFFYIFYESDNLRQNKRMEIINNLLI VHINTLLFLIFYEYLSKYVTKKFIFFFRFFLFFFNKLCVAILSLVNSSNHLEIFNLFDWQ NIARENYAQDEEQLANKIRNAIRLVQNCSVYPQDEEIFPQKIYSKRGRHTNVNGRSNPIV MVDIDELLVTYIQLNFTFCRSCCFFIFFKNVCSQKYENILKENFTSTYFERFKNNRDLFD PIDAVKDEKTSRNDNNWGVSHTAEEFAPNEEPNVNDSFDDESDDNCRSDSSSSGLSQSSF TLIEYTDYSKNEDYIFLEFILEKIEEMDVDYYYSNVLNNCYYVIKIETLYNYIYKNEQLL RRFSFLNNVYYLYKLYYHMFVWSSNKSHVMDKKDVATEGINGEKKLSKLYNDIFYLFDVN RILGETFCSKYVHLIDQAGVSDFTPSGGTPDKIAKMSPPHGYANDYGATERRSVEESPYF LCDIYNFKLKLFHPLNFEKRHLAKGKKKNTFDNFLMVNKNYLLDLKHKYGKIKKYINNYM VYLYHIILHFYYNEYGIDREKLSFHYIVYSFQSAFDTLNSNILCSRHDTVCSSSVQGVGN EKGTPPYVPPFNIISKCELKKNILLIFDILNNIYDVYHGNIFENSKWADSIVTQIDTKLI GYLSEIYKIAYLYKMYHCCMCILVLCLLFTSKFWLIYVFNEKHPCGQQVGSCHTVGGHSE YYQPATRGKRKVGSKPKEKSVDKGTLLQNGANLGRGASRRGKPKEGSYESNEEMTGSPKG RRAYILTGIYDKILSKRNEVNTKEIYNDLHNYMQMLIVCTSIFYLSFLCIEKIQKNLQNI YLLNCANSLYNCYVQFYEYIEKFCKEHCEDKLYASSLFFDTFHLDLINLKLQAHVKAGRY KAEMRKMKKILCESSSRVSADSEGGVTTMPRSEHSRERNRSTWDKAQVDLFSNFPYLLYY NENASMECISDLRRTEKKYQNDGKNFFKNNICLYFNMVRYLYKKRSKYTGLLPFVNSYII SIVTLMKFTIGKYFSSFNVSFDFFSLKFEYPIKQFDMDMLTKVKKTDDEKENIKLTNKAI LMNLENLYCNMFLNKDMCYQIKFVYTYYKKISSIMYKMNNFVLSYYYLKRNILFVCDLIY LPDVVHNYLLLMNIILKSGRERIELLTQEEIFFENLNNQLSIYYKKNLDQDTDTETDANY AKDKTVKDVNDFKIYEDSDFCNIDYVKTPLNTYLTKRHIYEYRNMLNQFLAYLTFLMKNP DHSLILSTKRRREILHMLCLILFTKRRMNYFCCSKARPKKSKDVATNGKGTSCNHDNAKL SGKKCTNEKNENRSDQDRVMSQNVTKENPDNHKIKHFEKNFLICFNNCNEKKEETFFNFF LEKLFIISNIDTDVFDVELEDEEQVESLIKSQVLRDVSNLNFVHPGVVHSNDSFLNVGNE ISSEQENAAQNIERKTNQTNCIEEEIHLECHRSANSYYSFKINDISVLNYLYLNYNFEQN LTYTENYITNRFFIFNCRKMNIYFVKILLYYINLIFLKIKNIFCDDCVYTIKKQQFLNSS ANDCSRNIFFFLFINLFRFFNFSNRTLSELCANYFPGNKNYASCLDELYRSKKYGDLLME VYANDGKRIIEDTKTHNEEDKENNSDYNLANGLDKMLMINFFEIFLYPHKNCSLLEVLTV CYEFLINMKDDKWRKLRKRNKHKMYALLKTAVTEWQDRNNPSVFYFQIILVLLSLLLHYT CKGALVHEMRKVAQFFLDFVFFFIENIKNNLIILQIIEAYGEGHTDGCADNQTNDHTDGP VDGHTDRHTDRHTLGYPCARRTQVNLLKFYFRKLLSLLYLYTDELILYTIKNNIDQEISQ KNYYRKHAHENLNIETICNYEYICQSNLSELCFYWDYAIVSMSHDKSDLYISRCFKNFLF VLIRIIREETHNAGQFSGENEAATKGRRNYGDKNDKRRDSHIEEDKECFNFYSKINNLFS ILNDEDLCERLFIQWGKVSLSDSTIMGCLNKNANISTDDAHEVYAVKKGNLNHHSDGYNG APPSNIIKSENGHSRGETIIRENATHGKGKHSKVRNPTGKHFENDKMGFEQLHNPPTVNI FFTSMGKGGMEITNELGESNKITRDKSSYSSAPYLSNEKDQVTKDIQLVKFFSRLYKNAD RCIENKTSEYFHVEKIHLNIERFPIREKWNYIKKLEKILKQYQHMIKIMCEILHESKNVD RNKSNLKMFIDLWWNNRYTLEQHLKILNLDISNTLGFSIHKLMSIPLISLNIRTNIVLNN SANWRDDDQKEVCTRTDKDSTQVNSAYNTLSIVNNQKYYLSTNFDLFLVLYYYSHMLNII AWINKWGRYFVPSRYWDTVHFVNVLLNLTVFSIVLKNCNVQITHAKRKYLRWGGILDGHP SRMDKGESTLIGSNMPGDTANGVDSFSSRSVTKGRNDNRRASKSLIPFDKNVVTSYLPFI NKDIETILFLEERKKKNKRTSTEVGQPYLLDINPPNEGKKRTIVSSTHRWSVNLQEGINQ NDDCHSTYKSMHREGVEHVESISTVDNKYRIVIPKRESESAYPHNSHHHNNHNSHSHEKK GRRRTINVISEQTSNRVDSYCVDRCSIYKSEKQSRDEKKVNSTIYGYVSPLKTNIFEHIK NEDQSEILTKEGKRKRTTVAGTLNLDYVKKQENKDEKNKENIYLKYLDLKKKCDRGVLKC SFLKLRMYLYNILIDIFENNNIHPKNIFNLFNIITHSFIMDVIKCTMVDDELDHERLTYV KNVEHRRIRKTPVVVYIHNNLNRLPFENLEPLKDSYIVRGVHKAVTAYLYGRVMAKIKVE ESKVKRLSLSSTPQAEMDAAAAEEEEEGEMEVGKGTRQNDDESNNSDHQSDDSHMDEYIK QEYSKKWKIDNAKNVYQMNSSTHLTSVDLRCSHPTEWKRKNSDMPKSIIEHCNTTQLYNK NEENKNVSKKKGRNSLSYILTHHIEVSKNYEKNNDKYQHEFNTYQVKASNRHDDQGKVSS QENRQNALKSQRRNTLTPYGHETLNITGHLDDNYDTRIVQAKGKGRYSLVVSSEEAKDHL KKEHIHDKDNPGEGAQDTDTKEVRGKRQGKKSSRKSICIEHSFLNPFNNNNTKKGQVGMS FSGDHFNGKDSCRKKKGEKKLSNRSPEEKHQLRLSHSAKRRGSIKRINPNSSCPSYHSRS SCASSHPLSSESESESASSVELIQNEEELRKIFMSARKSMNMHNMMGSYKNEEYSFFRFK KKRKKSVSESEAYFDEEKKFSSSCVDDAKRDNKRRSYSADPDHHSKASKMKYVKYVPYYI KSSRLVDPKRSNIFFVINPNGDLKRTEDATYPFIYFKNKDKYKYKNWNGYFGKVPCEKTL LKHLCCDDLYVYCGHQGGEQYIKKDIIQNAILRYEDPLGEGEKVEEAKEGNPKKEQNRHG RIAKSNTRKTENKDPLFTQNKDKKRRNSCNWKAEKRILDKGMKRKSVGDIFNIHSTSESS DALCTQTEMEDNESNRVGDPYFSTNPNDGINSCVFLIGCSSGLLSSHGFDLDVWGTPYDY IVGGCVFVFGNLWNVTDGEVDGFTQNFFWKWTQPNSSSLFCSNYNYNSVQMEKVSTFCFR FFAKILRGVSEIHMREEDAEWDRNCWKDDDNDHKGSSDDLLIEVGDNFVTINFHTYTYLK KNYFFYKYFQKCYNCNIVLNQNLFSINQNRKYSWLSMTEALAEAKQFCRLPNTTGSAVVI YGLPL
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PKNH_1431100.fa Sequence name : PKNH_1431100 Sequence length : 5225 VALUES OF COMPUTED PARAMETERS Coef20 : 4.000 CoefTot : 0.022 ChDiff : 90 ZoneTo : 4 KR : 2 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.971 2.259 0.549 0.775 MesoH : 0.315 0.953 -0.192 0.413 MuHd_075 : 37.412 21.451 8.979 6.577 MuHd_095 : 42.010 24.075 10.235 9.434 MuHd_100 : 47.542 28.089 11.761 11.240 MuHd_105 : 42.267 26.462 10.840 10.672 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 : 0.1243 0.8757 DFMC : 0.5237 0.4763
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 5225 PKNH_1431100 MIRKESNIYEKLDRIVCDVLRNIDEETKGVGEEAHDKGGTNYADEKSTNERVYKKFFELFNRESYIEKLTHDELVATYRD 80 KNAHKYLFYMFEYLHNKITQTRNVRHVDFLFLILRYITYLWFLLSNDDKLVLIFYYYFKLVDLLFNLKFVRCSFFVNIYN 160 LLIYFYMKDKRKKKKIIFPVKKLREKEAGFHIKNVISELNKIIANENAHFMETVGKRNNFVNLHSHSLSCGNAERKEFPS 240 NTEEDAFTCAGIQNVYDYLWVGYHQGENDPHETKHKNKHTEKIESDSTEEDKSFVLITKCQNWNNENPIFPIFSIFSVTS 320 SYNFFLNITKHLFKISVYDFSTFFPLLSMLNVEFLLSHFHLFEILHYVQMEEMNSDIGDSKKETKIVSISSSQFTPYKSN 400 EQVTTEGKEKTLSKNQGIFSNNNKSNKKILWNILFEELKKVYIVDTKNVNYTLKMLKYSFSFFLFEEKIVLKNNEWGIRV 480 IKKGEHTFAQISQVYLKELLKFSLSFVNNLMSSITLNEEVVFKAISYVFYLLSKLICNTINNLRKYILLNNDNNLALVAL 560 ITYIYKYFKRVYLEKNAAGDVHKGNAGAVGCIEDQNKLKYTFVTLEKVYQKIQECLYVVLTVDESVESNIKKKLVQCSDG 640 GMPYSDGPQGSRQNADNCDLYFYIIIKINKMNMFYSNLEIIKILSQKDKNVFRKYIYTINKNNENFCSFFSCLLNIDYKE 720 NQHELLLKKYMSNLKEKKNYKNKKLIKLMKPYHSPLKYIILKNEIDQDGAKKSSARKSTLGVNFPHRDYDIHTFEGDKRK 800 VIDLRVRRKSMYDFGRGEKGGNPSSSLQRDHVMNGHTVDGDTVDDITTDETSSHETLSDENTTDGEEDKPSNNPANCPDR 880 GCKDYFSEGLKRARASSSHAKVKKKEMPIFENSILRIRKKQLDKTNIDFKNVCHSMTMAIKRCILISDSMITYFKTYHGF 960 EANFNIYICKNIYINFLRVCLLCASLFSYLCVKLNYDEILKQMYDSNLIIMSYNIFDKYISFVLDQDVKRLRKYKNVLQV 1040 PTRQLNRGKTGAGRSSEATSSVNASTAVKEQKESFSTVTAYTQLHRDEIYDVLGARGNQGGRGFFLSDQDEFIETIYLNT 1120 FMIVINVISVWELYLEIPVEVLNKMKYTFFELFYNTTIKIIKFIKKDKGFFFLLNILKFIYLKFVSLPFNPINIHTSIKL 1200 HDFYDFLINDGEEDVKKEEEQKFNSEDMYMNSISPLKFLINPDNEAQRNNLINSVQKLNIHPDDHVLSNEHDYNTFSVNK 1280 KKRVSMGGLVPVFLNNNRRKRRRTSVGPYTSYDSLENNDNGSYCTVRNGVSTEHARMDDQTSTRVKYDLGGGEYESENIH 1360 VKDSNINDSINVTPKRNYDYAQPEERKESENFRNTYLSNYYIPHIDLLFIIVDLEVFHYFEKKEYKKIIFSVENTFKSII 1440 SKCDYNTKEYLRSSISYIYNFYQQVHLSDSKINIQSCTVIRHIFNLYIKSKVFYLSKKIKKKLAHYRSSYSNDGELKMGY 1520 NKIYDSLFSSEKWKNFFYIFYESDNLRQNKRMEIINNLLIVHINTLLFLIFYEYLSKYVTKKFIFFFRFFLFFFNKLCVA 1600 ILSLVNSSNHLEIFNLFDWQNIARENYAQDEEQLANKIRNAIRLVQNCSVYPQDEEIFPQKIYSKRGRHTNVNGRSNPIV 1680 MVDIDELLVTYIQLNFTFCRSCCFFIFFKNVCSQKYENILKENFTSTYFERFKNNRDLFDPIDAVKDEKTSRNDNNWGVS 1760 HTAEEFAPNEEPNVNDSFDDESDDNCRSDSSSSGLSQSSFTLIEYTDYSKNEDYIFLEFILEKIEEMDVDYYYSNVLNNC 1840 YYVIKIETLYNYIYKNEQLLRRFSFLNNVYYLYKLYYHMFVWSSNKSHVMDKKDVATEGINGEKKLSKLYNDIFYLFDVN 1920 RILGETFCSKYVHLIDQAGVSDFTPSGGTPDKIAKMSPPHGYANDYGATERRSVEESPYFLCDIYNFKLKLFHPLNFEKR 2000 HLAKGKKKNTFDNFLMVNKNYLLDLKHKYGKIKKYINNYMVYLYHIILHFYYNEYGIDREKLSFHYIVYSFQSAFDTLNS 2080 NILCSRHDTVCSSSVQGVGNEKGTPPYVPPFNIISKCELKKNILLIFDILNNIYDVYHGNIFENSKWADSIVTQIDTKLI 2160 GYLSEIYKIAYLYKMYHCCMCILVLCLLFTSKFWLIYVFNEKHPCGQQVGSCHTVGGHSEYYQPATRGKRKVGSKPKEKS 2240 VDKGTLLQNGANLGRGASRRGKPKEGSYESNEEMTGSPKGRRAYILTGIYDKILSKRNEVNTKEIYNDLHNYMQMLIVCT 2320 SIFYLSFLCIEKIQKNLQNIYLLNCANSLYNCYVQFYEYIEKFCKEHCEDKLYASSLFFDTFHLDLINLKLQAHVKAGRY 2400 KAEMRKMKKILCESSSRVSADSEGGVTTMPRSEHSRERNRSTWDKAQVDLFSNFPYLLYYNENASMECISDLRRTEKKYQ 2480 NDGKNFFKNNICLYFNMVRYLYKKRSKYTGLLPFVNSYIISIVTLMKFTIGKYFSSFNVSFDFFSLKFEYPIKQFDMDML 2560 TKVKKTDDEKENIKLTNKAILMNLENLYCNMFLNKDMCYQIKFVYTYYKKISSIMYKMNNFVLSYYYLKRNILFVCDLIY 2640 LPDVVHNYLLLMNIILKSGRERIELLTQEEIFFENLNNQLSIYYKKNLDQDTDTETDANYAKDKTVKDVNDFKIYEDSDF 2720 CNIDYVKTPLNTYLTKRHIYEYRNMLNQFLAYLTFLMKNPDHSLILSTKRRREILHMLCLILFTKRRMNYFCCSKARPKK 2800 SKDVATNGKGTSCNHDNAKLSGKKCTNEKNENRSDQDRVMSQNVTKENPDNHKIKHFEKNFLICFNNCNEKKEETFFNFF 2880 LEKLFIISNIDTDVFDVELEDEEQVESLIKSQVLRDVSNLNFVHPGVVHSNDSFLNVGNEISSEQENAAQNIERKTNQTN 2960 CIEEEIHLECHRSANSYYSFKINDISVLNYLYLNYNFEQNLTYTENYITNRFFIFNCRKMNIYFVKILLYYINLIFLKIK 3040 NIFCDDCVYTIKKQQFLNSSANDCSRNIFFFLFINLFRFFNFSNRTLSELCANYFPGNKNYASCLDELYRSKKYGDLLME 3120 VYANDGKRIIEDTKTHNEEDKENNSDYNLANGLDKMLMINFFEIFLYPHKNCSLLEVLTVCYEFLINMKDDKWRKLRKRN 3200 KHKMYALLKTAVTEWQDRNNPSVFYFQIILVLLSLLLHYTCKGALVHEMRKVAQFFLDFVFFFIENIKNNLIILQIIEAY 3280 GEGHTDGCADNQTNDHTDGPVDGHTDRHTDRHTLGYPCARRTQVNLLKFYFRKLLSLLYLYTDELILYTIKNNIDQEISQ 3360 KNYYRKHAHENLNIETICNYEYICQSNLSELCFYWDYAIVSMSHDKSDLYISRCFKNFLFVLIRIIREETHNAGQFSGEN 3440 EAATKGRRNYGDKNDKRRDSHIEEDKECFNFYSKINNLFSILNDEDLCERLFIQWGKVSLSDSTIMGCLNKNANISTDDA 3520 HEVYAVKKGNLNHHSDGYNGAPPSNIIKSENGHSRGETIIRENATHGKGKHSKVRNPTGKHFENDKMGFEQLHNPPTVNI 3600 FFTSMGKGGMEITNELGESNKITRDKSSYSSAPYLSNEKDQVTKDIQLVKFFSRLYKNADRCIENKTSEYFHVEKIHLNI 3680 ERFPIREKWNYIKKLEKILKQYQHMIKIMCEILHESKNVDRNKSNLKMFIDLWWNNRYTLEQHLKILNLDISNTLGFSIH 3760 KLMSIPLISLNIRTNIVLNNSANWRDDDQKEVCTRTDKDSTQVNSAYNTLSIVNNQKYYLSTNFDLFLVLYYYSHMLNII 3840 AWINKWGRYFVPSRYWDTVHFVNVLLNLTVFSIVLKNCNVQITHAKRKYLRWGGILDGHPSRMDKGESTLIGSNMPGDTA 3920 NGVDSFSSRSVTKGRNDNRRASKSLIPFDKNVVTSYLPFINKDIETILFLEERKKKNKRTSTEVGQPYLLDINPPNEGKK 4000 RTIVSSTHRWSVNLQEGINQNDDCHSTYKSMHREGVEHVESISTVDNKYRIVIPKRESESAYPHNSHHHNNHNSHSHEKK 4080 GRRRTINVISEQTSNRVDSYCVDRCSIYKSEKQSRDEKKVNSTIYGYVSPLKTNIFEHIKNEDQSEILTKEGKRKRTTVA 4160 GTLNLDYVKKQENKDEKNKENIYLKYLDLKKKCDRGVLKCSFLKLRMYLYNILIDIFENNNIHPKNIFNLFNIITHSFIM 4240 DVIKCTMVDDELDHERLTYVKNVEHRRIRKTPVVVYIHNNLNRLPFENLEPLKDSYIVRGVHKAVTAYLYGRVMAKIKVE 4320 ESKVKRLSLSSTPQAEMDAAAAEEEEEGEMEVGKGTRQNDDESNNSDHQSDDSHMDEYIKQEYSKKWKIDNAKNVYQMNS 4400 STHLTSVDLRCSHPTEWKRKNSDMPKSIIEHCNTTQLYNKNEENKNVSKKKGRNSLSYILTHHIEVSKNYEKNNDKYQHE 4480 FNTYQVKASNRHDDQGKVSSQENRQNALKSQRRNTLTPYGHETLNITGHLDDNYDTRIVQAKGKGRYSLVVSSEEAKDHL 4560 KKEHIHDKDNPGEGAQDTDTKEVRGKRQGKKSSRKSICIEHSFLNPFNNNNTKKGQVGMSFSGDHFNGKDSCRKKKGEKK 4640 LSNRSPEEKHQLRLSHSAKRRGSIKRINPNSSCPSYHSRSSCASSHPLSSESESESASSVELIQNEEELRKIFMSARKSM 4720 NMHNMMGSYKNEEYSFFRFKKKRKKSVSESEAYFDEEKKFSSSCVDDAKRDNKRRSYSADPDHHSKASKMKYVKYVPYYI 4800 KSSRLVDPKRSNIFFVINPNGDLKRTEDATYPFIYFKNKDKYKYKNWNGYFGKVPCEKTLLKHLCCDDLYVYCGHQGGEQ 4880 YIKKDIIQNAILRYEDPLGEGEKVEEAKEGNPKKEQNRHGRIAKSNTRKTENKDPLFTQNKDKKRRNSCNWKAEKRILDK 4960 GMKRKSVGDIFNIHSTSESSDALCTQTEMEDNESNRVGDPYFSTNPNDGINSCVFLIGCSSGLLSSHGFDLDVWGTPYDY 5040 IVGGCVFVFGNLWNVTDGEVDGFTQNFFWKWTQPNSSSLFCSNYNYNSVQMEKVSTFCFRFFAKILRGVSEIHMREEDAE 5120 WDRNCWKDDDNDHKGSSDDLLIEVGDNFVTINFHTYTYLKKNYFFYKYFQKCYNCNIVLNQNLFSINQNRKYSWLSMTEA 5200 LAEAKQFCRLPNTTGSAVVIYGLPL 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 :-

    >PKNH_1431100 ATGATAAGGAAAGAGTCCAATATATACGAGAAGCTGGACCGGATAGTGTGCGATGTGTTG CGAAACATAGATGAAGAAACTAAAGGGGTAGGTGAAGAAGCACATGATAAAGGGGGTACG AATTATGCGGATGAAAAAAGTACAAACGAACGGGTGTATAAAAAATTCTTTGAACTTTTT AACAGGGAGAGTTACATAGAAAAGTTAACACATGACGAATTAGTAGCAACATATAGAGAC AAAAATGCACACAAGTATCTATTTTACATGTTCGAGTATTTACATAATAAAATCACCCAA ACGAGGAATGTAAGACACGTAGATTTTTTATTTTTGATACTTCGATACATTACGTATCTG TGGTTTCTTCTCTCTAATGATGATAAATTGGTTTTAATATTTTACTACTATTTCAAGTTG GTGGATTTGTTGTTTAATTTAAAATTTGTGAGATGTTCCTTTTTTGTGAATATTTACAAT TTGCTGATTTATTTTTATATGAAAGATAAAAGGAAAAAAAAAAAAATTATCTTTCCAGTG AAAAAATTAAGAGAAAAAGAAGCAGGCTTCCACATAAAAAATGTTATATCGGAATTGAAC AAAATAATTGCAAATGAAAATGCTCATTTTATGGAGACTGTTGGGAAGAGAAACAATTTT GTGAATCTCCATAGCCATTCCCTGTCATGTGGAAATGCAGAAAGGAAGGAGTTCCCATCG AATACGGAAGAAGATGCATTTACATGTGCGGGTATACAAAATGTGTATGATTACCTATGG GTTGGGTATCACCAAGGGGAAAATGATCCTCATGAGACGAAGCATAAAAATAAACATACG GAAAAAATCGAATCAGATAGTACTGAGGAGGATAAGTCATTTGTTCTGATAACAAAATGT CAAAATTGGAATAATGAGAATCCTATCTTTCCAATTTTTAGCATTTTCTCAGTTACTTCC TCATATAATTTCTTTTTAAACATTACGAAGCATTTATTCAAAATTAGTGTATACGATTTT AGTACCTTTTTTCCCCTCCTAAGTATGCTTAACGTGGAATTTCTACTTTCCCATTTTCAC CTTTTTGAAATTTTGCACTATGTCCAAATGGAGGAGATGAACTCGGACATAGGTGACTCC AAAAAGGAAACAAAAATTGTATCAATTAGTTCGAGCCAATTTACACCTTACAAATCGAAT GAACAAGTCACCACTGAAGGGAAGGAAAAAACGCTCTCAAAGAACCAAGGGATTTTTTCA AATAATAATAAGAGTAACAAAAAAATTTTATGGAATATCCTTTTTGAAGAGCTAAAAAAG GTATACATTGTAGACACGAAAAATGTGAATTATACATTAAAAATGTTAAAATACTCTTTC AGCTTTTTTCTGTTTGAAGAAAAAATTGTACTAAAGAATAATGAATGGGGAATTCGTGTG ATAAAAAAAGGGGAACACACCTTCGCGCAAATTTCACAAGTATATTTAAAAGAATTACTA AAATTTAGCCTCTCCTTTGTGAATAATTTAATGAGCTCAATTACGCTAAATGAGGAAGTC GTGTTTAAGGCCATTTCTTACGTGTTTTATTTGCTTTCGAAATTGATATGCAACACGATT AATAACTTAAGGAAATATATTTTGCTTAATAACGATAATAACCTTGCCCTCGTTGCGCTA ATTACGTATATTTATAAATACTTCAAAAGGGTTTACCTGGAGAAGAACGCAGCGGGCGAT GTGCACAAAGGGAACGCTGGAGCAGTTGGATGTATTGAAGATCAGAATAAGTTGAAATAC ACATTTGTGACACTTGAAAAAGTATACCAGAAAATTCAAGAGTGTTTGTATGTCGTCCTA ACTGTTGACGAATCTGTTGAATCGAATATCAAAAAAAAGTTAGTGCAATGTAGTGATGGA GGGATGCCCTATTCTGATGGGCCCCAGGGCTCCAGACAGAATGCAGATAACTGCGACCTG TACTTTTATATCATTATCAAGATCAATAAAATGAACATGTTTTATTCCAACTTGGAAATT ATCAAAATACTCTCACAGAAGGATAAAAACGTGTTCAGAAAATATATATACACCATTAAC AAGAACAATGAAAATTTTTGCTCTTTTTTTTCGTGTTTATTAAATATTGACTATAAGGAA AATCAGCATGAGCTGCTTTTAAAAAAGTACATGTCCAATTTGAAGGAAAAAAAAAATTAT AAAAATAAAAAGTTAATCAAGCTAATGAAGCCTTATCATTCCCCCCTCAAGTACATCATT TTGAAAAATGAAATAGACCAAGATGGAGCAAAAAAGAGTTCCGCAAGGAAAAGCACCCTG GGAGTCAATTTCCCTCACAGGGATTACGATATTCATACTTTTGAGGGCGATAAGAGGAAG GTTATTGATTTGCGTGTTAGAAGGAAGAGCATGTATGATTTTGGGAGAGGCGAAAAGGGA GGTAATCCTTCCAGTTCTCTCCAACGTGACCATGTGATGAATGGCCACACTGTAGATGGA GACACAGTAGATGACATCACAACGGATGAAACCTCATCCCATGAGACATTATCGGATGAG AATACCACCGATGGCGAAGAGGATAAACCCAGTAATAACCCAGCAAACTGTCCAGATAGA GGTTGTAAGGACTACTTTTCCGAGGGACTGAAGCGGGCGAGAGCTTCTAGCTCGCATGCA AAGGTAAAAAAAAAAGAGATGCCAATATTTGAAAATTCGATCCTTCGAATAAGGAAGAAG CAACTGGACAAAACCAACATAGATTTTAAAAATGTGTGCCATAGTATGACTATGGCCATT AAAAGATGCATACTAATCTCAGACAGTATGATTACCTACTTCAAAACTTACCATGGTTTT GAAGCTAACTTTAACATTTACATCTGCAAAAATATATATATTAATTTTTTAAGAGTTTGC CTCCTATGCGCCAGTCTCTTTTCGTACCTCTGCGTGAAGCTTAACTATGACGAGATCTTG AAGCAAATGTACGACTCAAATTTAATCATAATGTCATACAATATTTTTGACAAATATATA AGTTTCGTGTTGGACCAAGACGTCAAGCGATTGCGCAAGTATAAAAATGTGTTGCAGGTG CCTACCAGGCAATTGAATAGGGGGAAGACAGGAGCTGGACGCTCCTCTGAGGCTACCTCT TCAGTGAATGCGTCGACCGCGGTGAAAGAACAGAAGGAAAGCTTCTCCACGGTTACAGCC TATACGCAGCTGCACCGAGATGAGATTTATGACGTGTTAGGTGCCCGAGGAAATCAAGGC GGAAGGGGTTTCTTCCTGTCGGATCAAGACGAATTCATCGAGACGATCTACTTGAACACT TTCATGATTGTGATAAATGTCATTTCAGTTTGGGAACTATACCTAGAAATTCCTGTGGAG GTTCTGAACAAAATGAAGTACACCTTTTTCGAGCTATTTTACAACACGACAATTAAAATC ATAAAGTTTATAAAAAAGGATAAGGGATTTTTCTTCCTACTGAACATTCTAAAATTTATT TATCTCAAATTTGTAAGCCTTCCTTTTAATCCAATAAACATACACACCTCAATAAAACTG CACGACTTTTACGACTTTCTCATTAATGATGGTGAGGAAGATGTGAAGAAAGAGGAGGAG CAGAAATTTAATAGTGAGGATATGTACATGAATTCAATTAGCCCCCTGAAATTTTTGATT AACCCAGACAATGAGGCACAGAGAAATAATCTTATTAACAGTGTACAAAAATTAAACATA CACCCTGATGACCATGTACTATCAAACGAGCATGATTACAATACATTTAGTGTAAATAAA AAGAAGAGGGTAAGCATGGGCGGTTTAGTTCCCGTGTTTTTAAATAACAATCGTAGGAAG AGGAGAAGGACGAGCGTTGGCCCTTACACCTCATATGACAGCCTTGAAAATAACGATAAC GGTTCCTACTGCACGGTTAGGAATGGCGTCTCTACGGAGCACGCACGAATGGATGATCAA ACAAGCACCAGGGTAAAGTATGATTTGGGCGGAGGAGAATACGAAAGTGAAAATATTCAC GTCAAGGACAGTAATATCAATGACAGTATCAATGTGACACCGAAACGTAATTATGACTAT GCACAACCAGAGGAACGGAAAGAGAGCGAAAATTTTAGAAACACCTACCTAAGCAACTAC TACATCCCGCACATCGATCTGCTATTCATCATTGTGGATTTGGAAGTTTTTCACTACTTT GAAAAGAAGGAGTATAAGAAAATAATTTTTTCCGTGGAAAACACCTTCAAGAGCATTATC AGCAAATGTGACTATAACACTAAGGAGTATTTACGATCATCCATTTCGTACATTTACAAC TTTTATCAACAAGTGCATCTTAGTGACAGCAAAATTAACATCCAAAGTTGCACCGTAATT AGGCACATATTTAACCTTTACATCAAATCTAAGGTGTTCTATTTGAGCAAAAAAATAAAA AAAAAATTAGCACACTATAGGAGTAGCTACAGCAACGATGGGGAACTAAAAATGGGTTAT AACAAAATTTATGACAGCCTTTTTAGCAGTGAAAAGTGGAAGAACTTTTTTTACATTTTT TACGAAAGCGACAATCTAAGACAGAATAAAAGAATGGAAATTATCAACAATCTCCTGATT GTACACATAAACACTTTGCTTTTCTTGATATTTTATGAATACCTATCCAAGTATGTGACT AAAAAGTTCATATTTTTCTTCCGATTCTTCCTATTTTTTTTTAACAAATTGTGTGTTGCC ATTTTAAGTTTGGTGAATTCGTCAAATCACCTCGAAATTTTTAACCTTTTCGATTGGCAA AATATTGCCCGAGAAAACTACGCACAGGATGAGGAACAATTGGCTAACAAGATTAGGAAT GCCATTCGTCTCGTTCAAAATTGCTCCGTATACCCACAGGATGAGGAAATATTTCCCCAG AAAATTTATAGCAAGAGGGGAAGACACACTAATGTTAACGGGAGAAGTAACCCAATTGTC ATGGTCGACATTGATGAGCTCCTAGTCACCTACATTCAGCTAAATTTTACGTTTTGCAGA TCGTGCTGCTTTTTCATTTTCTTCAAAAATGTCTGCTCTCAAAAGTATGAGAACATTTTG AAGGAGAACTTCACTAGTACATATTTTGAGCGGTTTAAGAATAACAGGGATTTGTTCGAC CCTATCGATGCTGTAAAGGATGAAAAGACCAGCAGAAATGACAATAACTGGGGGGTAAGC CACACCGCAGAAGAGTTTGCCCCTAATGAAGAACCAAATGTAAATGACTCCTTTGACGAT GAATCGGACGACAATTGCAGAAGCGACTCCAGCAGCTCAGGTCTGTCCCAATCGAGCTTC ACCCTCATAGAGTATACAGATTATTCCAAAAATGAAGATTATATTTTTCTAGAATTTATT TTAGAAAAAATAGAAGAAATGGACGTGGATTATTACTACAGCAATGTACTTAACAATTGT TACTATGTGATCAAAATAGAAACACTTTATAATTACATATACAAGAATGAGCAGCTGTTG AGAAGATTTTCTTTCCTAAATAATGTGTATTATTTGTATAAGCTCTACTACCACATGTTT GTTTGGTCTTCCAATAAAAGTCATGTCATGGATAAGAAAGACGTCGCTACTGAGGGAATC AACGGAGAAAAAAAATTATCGAAATTGTACAATGACATCTTTTACCTGTTCGATGTGAAC CGCATTTTGGGAGAAACCTTCTGCAGCAAGTATGTACACCTGATTGATCAGGCCGGGGTC TCCGATTTCACTCCGAGTGGAGGAACACCTGACAAAATTGCCAAAATGTCTCCCCCCCAC GGCTATGCAAATGATTATGGCGCAACTGAACGGAGAAGCGTCGAAGAATCGCCCTACTTT TTGTGCGACATTTACAACTTCAAATTGAAATTGTTCCACCCGCTAAATTTTGAAAAAAGA CACTTAGCCAAAGGAAAGAAAAAAAACACATTCGATAACTTTCTAATGGTTAACAAGAAT TATTTACTGGACTTAAAGCATAAGTATGGCAAAATTAAGAAGTACATAAATAACTACATG GTGTACTTGTACCATATAATTCTTCACTTTTATTACAATGAATATGGCATAGATAGGGAG AAATTATCCTTTCACTATATTGTGTACTCATTTCAAAGTGCGTTTGACACGCTTAACAGT AATATATTGTGCAGTCGTCATGACACGGTGTGCTCCTCCTCTGTCCAGGGAGTTGGCAAT GAAAAGGGTACCCCTCCTTACGTCCCACCTTTCAATATCATTTCAAAATGTGAATTAAAA AAAAACATACTTCTGATTTTCGACATTTTAAATAATATATATGATGTATACCATGGTAAC ATATTTGAAAATTCCAAGTGGGCAGATTCCATTGTAACACAAATTGACACAAAGCTTATC GGCTATCTCAGCGAAATATACAAAATTGCCTATCTGTACAAAATGTATCATTGTTGCATG TGTATTTTGGTACTCTGCCTCTTGTTTACATCCAAATTTTGGCTAATTTATGTATTTAAC GAGAAGCATCCATGTGGGCAACAGGTTGGTAGTTGTCATACCGTCGGGGGGCATAGCGAA TATTATCAACCTGCCACTAGAGGGAAGCGAAAGGTAGGGAGTAAGCCAAAGGAGAAGAGC GTAGATAAGGGAACGCTGCTTCAAAATGGTGCAAACCTCGGACGTGGTGCGAGCAGGAGA GGAAAACCCAAAGAGGGTTCTTATGAATCAAATGAAGAAATGACAGGAAGCCCCAAAGGA AGGAGAGCATATATACTAACCGGAATTTACGACAAAATTTTGTCTAAAAGGAATGAAGTT AACACGAAAGAGATATACAATGATTTGCACAACTATATGCAGATGCTAATCGTTTGTACT TCCATATTTTATCTCTCATTTTTATGTATAGAAAAGATACAGAAAAATTTGCAAAATATT TATCTCCTTAACTGTGCTAATAGTTTGTATAATTGCTACGTACAGTTTTATGAATATATT GAGAAATTTTGCAAAGAGCACTGTGAAGATAAGCTGTACGCGTCCTCCCTCTTCTTTGAC ACTTTCCACTTAGACCTGATAAACTTGAAACTTCAAGCTCACGTAAAAGCAGGAAGGTAC AAGGCCGAAATGAGAAAAATGAAGAAAATATTATGCGAATCGTCCTCGAGGGTGAGTGCA GATTCCGAGGGTGGGGTCACTACTATGCCACGCAGCGAGCATAGCAGAGAAAGGAACAGA AGCACTTGGGATAAGGCGCAGGTAGATTTATTCTCCAATTTTCCATATCTGCTCTACTAC AACGAAAATGCAAGCATGGAATGCATATCCGACTTAAGGAGGACGGAGAAGAAATACCAA AACGATGGTAAAAACTTTTTCAAAAATAACATTTGCCTATATTTTAATATGGTAAGATAT TTGTATAAGAAGAGAAGCAAGTACACGGGTTTGCTTCCATTTGTCAATTCGTACATTATC TCGATAGTAACGCTGATGAAATTTACCATTGGTAAGTATTTTTCGAGTTTTAATGTGTCC TTCGATTTCTTTTCTCTAAAATTTGAATATCCAATAAAGCAGTTCGACATGGATATGCTC ACTAAAGTAAAAAAAACGGATGACGAAAAGGAAAATATTAAGTTAACTAACAAGGCTATA TTGATGAATCTGGAAAATCTCTACTGTAATATGTTCCTAAATAAGGATATGTGTTACCAA ATAAAATTCGTTTATACATATTACAAAAAAATTTCGAGCATTATGTACAAAATGAATAAT TTTGTACTGAGCTATTATTATTTAAAGAGAAACATTCTGTTCGTATGCGATTTGATTTAC CTTCCAGACGTTGTTCATAATTATTTGCTTCTCATGAATATCATTTTAAAGAGTGGAAGA GAGAGAATCGAATTGCTAACGCAGGAGGAGATTTTCTTCGAGAACTTGAACAACCAATTG AGTATTTATTATAAAAAAAATTTGGACCAAGACACAGACACAGAGACAGATGCGAATTAT GCAAAGGATAAAACAGTCAAAGATGTAAACGATTTTAAAATTTATGAAGACAGTGATTTT TGCAATATTGATTATGTGAAAACACCTCTTAATACTTACTTAACGAAGAGGCATATTTAT GAGTACAGAAATATGTTGAATCAATTTTTGGCCTACTTAACGTTTTTGATGAAAAATCCT GACCATTCTCTTATATTGTCGACTAAGCGTAGAAGGGAGATACTCCACATGTTATGTCTA ATCCTTTTTACGAAGAGGAGAATGAATTACTTTTGCTGCAGCAAAGCCCGTCCGAAAAAA TCAAAGGATGTGGCTACTAACGGCAAAGGCACCTCCTGTAACCATGACAATGCAAAACTA TCAGGGAAAAAATGCACAAATGAGAAAAATGAAAATAGGAGCGATCAGGATAGGGTGATG TCCCAGAATGTTACGAAAGAAAATCCAGACAACCATAAAATAAAGCATTTTGAAAAAAAC TTTTTAATATGCTTCAACAACTGTAACGAAAAAAAAGAAGAAACATTTTTTAATTTCTTC CTCGAAAAATTATTTATCATAAGTAACATCGACACAGATGTATTCGATGTCGAGCTAGAA GATGAAGAGCAAGTTGAGTCTCTCATAAAATCTCAAGTGTTACGTGATGTAAGCAATCTT AATTTTGTTCACCCAGGAGTTGTCCACTCGAACGATAGTTTCCTTAACGTGGGAAATGAA ATTTCGAGTGAACAAGAAAATGCAGCCCAAAATATCGAACGGAAGACAAATCAGACCAAT TGCATAGAGGAAGAAATTCATCTTGAGTGCCATCGAAGCGCTAATTCCTACTACTCTTTT AAAATTAACGACATTTCAGTTTTGAATTACCTATATTTAAATTACAACTTTGAACAAAAC TTAACTTACACAGAGAATTACATTACTAATAGATTTTTCATATTTAACTGCAGAAAAATG AATATATATTTTGTGAAAATATTGCTATACTATATCAACTTGATATTTTTAAAAATAAAA AATATTTTCTGTGATGATTGCGTTTACACCATTAAAAAACAGCAGTTCCTTAACTCCTCA GCGAATGATTGCTCTAGGAACATTTTTTTTTTCTTGTTCATAAATCTTTTTCGCTTTTTC AATTTTTCCAATAGAACTTTGAGTGAGTTGTGCGCAAACTATTTCCCCGGAAATAAAAAT TATGCCTCTTGTCTAGACGAACTATATCGGAGTAAGAAATATGGTGATCTCTTAATGGAG GTTTATGCAAATGATGGAAAGCGCATCATCGAAGACACAAAAACACATAATGAGGAAGAC AAGGAAAACAACTCTGATTATAATCTAGCAAATGGACTAGACAAAATGTTGATGATTAAT TTTTTTGAAATTTTTTTATACCCACATAAAAATTGCAGCCTTTTGGAAGTGCTAACTGTG TGCTATGAATTCTTGATAAACATGAAAGACGATAAATGGAGAAAACTAAGGAAAAGAAAT AAACATAAAATGTACGCACTGTTAAAAACGGCGGTTACCGAATGGCAGGATCGAAACAAT CCATCTGTTTTTTATTTCCAAATTATCTTGGTGCTGTTATCCTTGCTGCTCCACTACACG TGCAAAGGGGCGCTCGTGCATGAAATGAGGAAGGTGGCCCAGTTTTTCCTAGACTTTGTG TTTTTTTTTATAGAGAATATAAAGAACAATTTGATCATTCTGCAGATAATTGAAGCCTAC GGAGAGGGACACACAGATGGTTGCGCAGATAATCAGACAAATGATCACACAGATGGTCCC GTAGATGGACACACAGATCGTCACACAGATCGTCACACACTTGGATATCCATGCGCGAGG CGGACCCAAGTAAATCTCCTAAAATTCTACTTCCGAAAACTGCTGTCCCTGCTATACCTC TACACGGACGAGCTAATATTGTACACTATCAAAAATAATATAGACCAGGAAATCAGCCAA AAAAATTACTACAGGAAGCATGCCCACGAAAATTTAAATATAGAAACGATATGTAATTAT GAATACATATGTCAATCGAATTTGAGCGAACTTTGCTTCTATTGGGATTACGCAATAGTG TCGATGAGCCACGATAAGAGTGATCTGTACATTTCTCGTTGCTTTAAAAACTTCCTCTTT GTGCTAATTCGAATTATTAGAGAGGAGACGCATAATGCGGGGCAATTCAGTGGGGAAAAT GAGGCTGCCACTAAGGGGAGGAGAAATTATGGAGACAAGAATGACAAAAGGAGAGATTCC CATATTGAGGAGGATAAAGAATGTTTCAATTTTTACAGTAAAATAAATAACCTTTTTTCC ATTTTGAATGATGAAGATTTATGCGAGCGGTTATTCATTCAGTGGGGGAAAGTCTCCTTA AGTGATAGCACAATAATGGGATGCCTAAATAAAAATGCAAACATTTCGACAGATGATGCA CACGAAGTGTATGCAGTTAAGAAGGGCAATTTGAACCACCATTCGGATGGATACAATGGA GCACCTCCTAGTAATATCATCAAGTCAGAAAATGGACACTCCAGGGGTGAGACGATTATC CGTGAAAATGCCACACATGGGAAGGGTAAGCATAGCAAAGTAAGAAACCCCACGGGGAAA CATTTTGAAAATGATAAAATGGGATTTGAGCAGTTACACAACCCCCCCACAGTAAATATT TTTTTCACATCCATGGGAAAAGGAGGAATGGAAATAACTAACGAGCTTGGAGAATCAAAC AAAATAACCAGAGATAAAAGTAGCTATTCCTCTGCACCGTATTTGTCGAATGAGAAGGAC CAGGTAACAAAGGACATTCAACTTGTGAAGTTCTTCTCGCGTTTGTACAAAAATGCCGAT AGATGCATTGAGAACAAAACCAGTGAATATTTCCACGTAGAAAAAATACACCTAAATATC GAAAGGTTCCCTATTAGGGAAAAATGGAATTACATCAAGAAATTGGAAAAAATATTAAAG CAATATCAGCATATGATAAAAATAATGTGCGAAATTTTACACGAATCCAAGAACGTGGAT CGAAATAAAAGTAATTTAAAAATGTTCATAGATTTGTGGTGGAATAACAGATACACTCTA GAGCAGCATTTAAAGATACTGAATTTAGATATCTCCAATACGCTTGGATTTTCCATCCAT AAATTGATGTCCATTCCGTTGATCTCTTTAAATATAAGAACCAACATAGTGCTAAACAAC AGTGCCAACTGGAGAGATGATGACCAGAAGGAGGTATGCACCCGCACTGATAAAGATAGC ACACAGGTCAACAGTGCATATAATACCCTGTCAATTGTTAATAACCAGAAATATTATTTG AGTACCAATTTTGATTTGTTCCTGGTATTATACTACTATTCTCACATGCTCAACATCATA GCGTGGATTAATAAGTGGGGGAGGTACTTTGTTCCTTCCCGATATTGGGATACTGTGCAT TTTGTCAATGTCCTCCTAAACTTAACTGTTTTTTCTATCGTGTTGAAGAACTGTAATGTA CAAATTACTCATGCGAAGAGGAAATACTTAAGATGGGGAGGCATTTTGGATGGCCACCCG AGCCGAATGGACAAAGGTGAAAGCACCCTCATTGGTAGCAACATGCCTGGAGACACTGCG AATGGAGTGGATTCCTTTTCATCTCGTAGTGTAACCAAGGGGAGGAATGATAATAGGAGA GCTTCGAAAAGTTTGATCCCCTTTGATAAAAACGTCGTAACATCCTATTTGCCCTTCATT AATAAAGACATCGAAACGATTCTATTTTTGGAGGAAAGGAAAAAAAAAAACAAAAGGACA AGTACAGAAGTAGGTCAACCATATTTACTTGATATAAACCCACCAAATGAAGGAAAAAAA CGGACAATTGTTTCGAGTACCCATCGATGGAGTGTGAATCTTCAAGAAGGAATTAATCAA AATGACGATTGCCATTCTACATATAAAAGTATGCACAGGGAGGGAGTCGAACATGTGGAG TCCATCTCAACTGTGGACAACAAGTACAGAATTGTTATACCCAAAAGGGAGAGTGAATCT GCCTACCCGCATAACAGCCACCACCACAACAACCACAACAGCCACAGCCATGAGAAAAAA GGCAGGAGAAGAACTATCAATGTAATCAGTGAACAAACGAGCAATAGGGTAGACAGCTAT TGTGTGGATAGATGTTCGATTTATAAAAGCGAAAAACAGAGCAGAGATGAAAAAAAGGTA AATTCAACAATATATGGATATGTGAGTCCCCTAAAAACAAATATTTTTGAGCACATAAAG AATGAAGACCAAAGTGAGATACTGACAAAGGAGGGGAAAAGAAAAAGAACTACCGTGGCA GGAACGTTAAATTTGGATTATGTGAAAAAACAAGAGAATAAAGATGAAAAAAATAAAGAA AATATTTATTTAAAATATTTGGATTTAAAAAAAAAATGCGACAGGGGAGTACTGAAATGC TCTTTCCTAAAATTAAGGATGTACTTGTATAATATACTTATAGATATTTTCGAAAATAAT AATATACATCCCAAAAATATTTTTAACCTTTTTAACATCATTACTCATTCGTTCATTATG GATGTTATCAAATGCACCATGGTAGATGATGAACTCGATCATGAACGATTAACATATGTG AAAAACGTAGAACATAGGAGAATCAGGAAAACCCCCGTCGTTGTGTATATACATAACAAT TTGAATAGACTTCCCTTTGAAAATTTGGAACCTTTAAAAGATTCCTACATCGTGCGGGGG GTCCACAAAGCGGTCACTGCATATTTGTACGGAAGGGTGATGGCGAAGATTAAAGTAGAG GAATCCAAGGTGAAGAGGCTATCCCTTTCGAGTACACCTCAAGCAGAGATGGACGCAGCG GCAGCGGAGGAAGAAGAAGAAGGGGAAATGGAGGTAGGCAAAGGAACTCGCCAAAATGAT GACGAATCGAACAATTCTGACCACCAAAGTGACGATTCTCACATGGATGAGTACATAAAG CAGGAATACTCAAAAAAGTGGAAAATTGATAATGCTAAAAATGTGTACCAAATGAACAGT AGTACCCATCTTACCAGCGTGGATTTACGTTGTTCCCATCCCACCGAATGGAAAAGAAAA AATTCTGACATGCCCAAAAGCATCATAGAGCATTGTAACACCACCCAATTGTATAATAAA AACGAGGAAAATAAAAACGTTTCCAAAAAGAAAGGAAGAAACTCCCTTTCGTATATATTA ACGCACCACATCGAGGTCTCCAAAAATTATGAAAAGAATAACGATAAATACCAGCATGAG TTTAACACGTATCAGGTCAAAGCGTCCAATCGTCATGATGACCAGGGCAAGGTATCATCC CAAGAGAATCGCCAAAACGCGTTGAAATCACAACGGAGAAATACGCTAACTCCATATGGA CATGAAACTCTCAACATCACAGGACACCTTGACGATAATTATGACACACGGATAGTGCAG GCAAAGGGAAAAGGCAGATACAGCTTGGTCGTTTCGAGTGAAGAGGCGAAAGATCATCTG AAAAAGGAACACATTCACGATAAAGACAATCCAGGTGAGGGCGCACAGGATACAGACACA AAGGAGGTGCGTGGGAAGAGACAAGGTAAAAAAAGCTCACGAAAAAGTATTTGCATTGAA CACTCCTTCTTAAACCCCTTCAATAATAATAATACTAAAAAGGGTCAAGTTGGCATGTCA TTTAGCGGGGACCACTTTAATGGTAAAGATAGTTGCAGAAAAAAAAAGGGGGAAAAAAAA CTGTCCAATAGATCACCAGAGGAGAAACATCAATTGAGATTATCACATTCTGCTAAAAGG AGGGGTAGTATTAAACGGATAAACCCTAATTCGTCATGTCCGTCTTACCATTCTCGCTCA TCTTGCGCGTCGTCTCATCCGCTGTCGTCTGAATCCGAATCTGAATCCGCTTCATCAGTG GAACTAATTCAAAATGAAGAAGAACTGAGAAAAATATTCATGAGTGCGAGAAAATCGATG AATATGCACAACATGATGGGTTCTTACAAAAATGAAGAATACAGTTTTTTCCGTTTTAAA AAAAAAAGAAAAAAAAGTGTAAGTGAATCAGAAGCCTACTTTGATGAGGAAAAGAAATTT TCAAGTTCGTGCGTAGATGACGCTAAAAGGGATAATAAAAGGAGAAGCTATTCGGCAGAC CCGGATCATCATTCAAAGGCGTCCAAAATGAAATACGTAAAGTACGTTCCTTACTACATT AAGAGTTCCAGATTAGTGGATCCCAAAAGGAGTAACATTTTTTTTGTTATTAACCCTAAT GGGGATTTAAAAAGAACGGAAGATGCTACATACCCTTTCATTTATTTTAAAAATAAAGAT AAGTACAAATATAAAAATTGGAATGGCTACTTTGGCAAAGTGCCATGCGAAAAAACTTTG CTGAAACATTTGTGCTGTGATGACTTGTATGTATATTGCGGTCACCAGGGTGGTGAGCAG TATATCAAAAAAGACATAATTCAAAATGCCATTTTGCGTTATGAAGACCCCTTGGGTGAA GGCGAAAAAGTGGAGGAAGCTAAAGAGGGAAACCCTAAGAAAGAGCAAAATCGACATGGC CGAATCGCAAAAAGTAATACAAGGAAAACGGAAAATAAAGATCCCCTTTTTACTCAAAAT AAGGACAAAAAGAGAAGAAATTCATGCAATTGGAAGGCAGAAAAACGCATTCTGGATAAG GGGATGAAGAGAAAATCTGTTGGAGATATTTTCAACATTCACAGCACCAGTGAAAGTAGC GATGCTTTATGCACACAGACAGAGATGGAAGATAATGAAAGTAACCGTGTCGGTGATCCA TATTTTTCGACAAACCCCAATGATGGCATAAACTCGTGTGTTTTTTTAATTGGATGCAGT TCAGGGTTGTTGTCTTCACATGGTTTTGACTTAGACGTATGGGGCACCCCGTACGATTAC ATAGTAGGTGGGTGCGTTTTCGTTTTTGGCAATTTATGGAATGTGACAGATGGAGAAGTT GACGGATTTACGCAAAACTTTTTCTGGAAATGGACACAGCCAAATTCTTCATCTTTATTT TGCTCCAACTATAATTATAACAGTGTCCAGATGGAAAAAGTTTCAACATTTTGCTTTCGC TTTTTCGCAAAAATTTTAAGGGGGGTCTCAGAAATTCATATGCGCGAAGAAGACGCAGAA TGGGACAGAAACTGCTGGAAGGATGACGATAATGACCATAAGGGCAGCAGTGACGATCTC CTAATTGAAGTGGGGGATAATTTCGTTACCATCAATTTTCACACTTACACATACTTGAAA AAAAATTATTTTTTTTATAAATATTTCCAAAAGTGCTACAATTGCAACATCGTTTTAAAC CAAAATCTTTTTAGTATAAATCAGAACCGGAAGTACTCCTGGCTTAGTATGACAGAGGCT TTAGCGGAGGCCAAGCAATTTTGTCGTTTGCCCAACACGACCGGATCAGCCGTTGTTATT TATGGTCTACCCTTGTAA
  • Download Fasta

  • Fasta :-

    MIRKESNIYEKLDRIVCDVLRNIDEETKGVGEEAHDKGGTNYADEKSTNERVYKKFFELF NRESYIEKLTHDELVATYRDKNAHKYLFYMFEYLHNKITQTRNVRHVDFLFLILRYITYL WFLLSNDDKLVLIFYYYFKLVDLLFNLKFVRCSFFVNIYNLLIYFYMKDKRKKKKIIFPV KKLREKEAGFHIKNVISELNKIIANENAHFMETVGKRNNFVNLHSHSLSCGNAERKEFPS NTEEDAFTCAGIQNVYDYLWVGYHQGENDPHETKHKNKHTEKIESDSTEEDKSFVLITKC QNWNNENPIFPIFSIFSVTSSYNFFLNITKHLFKISVYDFSTFFPLLSMLNVEFLLSHFH LFEILHYVQMEEMNSDIGDSKKETKIVSISSSQFTPYKSNEQVTTEGKEKTLSKNQGIFS NNNKSNKKILWNILFEELKKVYIVDTKNVNYTLKMLKYSFSFFLFEEKIVLKNNEWGIRV IKKGEHTFAQISQVYLKELLKFSLSFVNNLMSSITLNEEVVFKAISYVFYLLSKLICNTI NNLRKYILLNNDNNLALVALITYIYKYFKRVYLEKNAAGDVHKGNAGAVGCIEDQNKLKY TFVTLEKVYQKIQECLYVVLTVDESVESNIKKKLVQCSDGGMPYSDGPQGSRQNADNCDL YFYIIIKINKMNMFYSNLEIIKILSQKDKNVFRKYIYTINKNNENFCSFFSCLLNIDYKE NQHELLLKKYMSNLKEKKNYKNKKLIKLMKPYHSPLKYIILKNEIDQDGAKKSSARKSTL GVNFPHRDYDIHTFEGDKRKVIDLRVRRKSMYDFGRGEKGGNPSSSLQRDHVMNGHTVDG DTVDDITTDETSSHETLSDENTTDGEEDKPSNNPANCPDRGCKDYFSEGLKRARASSSHA KVKKKEMPIFENSILRIRKKQLDKTNIDFKNVCHSMTMAIKRCILISDSMITYFKTYHGF EANFNIYICKNIYINFLRVCLLCASLFSYLCVKLNYDEILKQMYDSNLIIMSYNIFDKYI SFVLDQDVKRLRKYKNVLQVPTRQLNRGKTGAGRSSEATSSVNASTAVKEQKESFSTVTA YTQLHRDEIYDVLGARGNQGGRGFFLSDQDEFIETIYLNTFMIVINVISVWELYLEIPVE VLNKMKYTFFELFYNTTIKIIKFIKKDKGFFFLLNILKFIYLKFVSLPFNPINIHTSIKL HDFYDFLINDGEEDVKKEEEQKFNSEDMYMNSISPLKFLINPDNEAQRNNLINSVQKLNI HPDDHVLSNEHDYNTFSVNKKKRVSMGGLVPVFLNNNRRKRRRTSVGPYTSYDSLENNDN GSYCTVRNGVSTEHARMDDQTSTRVKYDLGGGEYESENIHVKDSNINDSINVTPKRNYDY AQPEERKESENFRNTYLSNYYIPHIDLLFIIVDLEVFHYFEKKEYKKIIFSVENTFKSII SKCDYNTKEYLRSSISYIYNFYQQVHLSDSKINIQSCTVIRHIFNLYIKSKVFYLSKKIK KKLAHYRSSYSNDGELKMGYNKIYDSLFSSEKWKNFFYIFYESDNLRQNKRMEIINNLLI VHINTLLFLIFYEYLSKYVTKKFIFFFRFFLFFFNKLCVAILSLVNSSNHLEIFNLFDWQ NIARENYAQDEEQLANKIRNAIRLVQNCSVYPQDEEIFPQKIYSKRGRHTNVNGRSNPIV MVDIDELLVTYIQLNFTFCRSCCFFIFFKNVCSQKYENILKENFTSTYFERFKNNRDLFD PIDAVKDEKTSRNDNNWGVSHTAEEFAPNEEPNVNDSFDDESDDNCRSDSSSSGLSQSSF TLIEYTDYSKNEDYIFLEFILEKIEEMDVDYYYSNVLNNCYYVIKIETLYNYIYKNEQLL RRFSFLNNVYYLYKLYYHMFVWSSNKSHVMDKKDVATEGINGEKKLSKLYNDIFYLFDVN RILGETFCSKYVHLIDQAGVSDFTPSGGTPDKIAKMSPPHGYANDYGATERRSVEESPYF LCDIYNFKLKLFHPLNFEKRHLAKGKKKNTFDNFLMVNKNYLLDLKHKYGKIKKYINNYM VYLYHIILHFYYNEYGIDREKLSFHYIVYSFQSAFDTLNSNILCSRHDTVCSSSVQGVGN EKGTPPYVPPFNIISKCELKKNILLIFDILNNIYDVYHGNIFENSKWADSIVTQIDTKLI GYLSEIYKIAYLYKMYHCCMCILVLCLLFTSKFWLIYVFNEKHPCGQQVGSCHTVGGHSE YYQPATRGKRKVGSKPKEKSVDKGTLLQNGANLGRGASRRGKPKEGSYESNEEMTGSPKG RRAYILTGIYDKILSKRNEVNTKEIYNDLHNYMQMLIVCTSIFYLSFLCIEKIQKNLQNI YLLNCANSLYNCYVQFYEYIEKFCKEHCEDKLYASSLFFDTFHLDLINLKLQAHVKAGRY KAEMRKMKKILCESSSRVSADSEGGVTTMPRSEHSRERNRSTWDKAQVDLFSNFPYLLYY NENASMECISDLRRTEKKYQNDGKNFFKNNICLYFNMVRYLYKKRSKYTGLLPFVNSYII SIVTLMKFTIGKYFSSFNVSFDFFSLKFEYPIKQFDMDMLTKVKKTDDEKENIKLTNKAI LMNLENLYCNMFLNKDMCYQIKFVYTYYKKISSIMYKMNNFVLSYYYLKRNILFVCDLIY LPDVVHNYLLLMNIILKSGRERIELLTQEEIFFENLNNQLSIYYKKNLDQDTDTETDANY AKDKTVKDVNDFKIYEDSDFCNIDYVKTPLNTYLTKRHIYEYRNMLNQFLAYLTFLMKNP DHSLILSTKRRREILHMLCLILFTKRRMNYFCCSKARPKKSKDVATNGKGTSCNHDNAKL SGKKCTNEKNENRSDQDRVMSQNVTKENPDNHKIKHFEKNFLICFNNCNEKKEETFFNFF LEKLFIISNIDTDVFDVELEDEEQVESLIKSQVLRDVSNLNFVHPGVVHSNDSFLNVGNE ISSEQENAAQNIERKTNQTNCIEEEIHLECHRSANSYYSFKINDISVLNYLYLNYNFEQN LTYTENYITNRFFIFNCRKMNIYFVKILLYYINLIFLKIKNIFCDDCVYTIKKQQFLNSS ANDCSRNIFFFLFINLFRFFNFSNRTLSELCANYFPGNKNYASCLDELYRSKKYGDLLME VYANDGKRIIEDTKTHNEEDKENNSDYNLANGLDKMLMINFFEIFLYPHKNCSLLEVLTV CYEFLINMKDDKWRKLRKRNKHKMYALLKTAVTEWQDRNNPSVFYFQIILVLLSLLLHYT CKGALVHEMRKVAQFFLDFVFFFIENIKNNLIILQIIEAYGEGHTDGCADNQTNDHTDGP VDGHTDRHTDRHTLGYPCARRTQVNLLKFYFRKLLSLLYLYTDELILYTIKNNIDQEISQ KNYYRKHAHENLNIETICNYEYICQSNLSELCFYWDYAIVSMSHDKSDLYISRCFKNFLF VLIRIIREETHNAGQFSGENEAATKGRRNYGDKNDKRRDSHIEEDKECFNFYSKINNLFS ILNDEDLCERLFIQWGKVSLSDSTIMGCLNKNANISTDDAHEVYAVKKGNLNHHSDGYNG APPSNIIKSENGHSRGETIIRENATHGKGKHSKVRNPTGKHFENDKMGFEQLHNPPTVNI FFTSMGKGGMEITNELGESNKITRDKSSYSSAPYLSNEKDQVTKDIQLVKFFSRLYKNAD RCIENKTSEYFHVEKIHLNIERFPIREKWNYIKKLEKILKQYQHMIKIMCEILHESKNVD RNKSNLKMFIDLWWNNRYTLEQHLKILNLDISNTLGFSIHKLMSIPLISLNIRTNIVLNN SANWRDDDQKEVCTRTDKDSTQVNSAYNTLSIVNNQKYYLSTNFDLFLVLYYYSHMLNII AWINKWGRYFVPSRYWDTVHFVNVLLNLTVFSIVLKNCNVQITHAKRKYLRWGGILDGHP SRMDKGESTLIGSNMPGDTANGVDSFSSRSVTKGRNDNRRASKSLIPFDKNVVTSYLPFI NKDIETILFLEERKKKNKRTSTEVGQPYLLDINPPNEGKKRTIVSSTHRWSVNLQEGINQ NDDCHSTYKSMHREGVEHVESISTVDNKYRIVIPKRESESAYPHNSHHHNNHNSHSHEKK GRRRTINVISEQTSNRVDSYCVDRCSIYKSEKQSRDEKKVNSTIYGYVSPLKTNIFEHIK NEDQSEILTKEGKRKRTTVAGTLNLDYVKKQENKDEKNKENIYLKYLDLKKKCDRGVLKC SFLKLRMYLYNILIDIFENNNIHPKNIFNLFNIITHSFIMDVIKCTMVDDELDHERLTYV KNVEHRRIRKTPVVVYIHNNLNRLPFENLEPLKDSYIVRGVHKAVTAYLYGRVMAKIKVE ESKVKRLSLSSTPQAEMDAAAAEEEEEGEMEVGKGTRQNDDESNNSDHQSDDSHMDEYIK QEYSKKWKIDNAKNVYQMNSSTHLTSVDLRCSHPTEWKRKNSDMPKSIIEHCNTTQLYNK NEENKNVSKKKGRNSLSYILTHHIEVSKNYEKNNDKYQHEFNTYQVKASNRHDDQGKVSS QENRQNALKSQRRNTLTPYGHETLNITGHLDDNYDTRIVQAKGKGRYSLVVSSEEAKDHL KKEHIHDKDNPGEGAQDTDTKEVRGKRQGKKSSRKSICIEHSFLNPFNNNNTKKGQVGMS FSGDHFNGKDSCRKKKGEKKLSNRSPEEKHQLRLSHSAKRRGSIKRINPNSSCPSYHSRS SCASSHPLSSESESESASSVELIQNEEELRKIFMSARKSMNMHNMMGSYKNEEYSFFRFK KKRKKSVSESEAYFDEEKKFSSSCVDDAKRDNKRRSYSADPDHHSKASKMKYVKYVPYYI KSSRLVDPKRSNIFFVINPNGDLKRTEDATYPFIYFKNKDKYKYKNWNGYFGKVPCEKTL LKHLCCDDLYVYCGHQGGEQYIKKDIIQNAILRYEDPLGEGEKVEEAKEGNPKKEQNRHG RIAKSNTRKTENKDPLFTQNKDKKRRNSCNWKAEKRILDKGMKRKSVGDIFNIHSTSESS DALCTQTEMEDNESNRVGDPYFSTNPNDGINSCVFLIGCSSGLLSSHGFDLDVWGTPYDY IVGGCVFVFGNLWNVTDGEVDGFTQNFFWKWTQPNSSSLFCSNYNYNSVQMEKVSTFCFR FFAKILRGVSEIHMREEDAEWDRNCWKDDDNDHKGSSDDLLIEVGDNFVTINFHTYTYLK KNYFFYKYFQKCYNCNIVLNQNLFSINQNRKYSWLSMTEALAEAKQFCRLPNTTGSAVVI YGLPL

    No Results
    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PKNH_1431100685 SIKILSQKDK0.994unspPKNH_1431100685 SIKILSQKDK0.994unspPKNH_1431100685 SIKILSQKDK0.994unspPKNH_1431100810 SVRRKSMYDF0.998unspPKNH_1431100852 STDETSSHET0.996unspPKNH_1431100858 SHETLSDENT0.993unspPKNH_1431100896 SRARASSSHA0.992unspPKNH_14311001285 SKKRVSMGGL0.997unspPKNH_14311001305 SRRRTSVGPY0.997unspPKNH_14311001314 STSYDSLENN0.995unspPKNH_14311001777 SNVNDSFDDE0.992unspPKNH_14311001973 STERRSVEES0.998unspPKNH_14311002267 SPKEGSYESN0.992unspPKNH_14311002419 SSSRVSADSE0.994unspPKNH_14311002435 SRSEHSRERN0.997unspPKNH_14311002441 SERNRSTWDK0.996unspPKNH_14311003111 SELYRSKKYG0.99unspPKNH_14311003460 SKRRDSHIEE0.998unspPKNH_14311003516 SNANISTDDA0.992unspPKNH_14311003554 SENGHSRGET0.994unspPKNH_14311003572 SKGKHSKVRN0.992unspPKNH_14311003627 STRDKSSYSS0.996unspPKNH_14311003628 SRDKSSYSSA0.994unspPKNH_14311003942 SNRRASKSLI0.996unspPKNH_14311003981 SNKRTSTEVG0.998unspPKNH_14311004058 SPKRESESAY0.996unspPKNH_14311004099 SNRVDSYCVD0.994unspPKNH_14311004114 SSEKQSRDEK0.993unspPKNH_14311004328 SVKRLSLSST0.997unspPKNH_14311004373 SQSDDSHMDE0.994unspPKNH_14311004427 SDMPKSIIEH0.991unspPKNH_14311004448 SNKNVSKKKG0.996unspPKNH_1431100287 SIESDSTEED0.998unspPKNH_14311004499 SQGKVSSQEN0.991unspPKNH_14311004552 SSLVVSSEEA0.995unspPKNH_14311004592 SQGKKSSRKS0.994unspPKNH_14311004596 SSSRKSICIE0.991unspPKNH_14311004645 SLSNRSPEEK0.997unspPKNH_14311004663 SKRRGSIKRI0.998unspPKNH_14311004689 SSHPLSSESE0.993unspPKNH_14311004690 SHPLSSESES0.995unspPKNH_14311004692 SLSSESESES0.995unspPKNH_14311004746 SKRKKSVSES0.998unspPKNH_1431100380 SDIGDSKKET0.998unspPKNH_14311004748 SKKSVSESEA0.998unspPKNH_14311004763 SKFSSSCVDD0.991unspPKNH_14311004776 SNKRRSYSAD0.997unspPKNH_14311004948 SKRRNSCNWK0.992unspPKNH_14311004966 SMKRKSVGDI0.998unsp

PK8_0870c      PKH_142900      



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