PcyM_0121000 | sentrin-specific protease 2, putative

  • Computed_GO_Component_IDs:        

  • Computed_GO_Components:        

  • Computed_GO_Function_IDs:  GO:0008234      

  • Computed_GO_Functions:  cysteine-type 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_0121000OTHER0.9999960.0000010.000003
No Results

  • Fasta :-

    >PcyM_0121000 MRNAEREGNEKSEPRDPGNCSSHGKEKKEKKEEEKKEEKAEGEKKKDARKKTQQCINELC EILSSDDSNEQIEQETDNFIIVELISYIGGNSRIITYYPSTRGSKSGQNKYLHHFYSKKR IKLYLCLHKRSNEIYIYEVESRKVRRRETPPGSSGAYGAPIPAVISAHGGEMSKASAFLH SEKVKSEPQCDTSPPTNDEHNPIVNESTSSCKEEPTHDCKPEKYKIKVEDKATEMLSENP NLREKTTKKMVVKKLFDSVHCSYDLSSIEFTKLNNSDDKTLNSLRSILEQKINKSERRIS DAGLSQGGTSLEESSQKGGIQKGDTQKGGLQNGDTQKGGLQINSCSVDTLSKGTPPSDPS CAKTDEAGKNGTRSSDNDNASDSQVKILFLLFREPADIYMNQFAAFDQGNDETCTKEING FLKDEQQHHLEQECAKAKRTNNYGSQIKQITHDQVPQSFIQSYESDVSIYSNDLYFSDTQ VVTRENQLDMNEKKKKKNPPVFTRRHLKIKWLLLNLNLTKDEEVVIQKYVLSKKANILRS NKSTDDSNDLHSSFYKTKKKSNGEQRKSRREESHLLKGDTSWNEKPYSTRSTRKGNSQPS QQNKKKSERSDSNEAHHTQLTMNDRDENYQSENTMKDKLKGEENKLIFTFKFEDDAVKTG QTEDLHHEHISVEDKISCQGGEINMGNQNDDAAEVDPTVHESDASVEPALYYHTDVHPTA QDSHSEFVSSARSSKGKVCLNDDASTCQEPTRASKVCSSYSYLDQGSQALYEPVTDDNEE ETQKGRKRKIDQVENANEMQPGGKKSLHVVSEREGYDDTFPEVRSGECEMVTSEVEAAID RCQVMDVSGASNEASNGKSNGASNGKSNGASNDTPNDASNDTPNDASNDTPNDASNDTPN DASNDTPNYVSNDTSNDSLASASGQNHSGNSNVSYISETDSRYRRCGDSVQEILPREEGH QPQSELPEGQQPQGELPEGQQLQGELPEGQQLQGCASEVMNGSITLQCDGFVGSFGGCPD GESCLKGDVCLADQEGVSGGSGVSGGSGGSGVSGDSPDEHPPRRHAERADETTQKGACNE GGEGDTGQDHQDEQEAIFFKYKVRNLFDIIKVICCNFTRQFKYSSKLKFYITTFLNFSKI EKTKLQFMQKERIVDTQLLKIYINKKTEDVNNAWKINTYKMDQHNLFRLDKFKYIDDSII DFFHNYIHSFVLKNDKEKKNDIYIFNTFFYKKIELYEDSCKAYMNTNRWIQKLDRKVYEY TYVFVPINISNTHWSLVLLYFPFNDKQGGAQEEKGEIKGEKKGEIKGEKGEEKGEKKGEK GGRKNSPKRCTPSGENLTKSSTPSECSQPRGEHPLPDHLHATFRSKSCESYFSKRRGALS ESSLPKNHSTLLRNYLQGQENLGHHHEKKEGHCCKNAKSSSDYGDYHTGAIPPKEDMTIL LRDTNKTGSTRTCNDTSSTVKNQHKNENVQVAYMIYLDSLFPSIRGNKILHKLKKYLEHM LQRDYASPAGSGAPGAVGAATAATENVTTSGIADATTNGTANPSTATPPRIFFKFVYPNV IPKQTNTYDCGIYIIQFVLHLCLNKHLVESELIKSCREQGKSSPADDRFRFSLHNHRRDA GGSYSRLCVRKAAPWFSPKDISLKRKQMKKMLLYMKNVVDWKSDRHVQTLNLLFLKSHSM ESRRAKVEDSST
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PcyM_0121000.fa Sequence name : PcyM_0121000 Sequence length : 1692 VALUES OF COMPUTED PARAMETERS Coef20 : 2.884 CoefTot : 0.142 ChDiff : -16 ZoneTo : 4 KR : 1 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.200 1.400 0.185 0.540 MesoH : -0.024 0.216 -0.185 0.241 MuHd_075 : 37.333 10.478 8.404 7.679 MuHd_095 : 23.655 12.570 5.995 4.227 MuHd_100 : 27.190 13.285 6.615 4.566 MuHd_105 : 32.175 13.569 7.074 6.247 Hmax_075 : -9.000 -8.400 -4.413 0.210 Hmax_095 : -15.600 -8.000 -6.289 -0.860 Hmax_100 : -13.500 -6.300 -5.141 -1.960 Hmax_105 : -10.200 -6.100 -5.166 0.100 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9619 0.0381 DFMC : 0.9488 0.0512
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1692 PcyM_0121000 MRNAEREGNEKSEPRDPGNCSSHGKEKKEKKEEEKKEEKAEGEKKKDARKKTQQCINELCEILSSDDSNEQIEQETDNFI 80 IVELISYIGGNSRIITYYPSTRGSKSGQNKYLHHFYSKKRIKLYLCLHKRSNEIYIYEVESRKVRRRETPPGSSGAYGAP 160 IPAVISAHGGEMSKASAFLHSEKVKSEPQCDTSPPTNDEHNPIVNESTSSCKEEPTHDCKPEKYKIKVEDKATEMLSENP 240 NLREKTTKKMVVKKLFDSVHCSYDLSSIEFTKLNNSDDKTLNSLRSILEQKINKSERRISDAGLSQGGTSLEESSQKGGI 320 QKGDTQKGGLQNGDTQKGGLQINSCSVDTLSKGTPPSDPSCAKTDEAGKNGTRSSDNDNASDSQVKILFLLFREPADIYM 400 NQFAAFDQGNDETCTKEINGFLKDEQQHHLEQECAKAKRTNNYGSQIKQITHDQVPQSFIQSYESDVSIYSNDLYFSDTQ 480 VVTRENQLDMNEKKKKKNPPVFTRRHLKIKWLLLNLNLTKDEEVVIQKYVLSKKANILRSNKSTDDSNDLHSSFYKTKKK 560 SNGEQRKSRREESHLLKGDTSWNEKPYSTRSTRKGNSQPSQQNKKKSERSDSNEAHHTQLTMNDRDENYQSENTMKDKLK 640 GEENKLIFTFKFEDDAVKTGQTEDLHHEHISVEDKISCQGGEINMGNQNDDAAEVDPTVHESDASVEPALYYHTDVHPTA 720 QDSHSEFVSSARSSKGKVCLNDDASTCQEPTRASKVCSSYSYLDQGSQALYEPVTDDNEEETQKGRKRKIDQVENANEMQ 800 PGGKKSLHVVSEREGYDDTFPEVRSGECEMVTSEVEAAIDRCQVMDVSGASNEASNGKSNGASNGKSNGASNDTPNDASN 880 DTPNDASNDTPNDASNDTPNDASNDTPNYVSNDTSNDSLASASGQNHSGNSNVSYISETDSRYRRCGDSVQEILPREEGH 960 QPQSELPEGQQPQGELPEGQQLQGELPEGQQLQGCASEVMNGSITLQCDGFVGSFGGCPDGESCLKGDVCLADQEGVSGG 1040 SGVSGGSGGSGVSGDSPDEHPPRRHAERADETTQKGACNEGGEGDTGQDHQDEQEAIFFKYKVRNLFDIIKVICCNFTRQ 1120 FKYSSKLKFYITTFLNFSKIEKTKLQFMQKERIVDTQLLKIYINKKTEDVNNAWKINTYKMDQHNLFRLDKFKYIDDSII 1200 DFFHNYIHSFVLKNDKEKKNDIYIFNTFFYKKIELYEDSCKAYMNTNRWIQKLDRKVYEYTYVFVPINISNTHWSLVLLY 1280 FPFNDKQGGAQEEKGEIKGEKKGEIKGEKGEEKGEKKGEKGGRKNSPKRCTPSGENLTKSSTPSECSQPRGEHPLPDHLH 1360 ATFRSKSCESYFSKRRGALSESSLPKNHSTLLRNYLQGQENLGHHHEKKEGHCCKNAKSSSDYGDYHTGAIPPKEDMTIL 1440 LRDTNKTGSTRTCNDTSSTVKNQHKNENVQVAYMIYLDSLFPSIRGNKILHKLKKYLEHMLQRDYASPAGSGAPGAVGAA 1520 TAATENVTTSGIADATTNGTANPSTATPPRIFFKFVYPNVIPKQTNTYDCGIYIIQFVLHLCLNKHLVESELIKSCREQG 1600 KSSPADDRFRFSLHNHRRDAGGSYSRLCVRKAAPWFSPKDISLKRKQMKKMLLYMKNVVDWKSDRHVQTLNLLFLKSHSM 1680 ESRRAKVEDSST 1760 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................P............... 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 ................................................................................ 1360 ................................................................................ 1440 ................................................................................ 1520 ................................................................................ 1600 .................P.............................................................. 1680 ............ 1760 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 2 Name Pos Context Score Pred ____________________________v_________________ PcyM_0121000 2 -----MR|NA 0.131 . PcyM_0121000 6 -MRNAER|EG 0.070 . PcyM_0121000 11 EREGNEK|SE 0.067 . PcyM_0121000 15 NEKSEPR|DP 0.113 . PcyM_0121000 25 NCSSHGK|EK 0.074 . PcyM_0121000 27 SSHGKEK|KE 0.076 . PcyM_0121000 28 SHGKEKK|EK 0.135 . PcyM_0121000 30 GKEKKEK|KE 0.072 . PcyM_0121000 31 KEKKEKK|EE 0.142 . PcyM_0121000 35 EKKEEEK|KE 0.072 . PcyM_0121000 36 KKEEEKK|EE 0.088 . PcyM_0121000 39 EEKKEEK|AE 0.065 . PcyM_0121000 44 EKAEGEK|KK 0.060 . PcyM_0121000 45 KAEGEKK|KD 0.093 . PcyM_0121000 46 AEGEKKK|DA 0.285 . PcyM_0121000 49 EKKKDAR|KK 0.139 . PcyM_0121000 50 KKKDARK|KT 0.100 . PcyM_0121000 51 KKDARKK|TQ 0.106 . PcyM_0121000 93 YIGGNSR|II 0.089 . PcyM_0121000 102 TYYPSTR|GS 0.103 . PcyM_0121000 105 PSTRGSK|SG 0.129 . PcyM_0121000 110 SKSGQNK|YL 0.092 . PcyM_0121000 118 LHHFYSK|KR 0.059 . PcyM_0121000 119 HHFYSKK|RI 0.094 . PcyM_0121000 120 HFYSKKR|IK 0.123 . PcyM_0121000 122 YSKKRIK|LY 0.057 . PcyM_0121000 129 LYLCLHK|RS 0.057 . PcyM_0121000 130 YLCLHKR|SN 0.311 . PcyM_0121000 142 IYEVESR|KV 0.110 . PcyM_0121000 143 YEVESRK|VR 0.067 . PcyM_0121000 145 VESRKVR|RR 0.242 . PcyM_0121000 146 ESRKVRR|RE 0.154 . PcyM_0121000 147 SRKVRRR|ET 0.236 . PcyM_0121000 174 HGGEMSK|AS 0.055 . PcyM_0121000 183 AFLHSEK|VK 0.060 . PcyM_0121000 185 LHSEKVK|SE 0.101 . PcyM_0121000 212 ESTSSCK|EE 0.058 . PcyM_0121000 220 EPTHDCK|PE 0.062 . PcyM_0121000 223 HDCKPEK|YK 0.089 . PcyM_0121000 225 CKPEKYK|IK 0.064 . PcyM_0121000 227 PEKYKIK|VE 0.075 . PcyM_0121000 231 KIKVEDK|AT 0.066 . PcyM_0121000 243 SENPNLR|EK 0.092 . PcyM_0121000 245 NPNLREK|TT 0.065 . PcyM_0121000 248 LREKTTK|KM 0.065 . PcyM_0121000 249 REKTTKK|MV 0.198 . PcyM_0121000 253 TKKMVVK|KL 0.090 . PcyM_0121000 254 KKMVVKK|LF 0.145 . PcyM_0121000 272 SSIEFTK|LN 0.066 . PcyM_0121000 279 LNNSDDK|TL 0.065 . PcyM_0121000 285 KTLNSLR|SI 0.108 . PcyM_0121000 291 RSILEQK|IN 0.062 . PcyM_0121000 294 LEQKINK|SE 0.073 . PcyM_0121000 297 KINKSER|RI 0.177 . PcyM_0121000 298 INKSERR|IS 0.262 . PcyM_0121000 317 LEESSQK|GG 0.077 . PcyM_0121000 322 QKGGIQK|GD 0.077 . PcyM_0121000 327 QKGDTQK|GG 0.073 . PcyM_0121000 337 QNGDTQK|GG 0.067 . PcyM_0121000 352 SVDTLSK|GT 0.062 . PcyM_0121000 363 SDPSCAK|TD 0.075 . PcyM_0121000 369 KTDEAGK|NG 0.054 . PcyM_0121000 373 AGKNGTR|SS 0.095 . PcyM_0121000 386 ASDSQVK|IL 0.061 . PcyM_0121000 393 ILFLLFR|EP 0.089 . PcyM_0121000 416 NDETCTK|EI 0.067 . PcyM_0121000 423 EINGFLK|DE 0.074 . PcyM_0121000 436 LEQECAK|AK 0.075 . PcyM_0121000 438 QECAKAK|RT 0.074 . PcyM_0121000 439 ECAKAKR|TN 0.166 . PcyM_0121000 448 NYGSQIK|QI 0.064 . PcyM_0121000 484 DTQVVTR|EN 0.084 . PcyM_0121000 493 QLDMNEK|KK 0.061 . PcyM_0121000 494 LDMNEKK|KK 0.083 . PcyM_0121000 495 DMNEKKK|KK 0.110 . PcyM_0121000 496 MNEKKKK|KN 0.129 . PcyM_0121000 497 NEKKKKK|NP 0.084 . PcyM_0121000 504 NPPVFTR|RH 0.084 . PcyM_0121000 505 PPVFTRR|HL 0.143 . PcyM_0121000 508 FTRRHLK|IK 0.116 . PcyM_0121000 510 RRHLKIK|WL 0.078 . PcyM_0121000 520 LNLNLTK|DE 0.069 . PcyM_0121000 528 EEVVIQK|YV 0.069 . PcyM_0121000 533 QKYVLSK|KA 0.071 . PcyM_0121000 534 KYVLSKK|AN 0.074 . PcyM_0121000 539 KKANILR|SN 0.122 . PcyM_0121000 542 NILRSNK|ST 0.261 . PcyM_0121000 556 LHSSFYK|TK 0.073 . PcyM_0121000 558 SSFYKTK|KK 0.087 . PcyM_0121000 559 SFYKTKK|KS 0.111 . PcyM_0121000 560 FYKTKKK|SN 0.239 . PcyM_0121000 566 KSNGEQR|KS 0.130 . PcyM_0121000 567 SNGEQRK|SR 0.131 . PcyM_0121000 569 GEQRKSR|RE 0.250 . PcyM_0121000 570 EQRKSRR|EE 0.177 . PcyM_0121000 577 EESHLLK|GD 0.064 . PcyM_0121000 585 DTSWNEK|PY 0.064 . PcyM_0121000 590 EKPYSTR|ST 0.185 . PcyM_0121000 593 YSTRSTR|KG 0.209 . PcyM_0121000 594 STRSTRK|GN 0.107 . PcyM_0121000 604 QPSQQNK|KK 0.078 . PcyM_0121000 605 PSQQNKK|KS 0.106 . PcyM_0121000 606 SQQNKKK|SE 0.148 . PcyM_0121000 609 NKKKSER|SD 0.183 . PcyM_0121000 625 QLTMNDR|DE 0.083 . PcyM_0121000 636 QSENTMK|DK 0.094 . PcyM_0121000 638 ENTMKDK|LK 0.072 . PcyM_0121000 640 TMKDKLK|GE 0.081 . PcyM_0121000 645 LKGEENK|LI 0.067 . PcyM_0121000 651 KLIFTFK|FE 0.099 . PcyM_0121000 658 FEDDAVK|TG 0.058 . PcyM_0121000 675 HISVEDK|IS 0.090 . PcyM_0121000 732 EFVSSAR|SS 0.125 . PcyM_0121000 735 SSARSSK|GK 0.149 . PcyM_0121000 737 ARSSKGK|VC 0.072 . PcyM_0121000 752 TCQEPTR|AS 0.087 . PcyM_0121000 755 EPTRASK|VC 0.087 . PcyM_0121000 784 NEEETQK|GR 0.064 . PcyM_0121000 786 EETQKGR|KR 0.070 . PcyM_0121000 787 ETQKGRK|RK 0.080 . PcyM_0121000 788 TQKGRKR|KI 0.411 . PcyM_0121000 789 QKGRKRK|ID 0.326 . PcyM_0121000 804 EMQPGGK|KS 0.059 . PcyM_0121000 805 MQPGGKK|SL 0.120 . PcyM_0121000 813 LHVVSER|EG 0.080 . PcyM_0121000 824 DTFPEVR|SG 0.113 . PcyM_0121000 841 VEAAIDR|CQ 0.069 . PcyM_0121000 858 NEASNGK|SN 0.104 . PcyM_0121000 866 NGASNGK|SN 0.108 . PcyM_0121000 942 ISETDSR|YR 0.084 . PcyM_0121000 944 ETDSRYR|RC 0.090 . PcyM_0121000 945 TDSRYRR|CG 0.654 *ProP* PcyM_0121000 956 VQEILPR|EE 0.099 . PcyM_0121000 1026 DGESCLK|GD 0.055 . PcyM_0121000 1063 PDEHPPR|RH 0.076 . PcyM_0121000 1064 DEHPPRR|HA 0.255 . PcyM_0121000 1068 PRRHAER|AD 0.163 . PcyM_0121000 1075 ADETTQK|GA 0.080 . PcyM_0121000 1100 QEAIFFK|YK 0.074 . PcyM_0121000 1102 AIFFKYK|VR 0.056 . PcyM_0121000 1104 FFKYKVR|NL 0.118 . PcyM_0121000 1111 NLFDIIK|VI 0.059 . PcyM_0121000 1119 ICCNFTR|QF 0.079 . PcyM_0121000 1122 NFTRQFK|YS 0.131 . PcyM_0121000 1126 QFKYSSK|LK 0.062 . PcyM_0121000 1128 KYSSKLK|FY 0.081 . PcyM_0121000 1139 TFLNFSK|IE 0.064 . PcyM_0121000 1142 NFSKIEK|TK 0.059 . PcyM_0121000 1144 SKIEKTK|LQ 0.068 . PcyM_0121000 1150 KLQFMQK|ER 0.058 . PcyM_0121000 1152 QFMQKER|IV 0.176 . PcyM_0121000 1160 VDTQLLK|IY 0.054 . PcyM_0121000 1165 LKIYINK|KT 0.080 . PcyM_0121000 1166 KIYINKK|TE 0.086 . PcyM_0121000 1175 DVNNAWK|IN 0.067 . PcyM_0121000 1180 WKINTYK|MD 0.070 . PcyM_0121000 1188 DQHNLFR|LD 0.071 . PcyM_0121000 1191 NLFRLDK|FK 0.111 . PcyM_0121000 1193 FRLDKFK|YI 0.101 . PcyM_0121000 1213 IHSFVLK|ND 0.070 . PcyM_0121000 1216 FVLKNDK|EK 0.053 . PcyM_0121000 1218 LKNDKEK|KN 0.079 . PcyM_0121000 1219 KNDKEKK|ND 0.126 . PcyM_0121000 1231 FNTFFYK|KI 0.071 . PcyM_0121000 1232 NTFFYKK|IE 0.073 . PcyM_0121000 1241 LYEDSCK|AY 0.063 . PcyM_0121000 1248 AYMNTNR|WI 0.095 . PcyM_0121000 1252 TNRWIQK|LD 0.070 . PcyM_0121000 1255 WIQKLDR|KV 0.114 . PcyM_0121000 1256 IQKLDRK|VY 0.071 . PcyM_0121000 1286 YFPFNDK|QG 0.064 . PcyM_0121000 1294 GGAQEEK|GE 0.074 . PcyM_0121000 1298 EEKGEIK|GE 0.067 . PcyM_0121000 1301 GEIKGEK|KG 0.067 . PcyM_0121000 1302 EIKGEKK|GE 0.127 . PcyM_0121000 1306 EKKGEIK|GE 0.068 . PcyM_0121000 1309 GEIKGEK|GE 0.077 . PcyM_0121000 1313 GEKGEEK|GE 0.081 . PcyM_0121000 1316 GEEKGEK|KG 0.071 . PcyM_0121000 1317 EEKGEKK|GE 0.104 . PcyM_0121000 1320 GEKKGEK|GG 0.063 . PcyM_0121000 1323 KGEKGGR|KN 0.128 . PcyM_0121000 1324 GEKGGRK|NS 0.066 . PcyM_0121000 1328 GRKNSPK|RC 0.084 . PcyM_0121000 1329 RKNSPKR|CT 0.313 . PcyM_0121000 1339 SGENLTK|SS 0.105 . PcyM_0121000 1350 SECSQPR|GE 0.119 . PcyM_0121000 1364 HLHATFR|SK 0.163 . PcyM_0121000 1366 HATFRSK|SC 0.083 . PcyM_0121000 1374 CESYFSK|RR 0.071 . PcyM_0121000 1375 ESYFSKR|RG 0.153 . PcyM_0121000 1376 SYFSKRR|GA 0.130 . PcyM_0121000 1386 SESSLPK|NH 0.082 . PcyM_0121000 1393 NHSTLLR|NY 0.123 . PcyM_0121000 1408 LGHHHEK|KE 0.084 . PcyM_0121000 1409 GHHHEKK|EG 0.123 . PcyM_0121000 1415 KEGHCCK|NA 0.071 . PcyM_0121000 1418 HCCKNAK|SS 0.131 . PcyM_0121000 1434 TGAIPPK|ED 0.073 . PcyM_0121000 1442 DMTILLR|DT 0.090 . PcyM_0121000 1446 LLRDTNK|TG 0.066 . PcyM_0121000 1451 NKTGSTR|TC 0.081 . PcyM_0121000 1461 DTSSTVK|NQ 0.071 . PcyM_0121000 1465 TVKNQHK|NE 0.067 . PcyM_0121000 1485 SLFPSIR|GN 0.087 . PcyM_0121000 1488 PSIRGNK|IL 0.117 . PcyM_0121000 1492 GNKILHK|LK 0.067 . PcyM_0121000 1494 KILHKLK|KY 0.060 . PcyM_0121000 1495 ILHKLKK|YL 0.198 . PcyM_0121000 1503 LEHMLQR|DY 0.096 . PcyM_0121000 1550 STATPPR|IF 0.100 . PcyM_0121000 1554 PPRIFFK|FV 0.112 . PcyM_0121000 1563 YPNVIPK|QT 0.083 . PcyM_0121000 1585 LHLCLNK|HL 0.060 . PcyM_0121000 1594 VESELIK|SC 0.098 . PcyM_0121000 1597 ELIKSCR|EQ 0.120 . PcyM_0121000 1601 SCREQGK|SS 0.087 . PcyM_0121000 1608 SSPADDR|FR 0.086 . PcyM_0121000 1610 PADDRFR|FS 0.078 . PcyM_0121000 1617 FSLHNHR|RD 0.068 . PcyM_0121000 1618 SLHNHRR|DA 0.539 *ProP* PcyM_0121000 1626 AGGSYSR|LC 0.063 . PcyM_0121000 1630 YSRLCVR|KA 0.091 . PcyM_0121000 1631 SRLCVRK|AA 0.098 . PcyM_0121000 1639 APWFSPK|DI 0.105 . PcyM_0121000 1644 PKDISLK|RK 0.057 . PcyM_0121000 1645 KDISLKR|KQ 0.149 . PcyM_0121000 1646 DISLKRK|QM 0.120 . PcyM_0121000 1649 LKRKQMK|KM 0.071 . PcyM_0121000 1650 KRKQMKK|ML 0.107 . PcyM_0121000 1656 KMLLYMK|NV 0.065 . PcyM_0121000 1662 KNVVDWK|SD 0.090 . PcyM_0121000 1665 VDWKSDR|HV 0.124 . PcyM_0121000 1676 LNLLFLK|SH 0.070 . PcyM_0121000 1683 SHSMESR|RA 0.122 . PcyM_0121000 1684 HSMESRR|AK 0.130 . PcyM_0121000 1686 MESRRAK|VE 0.208 . ____________________________^_________________

  • Fasta :-

    >PcyM_0121000 ATGAGAAACGCCGAGCGGGAAGGCAACGAGAAAAGCGAACCCAGAGACCCAGGCAACTGC AGCTCGCACGGGAAGGAGAAGAAGGAGAAGAAGGAGGAGGAGAAAAAGGAGGAGAAGGCG GAGGGGGAGAAGAAGAAGGACGCGCGAAAGAAAACCCAACAATGCATAAATGAACTGTGC GAAATCCTCTCCTCCGATGACAGCAACGAACAAATTGAACAAGAAACGGACAATTTTATT ATCGTAGAGCTCATTTCATACATAGGTGGAAACTCCAGAATTATCACCTACTACCCGAGT ACCCGTGGGAGCAAATCCGGACAGAACAAGTACCTCCACCACTTTTACAGCAAAAAGAGG ATCAAGCTGTATTTGTGCCTCCACAAAAGGAGCAACGAGATTTATATATACGAGGTCGAG TCTAGGAAGGTCAGGAGGAGGGAGACACCCCCAGGCAGTAGTGGTGCTTATGGAGCTCCC ATTCCAGCTGTCATCTCTGCCCATGGAGGGGAGATGAGCAAAGCGAGTGCATTCCTTCAC AGCGAAAAAGTTAAAAGTGAGCCACAATGCGATACATCCCCACCTACCAATGACGAGCAT AACCCCATCGTCAACGAATCCACCTCGTCCTGCAAGGAAGAACCAACTCATGACTGCAAA CCAGAGAAGTACAAAATAAAAGTGGAAGATAAAGCAACAGAAATGCTGAGTGAAAACCCT AACTTGAGAGAAAAAACAACCAAAAAAATGGTTGTCAAAAAACTTTTTGATAGCGTACAC TGCAGCTACGATTTGTCCTCCATTGAATTTACAAAATTGAATAACTCAGATGATAAAACT TTAAATTCTTTGAGAAGCATTTTGGAACAAAAGATTAACAAAAGTGAGAGGAGGATCTCC GATGCGGGGCTTTCCCAGGGGGGGACCTCACTGGAGGAGAGCTCCCAAAAAGGGGGCATC CAAAAAGGGGACACACAAAAAGGGGGCCTCCAAAATGGGGACACCCAAAAAGGGGGCCTC CAAATTAACAGTTGCAGTGTTGATACTCTTTCGAAGGGCACTCCGCCTAGTGACCCTTCC TGCGCAAAAACAGACGAGGCGGGAAAAAATGGGACCCGTTCAAGCGATAACGATAATGCA AGTGACAGCCAAGTTAAAATTCTCTTTCTCCTTTTTCGCGAGCCAGCAGATATATACATG AACCAGTTTGCGGCTTTCGACCAAGGCAACGACGAAACGTGCACGAAGGAAATAAACGGG TTCTTGAAGGACGAGCAGCAGCACCACCTCGAGCAGGAGTGCGCAAAAGCTAAACGGACA AACAACTACGGATCACAAATCAAACAAATCACACACGACCAAGTTCCACAAAGCTTCATA CAGAGTTACGAAAGTGACGTAAGCATCTACAGCAACGATCTCTACTTCAGCGACACGCAA GTAGTAACCAGAGAAAACCAACTCGACATGAATGAGAAGAAAAAAAAAAAAAACCCTCCA GTGTTCACTCGAAGACATTTAAAAATTAAGTGGCTTCTACTCAACTTGAATTTAACAAAA GATGAAGAAGTAGTCATACAAAAATACGTACTCTCCAAGAAGGCCAACATTCTGAGGTCC AACAAGTCTACCGACGATTCGAACGACCTGCACTCCAGTTTTTACAAAACGAAGAAAAAA TCTAACGGAGAGCAAAGAAAATCACGTAGAGAAGAATCTCATTTGCTTAAGGGAGACACC AGTTGGAATGAGAAACCCTACTCCACGCGTAGTACCCGAAAGGGGAACTCACAACCCAGT CAACAAAACAAAAAAAAGTCAGAAAGAAGTGACAGCAATGAAGCACACCATACTCAACTA ACCATGAATGATCGAGATGAAAACTACCAAAGTGAAAACACTATGAAGGACAAACTAAAG GGGGAAGAAAACAAATTAATATTTACGTTTAAGTTCGAAGATGACGCGGTGAAGACAGGA CAGACGGAAGACCTTCACCATGAGCATATCTCAGTGGAGGATAAAATATCGTGCCAGGGG GGGGAGATAAATATGGGCAACCAAAACGATGATGCTGCAGAGGTTGATCCTACAGTGCAC GAATCGGATGCCTCTGTTGAGCCAGCTTTATACTACCACACTGATGTTCATCCCACTGCT CAAGATTCACACAGCGAATTTGTTTCCAGCGCCAGGTCCTCGAAGGGTAAGGTCTGCCTC AACGACGACGCCAGCACCTGTCAGGAACCGACCCGCGCCTCCAAAGTATGTTCATCCTAC TCCTATCTGGACCAAGGCTCTCAAGCATTATACGAACCGGTTACCGACGATAACGAGGAA GAGACTCAAAAGGGCAGAAAAAGAAAGATAGATCAAGTCGAAAATGCTAACGAGATGCAA CCTGGGGGGAAAAAAAGTTTGCACGTTGTGTCGGAGAGGGAAGGATACGATGATACCTTT CCTGAGGTTCGAAGTGGCGAATGTGAAATGGTCACCTCCGAGGTGGAAGCAGCCATCGAC AGGTGTCAAGTGATGGACGTGAGCGGTGCGTCAAACGAGGCGTCAAACGGGAAGTCAAAC GGGGCGTCAAACGGGAAGTCAAACGGGGCGTCAAACGATACTCCAAATGACGCATCGAAC GATACTCCGAACGATGCATCGAACGATACTCCAAATGACGCATCGAACGATACTCCAAAC GATGCATCGAACGATACGCCAAACTATGTATCGAACGACACTTCGAACGACTCCCTCGCG AGTGCCTCCGGACAAAACCACTCGGGAAACTCCAACGTCAGCTACATCTCCGAGACGGAC TCCAGGTACAGGCGGTGTGGAGACTCAGTGCAGGAGATCCTCCCCAGGGAGGAGGGCCAT CAACCGCAGAGTGAACTTCCAGAGGGCCAACAACCGCAGGGTGAACTTCCAGAGGGCCAA CAACTGCAGGGTGAACTTCCAGAGGGCCAACAACTGCAGGGCTGCGCGAGCGAAGTGATG AACGGCTCCATAACGCTGCAGTGCGATGGGTTTGTCGGCAGCTTTGGCGGCTGCCCCGAC GGGGAGAGCTGTCTCAAGGGGGATGTTTGCCTCGCCGACCAGGAGGGGGTTAGCGGCGGG AGTGGAGTAAGTGGCGGGAGCGGCGGGAGTGGTGTAAGTGGGGACAGCCCCGATGAGCAC CCCCCTCGGCGGCACGCGGAAAGAGCAGACGAGACCACCCAGAAGGGAGCATGCAATGAA GGTGGCGAAGGGGATACCGGCCAAGATCACCAGGACGAGCAAGAAGCGATCTTCTTCAAA TACAAAGTGAGAAACCTGTTCGATATCATCAAAGTCATATGTTGTAACTTCACGAGACAG TTCAAGTACAGCAGCAAGCTAAAGTTCTACATAACGACATTTTTAAATTTCTCCAAAATT GAAAAAACCAAACTGCAGTTTATGCAGAAGGAGAGAATAGTAGACACTCAACTACTCAAA ATCTACATTAACAAAAAAACGGAAGACGTTAATAACGCATGGAAAATCAACACCTACAAA ATGGACCAACACAATCTGTTTCGTTTGGATAAATTTAAATACATTGATGATTCAATTATC GATTTTTTTCATAACTATATCCATTCCTTTGTTCTAAAAAATGACAAGGAGAAAAAAAAC GACATTTACATTTTTAACACTTTTTTTTATAAAAAAATCGAATTGTATGAAGATTCGTGT AAGGCATATATGAATACCAATAGGTGGATTCAGAAGCTGGATAGGAAGGTCTATGAGTAT ACCTATGTGTTTGTTCCCATCAACATCAGCAACACGCACTGGTCCCTCGTGCTGCTCTAC TTCCCCTTTAACGACAAGCAGGGGGGGGCACAAGAAGAAAAGGGTGAAATAAAAGGAGAA AAAAAAGGAGAAATAAAAGGAGAAAAAGGAGAAGAAAAAGGAGAAAAAAAAGGAGAAAAA GGAGGAAGAAAAAACTCCCCGAAGAGATGCACCCCCAGTGGAGAAAATCTCACGAAGAGC AGCACACCCAGTGAGTGCAGCCAACCCAGGGGAGAACACCCGCTCCCAGACCATTTACAT GCAACGTTTAGGAGCAAATCCTGCGAGTCGTACTTTTCCAAAAGGAGAGGGGCCCTCTCT GAATCGAGTCTGCCAAAGAACCACAGCACTCTTTTGAGGAATTATTTGCAAGGACAAGAA AACCTGGGTCATCACCATGAGAAGAAAGAAGGACACTGCTGCAAGAATGCAAAAAGTTCA AGTGATTATGGGGACTACCACACAGGGGCAATCCCCCCAAAGGAAGATATGACGATCCTT TTGAGAGACACGAATAAAACGGGTTCTACCAGAACCTGCAACGATACTTCAAGCACAGTG AAGAATCAACACAAAAATGAAAACGTTCAAGTGGCCTACATGATTTACCTCGACTCGCTC TTCCCTTCCATCAGGGGAAATAAAATTTTGCACAAGTTGAAGAAGTACCTGGAGCATATG CTGCAGCGGGACTACGCATCTCCCGCGGGGAGCGGAGCACCCGGGGCAGTAGGGGCAGCC ACCGCCGCTACCGAGAACGTTACCACGAGCGGTATTGCGGACGCTACCACGAACGGTACT GCGAACCCGTCTACTGCCACCCCCCCGCGGATTTTCTTCAAATTTGTGTACCCGAACGTT ATCCCCAAGCAAACCAACACGTACGACTGCGGCATTTACATCATCCAATTCGTTTTGCAT TTGTGTCTAAACAAGCACCTGGTCGAAAGCGAGTTGATCAAGTCGTGTCGGGAGCAGGGG AAGAGCAGTCCTGCCGATGACCGCTTCCGCTTCAGCCTTCACAACCACAGGCGCGATGCC GGGGGCTCCTACTCGAGGCTATGTGTGAGAAAGGCCGCCCCGTGGTTCTCCCCCAAGGAT ATCAGCTTGAAGCGCAAGCAAATGAAGAAGATGCTCCTCTACATGAAGAATGTGGTCGAT TGGAAGTCGGACAGACATGTCCAAACTCTCAATTTGCTTTTTTTGAAGAGTCACAGTATG GAGAGTAGGAGGGCCAAAGTGGAAGACTCCTCTACGTGA
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    MRNAEREGNEKSEPRDPGNCSSHGKEKKEKKEEEKKEEKAEGEKKKDARKKTQQCINELC EILSSDDSNEQIEQETDNFIIVELISYIGGNSRIITYYPSTRGSKSGQNKYLHHFYSKKR IKLYLCLHKRSNEIYIYEVESRKVRRRETPPGSSGAYGAPIPAVISAHGGEMSKASAFLH SEKVKSEPQCDTSPPTNDEHNPIVNESTSSCKEEPTHDCKPEKYKIKVEDKATEMLSENP NLREKTTKKMVVKKLFDSVHCSYDLSSIEFTKLNNSDDKTLNSLRSILEQKINKSERRIS DAGLSQGGTSLEESSQKGGIQKGDTQKGGLQNGDTQKGGLQINSCSVDTLSKGTPPSDPS CAKTDEAGKNGTRSSDNDNASDSQVKILFLLFREPADIYMNQFAAFDQGNDETCTKEING FLKDEQQHHLEQECAKAKRTNNYGSQIKQITHDQVPQSFIQSYESDVSIYSNDLYFSDTQ VVTRENQLDMNEKKKKKNPPVFTRRHLKIKWLLLNLNLTKDEEVVIQKYVLSKKANILRS NKSTDDSNDLHSSFYKTKKKSNGEQRKSRREESHLLKGDTSWNEKPYSTRSTRKGNSQPS QQNKKKSERSDSNEAHHTQLTMNDRDENYQSENTMKDKLKGEENKLIFTFKFEDDAVKTG QTEDLHHEHISVEDKISCQGGEINMGNQNDDAAEVDPTVHESDASVEPALYYHTDVHPTA QDSHSEFVSSARSSKGKVCLNDDASTCQEPTRASKVCSSYSYLDQGSQALYEPVTDDNEE ETQKGRKRKIDQVENANEMQPGGKKSLHVVSEREGYDDTFPEVRSGECEMVTSEVEAAID RCQVMDVSGASNEASNGKSNGASNGKSNGASNDTPNDASNDTPNDASNDTPNDASNDTPN DASNDTPNYVSNDTSNDSLASASGQNHSGNSNVSYISETDSRYRRCGDSVQEILPREEGH QPQSELPEGQQPQGELPEGQQLQGELPEGQQLQGCASEVMNGSITLQCDGFVGSFGGCPD GESCLKGDVCLADQEGVSGGSGVSGGSGGSGVSGDSPDEHPPRRHAERADETTQKGACNE GGEGDTGQDHQDEQEAIFFKYKVRNLFDIIKVICCNFTRQFKYSSKLKFYITTFLNFSKI EKTKLQFMQKERIVDTQLLKIYINKKTEDVNNAWKINTYKMDQHNLFRLDKFKYIDDSII DFFHNYIHSFVLKNDKEKKNDIYIFNTFFYKKIELYEDSCKAYMNTNRWIQKLDRKVYEY TYVFVPINISNTHWSLVLLYFPFNDKQGGAQEEKGEIKGEKKGEIKGEKGEEKGEKKGEK GGRKNSPKRCTPSGENLTKSSTPSECSQPRGEHPLPDHLHATFRSKSCESYFSKRRGALS ESSLPKNHSTLLRNYLQGQENLGHHHEKKEGHCCKNAKSSSDYGDYHTGAIPPKEDMTIL LRDTNKTGSTRTCNDTSSTVKNQHKNENVQVAYMIYLDSLFPSIRGNKILHKLKKYLEHM LQRDYASPAGSGAPGAVGAATAATENVTTSGIADATTNGTANPSTATPPRIFFKFVYPNV IPKQTNTYDCGIYIIQFVLHLCLNKHLVESELIKSCREQGKSSPADDRFRFSLHNHRRDA GGSYSRLCVRKAAPWFSPKDISLKRKQMKKMLLYMKNVVDWKSDRHVQTLNLLFLKSHSM ESRRAKVEDSST

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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PcyM_0121000267 SYDLSSIEFT0.991unspPcyM_0121000267 SYDLSSIEFT0.991unspPcyM_0121000267 SYDLSSIEFT0.991unspPcyM_0121000300 SERRISDAGL0.994unspPcyM_0121000310 SQGGTSLEES0.997unspPcyM_0121000375 SGTRSSDNDN0.992unspPcyM_0121000561 STKKKSNGEQ0.997unspPcyM_0121000568 SEQRKSRREE0.998unspPcyM_0121000588 SEKPYSTRST0.994unspPcyM_0121000607 SNKKKSERSD0.993unspPcyM_0121000612 SERSDSNEAH0.996unspPcyM_0121000723 STAQDSHSEF0.991unspPcyM_0121000733 SSSARSSKGK0.991unspPcyM_0121000811 SLHVVSEREG0.994unspPcyM_0121000937 SVSYISETDS0.995unspPcyM_01210001056 SVSGDSPDEH0.997unspPcyM_01210001198 SYIDDSIIDF0.993unspPcyM_01210001326 SGRKNSPKRC0.997unspPcyM_01210001367 SFRSKSCESY0.995unspPcyM_01210001603 SQGKSSPADD0.997unspPcyM_01210001612 SRFRFSLHNH0.993unspPcyM_01210001637 SAPWFSPKDI0.996unspPcyM_01210001679 SLKSHSMESR0.993unspPcyM_0121000149 TRRRETPPGS0.993unspPcyM_0121000210 SESTSSCKEE0.995unsp

     



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