PcyM_1340100 | ubiquitin carboxyl-terminal hydrolase, putative

_IDPredictionOTHERSPmTPCS_Position
PcyM_1340100OTHER0.9999360.0000490.000016
No Results

  • Fasta :-

    >PcyM_1340100 MIPPYGKIHVSLSNEYVEFYEEKSLKESHNCTGKENDIKLSYEEEESTTVGCTRDDVFVD GHTGEKNFRETNHQCGYHHAGLGKYHLGDGKGGDTSLEITSTRVSSSEGEKSTPQVEAAR GVIVPSAEYAGTEPLRGDDCGVASVDNVRAGQDSPSEGSPNQVNCKSRRATTPTVRLKNF KNIFNRTFSKYYFIGKPFKRYVKVRKSASQEKVKKRTSKKVSTDGIAISKKEGTRASHGE EDYPGKRLDAESSEGAKRRGHVTMREEKHTEGKITPVKKYVYQMLLRPPKVRITNRGNFV LSKMIAKESISKKKVKKVEKEKKVEKEKMVEKVKIVKKIKKEGKKPVDFKRKGSIYEDAD LQIGEDKCHTHETSTVPIQRTKLLLHRENCESMGKPLVNGKDEVTNGSCTPRIEGNCMRG DTEGSLKKKKKKKKKKKKKGTPEGDSAIGGGGRSFGEGRPGDAHLTGKRPVEGKPNGNAA MHEETVPEKVHRETLDSLQKRQRESGQHSKEGATRVAPNGVTVHNEEQRYNKSVREKGEG KGVVIKKGGGRYMSGEEREVGAVVAPTGGEKEGGKRKKKKRSGSVSVSASEDGETGRRSE LNPSELKRSELNPGELNPSERNPGELNPGERNPGELNPGELNLSEYLILKEIKTKQSNEV VQLNLDSSFFVSKGAGLYNYGQNICFFNSIIQTIVRIPYICKDLLSKLHSLNCEKKKVHV FCFYCLFEQFACNIISKKCGIKNMLIPYIKKYICNNYIVGYQEDVHEYLRYFLCSLEKSS FSSSIYIQKMFTGVTKNITICTKCNNVSLKYEQYYELSLDISSSNNLEEALRKYLSKETL MGDNGYYCDKCRKKKKATKQCVINKLPRVLTIQIKRFFMNSKFHVVKNHKHISYPLYLDM KSYVNNYDLFQNDFNNNVIALYEKVNPATGGRSGQRSGVESGQRSGQSSGVERGQRNGVG SDQRNGVGSDQRNGAESNLRGDDRNAQRGARPNPHVLNQIAHIFAELKREVCKRKIKNQL TSADLRSIIMETKKRIIKELNKIKFSKFYNDILLSISKDIDTLYCHMRANASRKHFSLKG AFFNFKVEYLNGQEHLPPQYEPCGTENGNRSERNRFGEGSKYGEGSKYGEGSKFGEGSKF GEGNRLGEKREHSAHSAKNHPNQRGASYFSYELTGLIKHIGSGTEYGHYVALTKSNNNIY LLCDDNNISYINKKDVLNCVKNAYVFIYTCIHPGFIDFYNKYVDVLEKKKFNINLPVFEK RVEFKERITMPKQKFISRSLHF
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PcyM_1340100.fa Sequence name : PcyM_1340100 Sequence length : 1282 VALUES OF COMPUTED PARAMETERS Coef20 : 3.048 CoefTot : -1.053 ChDiff : 74 ZoneTo : 14 KR : 1 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 0.988 1.465 0.231 0.579 MesoH : -0.517 0.475 -0.317 0.214 MuHd_075 : 13.238 14.944 5.014 3.156 MuHd_095 : 27.480 15.232 6.936 5.233 MuHd_100 : 25.067 13.820 6.912 5.044 MuHd_105 : 16.208 7.415 4.895 3.498 Hmax_075 : 3.500 10.700 -0.280 3.880 Hmax_095 : 8.400 7.962 0.013 3.850 Hmax_100 : 8.000 8.900 0.015 4.660 Hmax_105 : 6.883 6.700 0.754 3.660 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.8959 0.1041 DFMC : 0.9641 0.0359
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1282 PcyM_1340100 MIPPYGKIHVSLSNEYVEFYEEKSLKESHNCTGKENDIKLSYEEEESTTVGCTRDDVFVDGHTGEKNFRETNHQCGYHHA 80 GLGKYHLGDGKGGDTSLEITSTRVSSSEGEKSTPQVEAARGVIVPSAEYAGTEPLRGDDCGVASVDNVRAGQDSPSEGSP 160 NQVNCKSRRATTPTVRLKNFKNIFNRTFSKYYFIGKPFKRYVKVRKSASQEKVKKRTSKKVSTDGIAISKKEGTRASHGE 240 EDYPGKRLDAESSEGAKRRGHVTMREEKHTEGKITPVKKYVYQMLLRPPKVRITNRGNFVLSKMIAKESISKKKVKKVEK 320 EKKVEKEKMVEKVKIVKKIKKEGKKPVDFKRKGSIYEDADLQIGEDKCHTHETSTVPIQRTKLLLHRENCESMGKPLVNG 400 KDEVTNGSCTPRIEGNCMRGDTEGSLKKKKKKKKKKKKKGTPEGDSAIGGGGRSFGEGRPGDAHLTGKRPVEGKPNGNAA 480 MHEETVPEKVHRETLDSLQKRQRESGQHSKEGATRVAPNGVTVHNEEQRYNKSVREKGEGKGVVIKKGGGRYMSGEEREV 560 GAVVAPTGGEKEGGKRKKKKRSGSVSVSASEDGETGRRSELNPSELKRSELNPGELNPSERNPGELNPGERNPGELNPGE 640 LNLSEYLILKEIKTKQSNEVVQLNLDSSFFVSKGAGLYNYGQNICFFNSIIQTIVRIPYICKDLLSKLHSLNCEKKKVHV 720 FCFYCLFEQFACNIISKKCGIKNMLIPYIKKYICNNYIVGYQEDVHEYLRYFLCSLEKSSFSSSIYIQKMFTGVTKNITI 800 CTKCNNVSLKYEQYYELSLDISSSNNLEEALRKYLSKETLMGDNGYYCDKCRKKKKATKQCVINKLPRVLTIQIKRFFMN 880 SKFHVVKNHKHISYPLYLDMKSYVNNYDLFQNDFNNNVIALYEKVNPATGGRSGQRSGVESGQRSGQSSGVERGQRNGVG 960 SDQRNGVGSDQRNGAESNLRGDDRNAQRGARPNPHVLNQIAHIFAELKREVCKRKIKNQLTSADLRSIIMETKKRIIKEL 1040 NKIKFSKFYNDILLSISKDIDTLYCHMRANASRKHFSLKGAFFNFKVEYLNGQEHLPPQYEPCGTENGNRSERNRFGEGS 1120 KYGEGSKYGEGSKFGEGSKFGEGNRLGEKREHSAHSAKNHPNQRGASYFSYELTGLIKHIGSGTEYGHYVALTKSNNNIY 1200 LLCDDNNISYINKKDVLNCVKNAYVFIYTCIHPGFIDFYNKYVDVLEKKKFNINLPVFEKRVEFKERITMPKQKFISRSL 1280 HF 1360 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ....................P........................................................... 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 .. 1360 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 1 Name Pos Context Score Pred ____________________________v_________________ PcyM_1340100 7 MIPPYGK|IH 0.052 . PcyM_1340100 23 VEFYEEK|SL 0.083 . PcyM_1340100 26 YEEKSLK|ES 0.063 . PcyM_1340100 34 SHNCTGK|EN 0.078 . PcyM_1340100 39 GKENDIK|LS 0.069 . PcyM_1340100 54 TTVGCTR|DD 0.103 . PcyM_1340100 66 DGHTGEK|NF 0.058 . PcyM_1340100 69 TGEKNFR|ET 0.097 . PcyM_1340100 84 HHAGLGK|YH 0.068 . PcyM_1340100 91 YHLGDGK|GG 0.066 . PcyM_1340100 103 LEITSTR|VS 0.092 . PcyM_1340100 111 SSSEGEK|ST 0.113 . PcyM_1340100 120 PQVEAAR|GV 0.098 . PcyM_1340100 136 AGTEPLR|GD 0.099 . PcyM_1340100 149 ASVDNVR|AG 0.081 . PcyM_1340100 166 PNQVNCK|SR 0.093 . PcyM_1340100 168 QVNCKSR|RA 0.109 . PcyM_1340100 169 VNCKSRR|AT 0.201 . PcyM_1340100 176 ATTPTVR|LK 0.063 . PcyM_1340100 178 TPTVRLK|NF 0.069 . PcyM_1340100 181 VRLKNFK|NI 0.069 . PcyM_1340100 186 FKNIFNR|TF 0.127 . PcyM_1340100 190 FNRTFSK|YY 0.080 . PcyM_1340100 196 KYYFIGK|PF 0.061 . PcyM_1340100 199 FIGKPFK|RY 0.065 . PcyM_1340100 200 IGKPFKR|YV 0.267 . PcyM_1340100 203 PFKRYVK|VR 0.075 . PcyM_1340100 205 KRYVKVR|KS 0.168 . PcyM_1340100 206 RYVKVRK|SA 0.211 . PcyM_1340100 212 KSASQEK|VK 0.057 . PcyM_1340100 214 ASQEKVK|KR 0.065 . PcyM_1340100 215 SQEKVKK|RT 0.145 . PcyM_1340100 216 QEKVKKR|TS 0.254 . PcyM_1340100 219 VKKRTSK|KV 0.254 . PcyM_1340100 220 KKRTSKK|VS 0.168 . PcyM_1340100 230 DGIAISK|KE 0.059 . PcyM_1340100 231 GIAISKK|EG 0.107 . PcyM_1340100 235 SKKEGTR|AS 0.111 . PcyM_1340100 246 EEDYPGK|RL 0.064 . PcyM_1340100 247 EDYPGKR|LD 0.098 . PcyM_1340100 257 ESSEGAK|RR 0.073 . PcyM_1340100 258 SSEGAKR|RG 0.136 . PcyM_1340100 259 SEGAKRR|GH 0.209 . PcyM_1340100 265 RGHVTMR|EE 0.099 . PcyM_1340100 268 VTMREEK|HT 0.163 . PcyM_1340100 273 EKHTEGK|IT 0.067 . PcyM_1340100 278 GKITPVK|KY 0.058 . PcyM_1340100 279 KITPVKK|YV 0.210 . PcyM_1340100 287 VYQMLLR|PP 0.068 . PcyM_1340100 290 MLLRPPK|VR 0.111 . PcyM_1340100 292 LRPPKVR|IT 0.124 . PcyM_1340100 296 KVRITNR|GN 0.105 . PcyM_1340100 303 GNFVLSK|MI 0.068 . PcyM_1340100 307 LSKMIAK|ES 0.066 . PcyM_1340100 312 AKESISK|KK 0.057 . PcyM_1340100 313 KESISKK|KV 0.332 . PcyM_1340100 314 ESISKKK|VK 0.092 . PcyM_1340100 316 ISKKKVK|KV 0.127 . PcyM_1340100 317 SKKKVKK|VE 0.099 . PcyM_1340100 320 KVKKVEK|EK 0.062 . PcyM_1340100 322 KKVEKEK|KV 0.093 . PcyM_1340100 323 KVEKEKK|VE 0.087 . PcyM_1340100 326 KEKKVEK|EK 0.064 . PcyM_1340100 328 KKVEKEK|MV 0.098 . PcyM_1340100 332 KEKMVEK|VK 0.058 . PcyM_1340100 334 KMVEKVK|IV 0.078 . PcyM_1340100 337 EKVKIVK|KI 0.065 . PcyM_1340100 338 KVKIVKK|IK 0.100 . PcyM_1340100 340 KIVKKIK|KE 0.074 . PcyM_1340100 341 IVKKIKK|EG 0.086 . PcyM_1340100 344 KIKKEGK|KP 0.059 . PcyM_1340100 345 IKKEGKK|PV 0.165 . PcyM_1340100 350 KKPVDFK|RK 0.072 . PcyM_1340100 351 KPVDFKR|KG 0.272 . PcyM_1340100 352 PVDFKRK|GS 0.092 . PcyM_1340100 367 LQIGEDK|CH 0.065 . PcyM_1340100 380 STVPIQR|TK 0.067 . PcyM_1340100 382 VPIQRTK|LL 0.066 . PcyM_1340100 387 TKLLLHR|EN 0.083 . PcyM_1340100 395 NCESMGK|PL 0.060 . PcyM_1340100 401 KPLVNGK|DE 0.068 . PcyM_1340100 412 NGSCTPR|IE 0.119 . PcyM_1340100 419 IEGNCMR|GD 0.091 . PcyM_1340100 427 DTEGSLK|KK 0.056 . PcyM_1340100 428 TEGSLKK|KK 0.086 . PcyM_1340100 429 EGSLKKK|KK 0.116 . PcyM_1340100 430 GSLKKKK|KK 0.104 . PcyM_1340100 431 SLKKKKK|KK 0.139 . PcyM_1340100 432 LKKKKKK|KK 0.140 . PcyM_1340100 433 KKKKKKK|KK 0.164 . PcyM_1340100 434 KKKKKKK|KK 0.162 . PcyM_1340100 435 KKKKKKK|KK 0.185 . PcyM_1340100 436 KKKKKKK|KK 0.134 . PcyM_1340100 437 KKKKKKK|KK 0.206 . PcyM_1340100 438 KKKKKKK|KG 0.163 . PcyM_1340100 439 KKKKKKK|GT 0.196 . PcyM_1340100 453 AIGGGGR|SF 0.186 . PcyM_1340100 459 RSFGEGR|PG 0.114 . PcyM_1340100 468 DAHLTGK|RP 0.061 . PcyM_1340100 469 AHLTGKR|PV 0.224 . PcyM_1340100 474 KRPVEGK|PN 0.088 . PcyM_1340100 489 EETVPEK|VH 0.058 . PcyM_1340100 492 VPEKVHR|ET 0.116 . PcyM_1340100 500 TLDSLQK|RQ 0.059 . PcyM_1340100 501 LDSLQKR|QR 0.356 . PcyM_1340100 503 SLQKRQR|ES 0.126 . PcyM_1340100 510 ESGQHSK|EG 0.058 . PcyM_1340100 515 SKEGATR|VA 0.106 . PcyM_1340100 529 VHNEEQR|YN 0.099 . PcyM_1340100 532 EEQRYNK|SV 0.397 . PcyM_1340100 535 RYNKSVR|EK 0.156 . PcyM_1340100 537 NKSVREK|GE 0.108 . PcyM_1340100 541 REKGEGK|GV 0.079 . PcyM_1340100 546 GKGVVIK|KG 0.072 . PcyM_1340100 547 KGVVIKK|GG 0.143 . PcyM_1340100 551 IKKGGGR|YM 0.129 . PcyM_1340100 558 YMSGEER|EV 0.184 . PcyM_1340100 571 APTGGEK|EG 0.058 . PcyM_1340100 575 GEKEGGK|RK 0.061 . PcyM_1340100 576 EKEGGKR|KK 0.111 . PcyM_1340100 577 KEGGKRK|KK 0.089 . PcyM_1340100 578 EGGKRKK|KK 0.116 . PcyM_1340100 579 GGKRKKK|KR 0.357 . PcyM_1340100 580 GKRKKKK|RS 0.196 . PcyM_1340100 581 KRKKKKR|SG 0.580 *ProP* PcyM_1340100 597 EDGETGR|RS 0.079 . PcyM_1340100 598 DGETGRR|SE 0.082 . PcyM_1340100 607 LNPSELK|RS 0.054 . PcyM_1340100 608 NPSELKR|SE 0.254 . PcyM_1340100 621 ELNPSER|NP 0.115 . PcyM_1340100 631 ELNPGER|NP 0.099 . PcyM_1340100 650 SEYLILK|EI 0.064 . PcyM_1340100 653 LILKEIK|TK 0.061 . PcyM_1340100 655 LKEIKTK|QS 0.070 . PcyM_1340100 673 SSFFVSK|GA 0.088 . PcyM_1340100 696 IIQTIVR|IP 0.077 . PcyM_1340100 702 RIPYICK|DL 0.072 . PcyM_1340100 707 CKDLLSK|LH 0.053 . PcyM_1340100 715 HSLNCEK|KK 0.057 . PcyM_1340100 716 SLNCEKK|KV 0.151 . PcyM_1340100 717 LNCEKKK|VH 0.090 . PcyM_1340100 737 ACNIISK|KC 0.073 . PcyM_1340100 738 CNIISKK|CG 0.099 . PcyM_1340100 742 SKKCGIK|NM 0.053 . PcyM_1340100 750 MLIPYIK|KY 0.057 . PcyM_1340100 751 LIPYIKK|YI 0.095 . PcyM_1340100 770 DVHEYLR|YF 0.075 . PcyM_1340100 778 FLCSLEK|SS 0.066 . PcyM_1340100 789 SSIYIQK|MF 0.072 . PcyM_1340100 796 MFTGVTK|NI 0.066 . PcyM_1340100 803 NITICTK|CN 0.065 . PcyM_1340100 810 CNNVSLK|YE 0.081 . PcyM_1340100 832 NLEEALR|KY 0.076 . PcyM_1340100 833 LEEALRK|YL 0.113 . PcyM_1340100 837 LRKYLSK|ET 0.078 . PcyM_1340100 850 NGYYCDK|CR 0.059 . PcyM_1340100 852 YYCDKCR|KK 0.095 . PcyM_1340100 853 YCDKCRK|KK 0.069 . PcyM_1340100 854 CDKCRKK|KK 0.105 . PcyM_1340100 855 DKCRKKK|KA 0.476 . PcyM_1340100 856 KCRKKKK|AT 0.168 . PcyM_1340100 859 KKKKATK|QC 0.062 . PcyM_1340100 865 KQCVINK|LP 0.064 . PcyM_1340100 868 VINKLPR|VL 0.105 . PcyM_1340100 875 VLTIQIK|RF 0.058 . PcyM_1340100 876 LTIQIKR|FF 0.200 . PcyM_1340100 882 RFFMNSK|FH 0.065 . PcyM_1340100 887 SKFHVVK|NH 0.062 . PcyM_1340100 890 HVVKNHK|HI 0.065 . PcyM_1340100 901 PLYLDMK|SY 0.068 . PcyM_1340100 924 VIALYEK|VN 0.056 . PcyM_1340100 932 NPATGGR|SG 0.132 . PcyM_1340100 936 GGRSGQR|SG 0.112 . PcyM_1340100 944 GVESGQR|SG 0.091 . PcyM_1340100 953 QSSGVER|GQ 0.138 . PcyM_1340100 956 GVERGQR|NG 0.139 . PcyM_1340100 964 GVGSDQR|NG 0.067 . PcyM_1340100 972 GVGSDQR|NG 0.069 . PcyM_1340100 980 GAESNLR|GD 0.079 . PcyM_1340100 984 NLRGDDR|NA 0.100 . PcyM_1340100 988 DDRNAQR|GA 0.129 . PcyM_1340100 991 NAQRGAR|PN 0.276 . PcyM_1340100 1008 HIFAELK|RE 0.053 . PcyM_1340100 1009 IFAELKR|EV 0.219 . PcyM_1340100 1013 LKREVCK|RK 0.073 . PcyM_1340100 1014 KREVCKR|KI 0.339 . PcyM_1340100 1015 REVCKRK|IK 0.092 . PcyM_1340100 1017 VCKRKIK|NQ 0.098 . PcyM_1340100 1026 LTSADLR|SI 0.139 . PcyM_1340100 1033 SIIMETK|KR 0.063 . PcyM_1340100 1034 IIMETKK|RI 0.110 . PcyM_1340100 1035 IMETKKR|II 0.168 . PcyM_1340100 1038 TKKRIIK|EL 0.152 . PcyM_1340100 1042 IIKELNK|IK 0.057 . PcyM_1340100 1044 KELNKIK|FS 0.065 . PcyM_1340100 1047 NKIKFSK|FY 0.100 . PcyM_1340100 1058 ILLSISK|DI 0.072 . PcyM_1340100 1068 TLYCHMR|AN 0.105 . PcyM_1340100 1073 MRANASR|KH 0.103 . PcyM_1340100 1074 RANASRK|HF 0.144 . PcyM_1340100 1079 RKHFSLK|GA 0.098 . PcyM_1340100 1086 GAFFNFK|VE 0.058 . PcyM_1340100 1110 GTENGNR|SE 0.104 . PcyM_1340100 1113 NGNRSER|NR 0.228 . PcyM_1340100 1115 NRSERNR|FG 0.172 . PcyM_1340100 1121 RFGEGSK|YG 0.065 . PcyM_1340100 1127 KYGEGSK|YG 0.063 . PcyM_1340100 1133 KYGEGSK|FG 0.064 . PcyM_1340100 1139 KFGEGSK|FG 0.063 . PcyM_1340100 1145 KFGEGNR|LG 0.089 . PcyM_1340100 1149 GNRLGEK|RE 0.056 . PcyM_1340100 1150 NRLGEKR|EH 0.175 . PcyM_1340100 1158 HSAHSAK|NH 0.078 . PcyM_1340100 1164 KNHPNQR|GA 0.120 . PcyM_1340100 1178 ELTGLIK|HI 0.071 . PcyM_1340100 1194 HYVALTK|SN 0.070 . PcyM_1340100 1213 NISYINK|KD 0.054 . PcyM_1340100 1214 ISYINKK|DV 0.163 . PcyM_1340100 1221 DVLNCVK|NA 0.062 . PcyM_1340100 1241 FIDFYNK|YV 0.081 . PcyM_1340100 1248 YVDVLEK|KK 0.056 . PcyM_1340100 1249 VDVLEKK|KF 0.091 . PcyM_1340100 1250 DVLEKKK|FN 0.083 . PcyM_1340100 1260 NLPVFEK|RV 0.081 . PcyM_1340100 1261 LPVFEKR|VE 0.210 . PcyM_1340100 1265 EKRVEFK|ER 0.075 . PcyM_1340100 1267 RVEFKER|IT 0.150 . PcyM_1340100 1272 ERITMPK|QK 0.076 . PcyM_1340100 1274 ITMPKQK|FI 0.118 . PcyM_1340100 1278 KQKFISR|SL 0.140 . ____________________________^_________________

  • Fasta :-

    >PcyM_1340100 ATGATCCCCCCTTATGGGAAAATACACGTTTCTCTGTCAAACGAGTATGTTGAATTTTAC GAAGAAAAAAGTTTAAAGGAATCACACAACTGTACAGGAAAAGAAAATGACATAAAATTA TCATACGAAGAGGAGGAGTCTACCACCGTTGGGTGCACACGAGATGACGTGTTTGTGGAT GGACACACAGGGGAGAAAAATTTTAGGGAAACGAATCATCAGTGTGGATACCATCATGCC GGTTTAGGTAAATACCATTTGGGAGATGGTAAAGGGGGTGACACGTCGCTGGAGATAACT TCCACCCGTGTAAGCAGCAGCGAGGGTGAGAAGAGCACACCCCAGGTAGAGGCGGCAAGG GGGGTGATCGTGCCATCTGCAGAATACGCAGGTACGGAACCCTTGAGGGGGGATGACTGC GGTGTTGCTAGCGTTGACAATGTCCGTGCTGGGCAGGACAGCCCTAGCGAGGGTTCCCCG AACCAAGTTAACTGCAAAAGCAGGAGGGCAACCACCCCCACGGTCAGATTAAAAAATTTC AAAAATATCTTTAACAGAACATTCAGTAAGTATTACTTTATCGGAAAGCCTTTTAAGAGG TACGTAAAAGTGAGAAAAAGTGCTTCACAGGAAAAAGTGAAAAAACGTACAAGTAAAAAG GTTAGTACAGATGGGATAGCCATATCGAAGAAAGAAGGAACTCGGGCATCCCATGGGGAG GAAGACTACCCTGGTAAGAGGCTGGACGCGGAATCCTCGGAGGGTGCCAAAAGGAGAGGC CATGTTACAATGAGGGAGGAAAAACACACTGAGGGGAAAATAACCCCAGTGAAAAAATAC GTCTATCAGATGCTGCTGCGCCCCCCAAAGGTGCGCATAACAAATCGGGGGAACTTCGTG TTGTCCAAAATGATAGCAAAGGAGAGCATCTCCAAAAAAAAGGTGAAAAAGGTGGAAAAG GAGAAAAAGGTGGAAAAGGAGAAAATGGTGGAAAAGGTAAAAATCGTAAAAAAAATAAAA AAGGAAGGAAAAAAGCCCGTTGATTTTAAAAGGAAGGGCAGCATTTACGAGGATGCCGAT CTGCAGATCGGAGAAGACAAATGCCACACGCATGAAACCTCGACCGTGCCCATTCAGAGG ACTAAGCTCCTTCTTCATAGGGAGAACTGCGAATCGATGGGAAAACCGCTAGTTAACGGA AAGGACGAGGTTACAAATGGAAGTTGCACACCTCGAATTGAAGGCAACTGCATGCGGGGG GACACAGAGGGCAGTCTTAAAAAGAAGAAGAAGAAAAAGAAGAAAAAGAAAAAGAAGGGC ACCCCCGAGGGGGACAGCGCGATCGGCGGTGGGGGACGCAGCTTTGGTGAAGGAAGACCA GGTGATGCACATTTAACGGGGAAACGCCCGGTGGAAGGCAAACCGAACGGAAACGCGGCG ATGCATGAGGAGACCGTTCCTGAGAAGGTACACCGCGAGACGCTTGATTCTTTGCAAAAA CGGCAACGAGAAAGTGGACAGCATAGCAAAGAGGGAGCAACTAGGGTAGCCCCCAATGGA GTCACTGTCCATAATGAAGAGCAGAGGTACAACAAAAGTGTAAGGGAGAAGGGAGAAGGG AAAGGCGTGGTGATTAAAAAAGGTGGGGGGCGGTACATGTCCGGGGAGGAGCGCGAAGTG GGCGCTGTGGTGGCGCCAACTGGTGGAGAGAAAGAGGGGGGGAAGCGAAAAAAAAAAAAA AGAAGCGGAAGTGTCAGTGTTAGTGCGAGTGAGGACGGCGAAACGGGAAGGCGGAGCGAA CTTAACCCGAGTGAACTGAAGCGGAGCGAACTTAACCCGGGCGAACTTAACCCGAGCGAA CGGAACCCGGGCGAACTGAACCCGGGCGAACGGAACCCGGGCGAACTGAACCCGGGCGAA CTGAACCTGAGCGAATATCTCATACTGAAGGAAATAAAAACCAAGCAGAGCAACGAAGTG GTGCAGCTGAACCTCGACTCGTCCTTCTTTGTGTCGAAAGGCGCAGGGTTGTACAACTAT GGCCAAAATATCTGCTTCTTCAACAGCATCATACAGACCATTGTGAGGATCCCCTACATA TGTAAAGATCTATTAAGCAAATTACATTCGTTAAATTGTGAAAAAAAAAAAGTCCACGTC TTCTGCTTCTATTGCTTGTTCGAACAGTTCGCCTGTAATATTATATCCAAAAAATGTGGA ATAAAAAATATGCTCATCCCGTATATAAAAAAATACATATGTAATAACTACATTGTTGGA TACCAGGAAGACGTTCATGAGTATTTACGTTACTTCCTTTGCTCCTTGGAGAAGTCCTCC TTCTCCTCATCCATTTATATACAGAAAATGTTCACAGGTGTGACAAAAAATATAACGATA TGTACAAAATGCAATAATGTATCATTAAAATATGAACAGTATTATGAGCTTTCCTTAGAT ATTAGCTCATCGAATAACTTAGAAGAAGCACTTCGCAAATATCTGTCGAAGGAGACCCTC ATGGGTGATAATGGATACTATTGTGACAAATGTAGGAAAAAAAAAAAAGCCACCAAACAG TGTGTTATTAATAAATTACCAAGAGTTCTTACTATCCAAATTAAAAGATTTTTTATGAAC TCAAAATTTCATGTTGTAAAAAATCACAAACATATTTCTTACCCCTTGTACCTGGACATG AAGTCTTATGTTAATAACTACGACTTGTTTCAGAATGACTTCAACAATAATGTGATAGCG TTGTACGAGAAGGTGAATCCGGCCACGGGGGGAAGGAGCGGTCAGAGAAGTGGCGTAGAA AGCGGTCAGAGAAGCGGACAGAGCAGCGGCGTAGAAAGAGGTCAGCGAAATGGAGTAGGT AGTGACCAGCGGAACGGCGTAGGAAGTGACCAGCGAAACGGCGCAGAGAGTAACCTCCGT GGTGATGACCGAAACGCCCAGCGGGGTGCGCGCCCCAATCCGCACGTCCTCAACCAAATC GCGCACATCTTCGCCGAGCTGAAAAGAGAAGTGTGCAAGAGGAAAATAAAAAATCAGTTA ACCTCTGCGGACCTCAGAAGCATCATCATGGAAACAAAAAAACGAATTATAAAAGAACTC AACAAAATAAAGTTCTCCAAATTTTACAACGACATTCTTTTGAGCATATCGAAGGATATC GACACGCTGTACTGCCACATGCGGGCCAATGCTAGTAGGAAGCATTTTAGCTTGAAGGGC GCCTTTTTTAACTTCAAAGTGGAGTACCTCAATGGGCAGGAGCACCTACCCCCCCAGTAC GAACCGTGTGGCACCGAAAATGGCAATCGAAGCGAAAGAAACAGGTTTGGCGAAGGAAGC AAGTATGGCGAAGGAAGCAAGTATGGCGAAGGAAGCAAGTTTGGCGAAGGAAGCAAGTTT GGCGAAGGAAACAGGTTGGGAGAAAAAAGAGAGCACTCAGCGCACAGTGCGAAAAATCAC CCCAACCAAAGGGGCGCAAGCTATTTCTCATACGAATTAACGGGACTAATTAAACACATC GGCTCCGGAACAGAATATGGCCATTACGTAGCACTGACCAAGTCGAATAACAACATCTAC CTGCTCTGTGATGACAATAATATATCATACATTAACAAAAAAGACGTGCTAAATTGCGTA AAGAATGCCTACGTTTTTATTTACACGTGTATCCACCCCGGCTTTATCGATTTTTATAAT AAGTACGTAGATGTCTTGGAAAAAAAAAAGTTCAATATCAACCTACCTGTATTTGAGAAG CGAGTCGAATTTAAGGAGCGCATTACTATGCCTAAGCAGAAGTTCATCAGTAGGTCTCTC CATTTTTGA
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  • Fasta :-

    MIPPYGKIHVSLSNEYVEFYEEKSLKESHNCTGKENDIKLSYEEEESTTVGCTRDDVFVD GHTGEKNFRETNHQCGYHHAGLGKYHLGDGKGGDTSLEITSTRVSSSEGEKSTPQVEAAR GVIVPSAEYAGTEPLRGDDCGVASVDNVRAGQDSPSEGSPNQVNCKSRRATTPTVRLKNF KNIFNRTFSKYYFIGKPFKRYVKVRKSASQEKVKKRTSKKVSTDGIAISKKEGTRASHGE EDYPGKRLDAESSEGAKRRGHVTMREEKHTEGKITPVKKYVYQMLLRPPKVRITNRGNFV LSKMIAKESISKKKVKKVEKEKKVEKEKMVEKVKIVKKIKKEGKKPVDFKRKGSIYEDAD LQIGEDKCHTHETSTVPIQRTKLLLHRENCESMGKPLVNGKDEVTNGSCTPRIEGNCMRG DTEGSLKKKKKKKKKKKKKGTPEGDSAIGGGGRSFGEGRPGDAHLTGKRPVEGKPNGNAA MHEETVPEKVHRETLDSLQKRQRESGQHSKEGATRVAPNGVTVHNEEQRYNKSVREKGEG KGVVIKKGGGRYMSGEEREVGAVVAPTGGEKEGGKRKKKKRSGSVSVSASEDGETGRRSE LNPSELKRSELNPGELNPSERNPGELNPGERNPGELNPGELNLSEYLILKEIKTKQSNEV VQLNLDSSFFVSKGAGLYNYGQNICFFNSIIQTIVRIPYICKDLLSKLHSLNCEKKKVHV FCFYCLFEQFACNIISKKCGIKNMLIPYIKKYICNNYIVGYQEDVHEYLRYFLCSLEKSS FSSSIYIQKMFTGVTKNITICTKCNNVSLKYEQYYELSLDISSSNNLEEALRKYLSKETL MGDNGYYCDKCRKKKKATKQCVINKLPRVLTIQIKRFFMNSKFHVVKNHKHISYPLYLDM KSYVNNYDLFQNDFNNNVIALYEKVNPATGGRSGQRSGVESGQRSGQSSGVERGQRNGVG SDQRNGVGSDQRNGAESNLRGDDRNAQRGARPNPHVLNQIAHIFAELKREVCKRKIKNQL TSADLRSIIMETKKRIIKELNKIKFSKFYNDILLSISKDIDTLYCHMRANASRKHFSLKG AFFNFKVEYLNGQEHLPPQYEPCGTENGNRSERNRFGEGSKYGEGSKYGEGSKFGEGSKF GEGNRLGEKREHSAHSAKNHPNQRGASYFSYELTGLIKHIGSGTEYGHYVALTKSNNNIY LLCDDNNISYINKKDVLNCVKNAYVFIYTCIHPGFIDFYNKYVDVLEKKKFNINLPVFEK RVEFKERITMPKQKFISRSLHF

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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PcyM_1340100105 SSTRVSSSEG0.998unspPcyM_1340100105 SSTRVSSSEG0.998unspPcyM_1340100105 SSTRVSSSEG0.998unspPcyM_1340100106 STRVSSSEGE0.997unspPcyM_1340100107 SRVSSSEGEK0.996unspPcyM_1340100154 SAGQDSPSEG0.998unspPcyM_1340100207 SKVRKSASQE0.993unspPcyM_1340100218 SKKRTSKKVS0.997unspPcyM_1340100229 SGIAISKKEG0.994unspPcyM_1340100237 SGTRASHGEE0.997unspPcyM_1340100252 SLDAESSEGA0.995unspPcyM_1340100354 SKRKGSIYED0.996unspPcyM_1340100509 SSGQHSKEGA0.995unspPcyM_1340100554 SGRYMSGEER0.997unspPcyM_1340100582 SKKKRSGSVS0.99unspPcyM_1340100584 SKRSGSVSVS0.993unspPcyM_1340100586 SSGSVSVSAS0.994unspPcyM_1340100937 SSGQRSGVES0.995unspPcyM_13401001153 SKREHSAHSA0.994unspPcyM_13401001156 SHSAHSAKNH0.997unspPcyM_134010024 SYEEKSLKES0.997unspPcyM_134010041 SDIKLSYEEE0.996unsp

     



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