PVX_085640 | hypothetical protein, conserved

_IDPredictionOTHERSPmTPCS_Position
PVX_085640OTHER0.9994540.0000080.000538
No Results

  • Fasta :-

    >PVX_085640 MRQYESLSVRKAKKSESIASYNKKDTSLSRFSSRENKAKGFKIDKWNDEEKLQLGEKRVL HKAVSEKKKIPTLLRRVHTKPHGSAGRPATLTRNEERCGSMNRGSPKGCNVYRAQTMTKS VGRSSNAKRIEISAPPGVITKLSQKKKGTLKKSATCELQGDAKNGNKQQVQMGSENPREN YHMEVLNKTECSQKYPPNVLTANIRGAKGITFQNAQIPAWASKTNESDKITGTRANRANR ANSVTYKFAEFAKGMEKAAPKNSYSKYLEAIFRPPQMASLSYRAEEHFTKHGLSSSSDAN GRGEPGAKHERRGSHVEGASPNKLISHFAHHHHAQVHPQNDSFVENSRENYARGGDNPFA SRKDKSGYIPMWDINSHKIISTDFLLKEKGKRSLTERKNNQHTQKEITAKEHLPSSVSEK EDAKFRAYKANTADLGMKKKSPKPEMHINALPPNETTPLEAPVKKVQNFEHEKGGLKKDH PFSHTLSSTNYHPINCANRSNYNETRLCENRSFTDIMFRGGTKKEGNLNADGGGPSKANY KLEEPTMVNHTNGGNNANCVEQPKWVNIPYIQKRSSHNNGDIIHANGSTQIGTSLQSDNN PPFTYNNLTHDISNHKLPRRNGNVHLRSVTNTNECFKRSAMDEDKQSRNYLSESKWQSGY MWTDVSGRQGGARPEVHHFSRGDQIRSNLTAELVSHGGGPSTVETRRDLLATAACRPSES PCLSGSSAGLPNLSRPNLTSPNLNRPNLSNPNMSSPNLANPSLAHLHPSQRSHPEYASGI PHLFDLSKMALKENLPICSTKMTKAIPGGPPQISRADEVSQHTYSVLSGPINTTTNSLQA FKKIYIDHSMSEIKHVDGYVLRERGPNVDSGVSTCISQGSATTVEKMGMERFLKCDQKAT SLKNEKMLSEMPAGECVPSMKGYFPNRVLPDLGGKSRQLSGHLYVEGLPTKPTFVGDPSV DGPPADNPKRIDMAVHPNGTLNNFAVKNKQGQKSHDENVNTVKQAPRQGQLTSDPLYNPP LRNQFMSASNTRVMPNGPVRHNSNVFFPPPACRGVPKNPLGNNASFSISGIAKDGAVAGG SFESKAGKGPRPSSTVKAAPEKYLTNVRTMLSSKRVDGAAPISGKQVDGATLPLLSNSTD RSALQNHPPGKTQSRARGNPQEGATPPCEAGTTLTDLNATKEIPNRSGLPVCKSISNSDI YNYLRNKHPKDLAHFHRTVSYRNQSLKKEKSLTVVSQKGGANAVSSSIAKAKLLDGANAV SSLSAKAKFLEDAKTREQLLDAAFEADSKHTVKKAVVIGCNYMREAEGERLYGAVNDAYI FSRVLVKYFDFKPENVLLLTDSLPSNAYIHDDFDINKKKYIRQGASQNRTKEEERKKKKN LFHLFNTSSIGGYQKNGADREKCNSCKNFAIKNVDISSEGINLQLWPTRINILKAVNWLV RDSVPLGSYVFYFAGKSVQVDNMSGWEGEGYDEAFLCSDPFNRVQEQNVLTAIQLKDLLL SINASAQMTIVLDCSGCQTILDPAGTENSLSYIKGCKQKGIWPITNPTNKVHKAIYDVTI MNNASMKKYFCKSRYHQMIEVESTAAMIDPLLQSISSLPIAPKAYCFCAATWEQISIEGL FPLMEFARVTQIKGVDTVDHTGGNKKGCKKKGGGEGQTGGEVPHQPGEHSAKKSAYEKNF SFSLNVVKMFFNSSGAAGSSGNERARGASSLGGPQENAHMGESGKSGKSGEHGEQGNHGS HSDRSEDAAYSEEEEENDCLLVSHGVFTYCLVEAIIEFKDSQLKSNILERKNQPLLPMTL KNLIMLVQKKVENVKNEKLKKLNQKPEFTIHPGANANSTNYFVHYCKNIQFQNYKFNFIN SDLSPFLNVNKAWEEIHRNTLRSRKSLSVTSTLINSASSKYFSETNGQMKSCYSMRY
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PVX_085640.fa Sequence name : PVX_085640 Sequence length : 1917 VALUES OF COMPUTED PARAMETERS Coef20 : 4.342 CoefTot : -0.177 ChDiff : 78 ZoneTo : 4 KR : 1 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.212 1.776 0.250 0.640 MesoH : -0.358 0.355 -0.326 0.233 MuHd_075 : 15.566 8.405 3.872 3.662 MuHd_095 : 26.510 8.595 5.962 5.955 MuHd_100 : 27.442 11.948 6.272 6.204 MuHd_105 : 21.267 11.197 4.928 4.887 Hmax_075 : -4.200 1.100 -3.187 0.410 Hmax_095 : -6.500 -1.200 -3.840 0.960 Hmax_100 : 1.000 3.400 -1.890 1.540 Hmax_105 : -6.825 0.300 -4.275 0.220 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.7984 0.2016 DFMC : 0.8878 0.1122
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1917 PVX_085640 MRQYESLSVRKAKKSESIASYNKKDTSLSRFSSRENKAKGFKIDKWNDEEKLQLGEKRVLHKAVSEKKKIPTLLRRVHTK 80 PHGSAGRPATLTRNEERCGSMNRGSPKGCNVYRAQTMTKSVGRSSNAKRIEISAPPGVITKLSQKKKGTLKKSATCELQG 160 DAKNGNKQQVQMGSENPRENYHMEVLNKTECSQKYPPNVLTANIRGAKGITFQNAQIPAWASKTNESDKITGTRANRANR 240 ANSVTYKFAEFAKGMEKAAPKNSYSKYLEAIFRPPQMASLSYRAEEHFTKHGLSSSSDANGRGEPGAKHERRGSHVEGAS 320 PNKLISHFAHHHHAQVHPQNDSFVENSRENYARGGDNPFASRKDKSGYIPMWDINSHKIISTDFLLKEKGKRSLTERKNN 400 QHTQKEITAKEHLPSSVSEKEDAKFRAYKANTADLGMKKKSPKPEMHINALPPNETTPLEAPVKKVQNFEHEKGGLKKDH 480 PFSHTLSSTNYHPINCANRSNYNETRLCENRSFTDIMFRGGTKKEGNLNADGGGPSKANYKLEEPTMVNHTNGGNNANCV 560 EQPKWVNIPYIQKRSSHNNGDIIHANGSTQIGTSLQSDNNPPFTYNNLTHDISNHKLPRRNGNVHLRSVTNTNECFKRSA 640 MDEDKQSRNYLSESKWQSGYMWTDVSGRQGGARPEVHHFSRGDQIRSNLTAELVSHGGGPSTVETRRDLLATAACRPSES 720 PCLSGSSAGLPNLSRPNLTSPNLNRPNLSNPNMSSPNLANPSLAHLHPSQRSHPEYASGIPHLFDLSKMALKENLPICST 800 KMTKAIPGGPPQISRADEVSQHTYSVLSGPINTTTNSLQAFKKIYIDHSMSEIKHVDGYVLRERGPNVDSGVSTCISQGS 880 ATTVEKMGMERFLKCDQKATSLKNEKMLSEMPAGECVPSMKGYFPNRVLPDLGGKSRQLSGHLYVEGLPTKPTFVGDPSV 960 DGPPADNPKRIDMAVHPNGTLNNFAVKNKQGQKSHDENVNTVKQAPRQGQLTSDPLYNPPLRNQFMSASNTRVMPNGPVR 1040 HNSNVFFPPPACRGVPKNPLGNNASFSISGIAKDGAVAGGSFESKAGKGPRPSSTVKAAPEKYLTNVRTMLSSKRVDGAA 1120 PISGKQVDGATLPLLSNSTDRSALQNHPPGKTQSRARGNPQEGATPPCEAGTTLTDLNATKEIPNRSGLPVCKSISNSDI 1200 YNYLRNKHPKDLAHFHRTVSYRNQSLKKEKSLTVVSQKGGANAVSSSIAKAKLLDGANAVSSLSAKAKFLEDAKTREQLL 1280 DAAFEADSKHTVKKAVVIGCNYMREAEGERLYGAVNDAYIFSRVLVKYFDFKPENVLLLTDSLPSNAYIHDDFDINKKKY 1360 IRQGASQNRTKEEERKKKKNLFHLFNTSSIGGYQKNGADREKCNSCKNFAIKNVDISSEGINLQLWPTRINILKAVNWLV 1440 RDSVPLGSYVFYFAGKSVQVDNMSGWEGEGYDEAFLCSDPFNRVQEQNVLTAIQLKDLLLSINASAQMTIVLDCSGCQTI 1520 LDPAGTENSLSYIKGCKQKGIWPITNPTNKVHKAIYDVTIMNNASMKKYFCKSRYHQMIEVESTAAMIDPLLQSISSLPI 1600 APKAYCFCAATWEQISIEGLFPLMEFARVTQIKGVDTVDHTGGNKKGCKKKGGGEGQTGGEVPHQPGEHSAKKSAYEKNF 1680 SFSLNVVKMFFNSSGAAGSSGNERARGASSLGGPQENAHMGESGKSGKSGEHGEQGNHGSHSDRSEDAAYSEEEEENDCL 1760 LVSHGVFTYCLVEAIIEFKDSQLKSNILERKNQPLLPMTLKNLIMLVQKKVENVKNEKLKKLNQKPEFTIHPGANANSTN 1840 YFVHYCKNIQFQNYKFNFINSDLSPFLNVNKAWEEIHRNTLRSRKSLSVTSTLINSASSKYFSETNGQMKSCYSMRY 1920 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 .............P...............................................................P.. 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 ................................................................................ 1360 ................................................................................ 1440 ................................................................................ 1520 ................................................................................ 1600 ................................................................................ 1680 ................................................................................ 1760 ................................................................................ 1840 ............................................................................. 1920 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 2 Name Pos Context Score Pred ____________________________v_________________ PVX_085640 2 -----MR|QY 0.087 . PVX_085640 10 YESLSVR|KA 0.152 . PVX_085640 11 ESLSVRK|AK 0.072 . PVX_085640 13 LSVRKAK|KS 0.211 . PVX_085640 14 SVRKAKK|SE 0.154 . PVX_085640 23 SIASYNK|KD 0.054 . PVX_085640 24 IASYNKK|DT 0.239 . PVX_085640 30 KDTSLSR|FS 0.099 . PVX_085640 34 LSRFSSR|EN 0.121 . PVX_085640 37 FSSRENK|AK 0.231 . PVX_085640 39 SRENKAK|GF 0.087 . PVX_085640 42 NKAKGFK|ID 0.060 . PVX_085640 45 KGFKIDK|WN 0.065 . PVX_085640 51 KWNDEEK|LQ 0.061 . PVX_085640 57 KLQLGEK|RV 0.065 . PVX_085640 58 LQLGEKR|VL 0.196 . PVX_085640 62 EKRVLHK|AV 0.101 . PVX_085640 67 HKAVSEK|KK 0.074 . PVX_085640 68 KAVSEKK|KI 0.096 . PVX_085640 69 AVSEKKK|IP 0.113 . PVX_085640 75 KIPTLLR|RV 0.119 . PVX_085640 76 IPTLLRR|VH 0.105 . PVX_085640 80 LRRVHTK|PH 0.100 . PVX_085640 87 PHGSAGR|PA 0.093 . PVX_085640 93 RPATLTR|NE 0.121 . PVX_085640 97 LTRNEER|CG 0.105 . PVX_085640 103 RCGSMNR|GS 0.096 . PVX_085640 107 MNRGSPK|GC 0.089 . PVX_085640 113 KGCNVYR|AQ 0.091 . PVX_085640 119 RAQTMTK|SV 0.140 . PVX_085640 123 MTKSVGR|SS 0.160 . PVX_085640 128 GRSSNAK|RI 0.091 . PVX_085640 129 RSSNAKR|IE 0.274 . PVX_085640 141 PPGVITK|LS 0.065 . PVX_085640 145 ITKLSQK|KK 0.066 . PVX_085640 146 TKLSQKK|KG 0.085 . PVX_085640 147 KLSQKKK|GT 0.195 . PVX_085640 151 KKKGTLK|KS 0.067 . PVX_085640 152 KKGTLKK|SA 0.270 . PVX_085640 163 ELQGDAK|NG 0.069 . PVX_085640 167 DAKNGNK|QQ 0.059 . PVX_085640 178 MGSENPR|EN 0.113 . PVX_085640 188 HMEVLNK|TE 0.057 . PVX_085640 194 KTECSQK|YP 0.066 . PVX_085640 205 VLTANIR|GA 0.110 . PVX_085640 208 ANIRGAK|GI 0.177 . PVX_085640 223 IPAWASK|TN 0.072 . PVX_085640 229 KTNESDK|IT 0.078 . PVX_085640 234 DKITGTR|AN 0.094 . PVX_085640 237 TGTRANR|AN 0.192 . PVX_085640 240 RANRANR|AN 0.308 . PVX_085640 247 ANSVTYK|FA 0.124 . PVX_085640 253 KFAEFAK|GM 0.086 . PVX_085640 257 FAKGMEK|AA 0.061 . PVX_085640 261 MEKAAPK|NS 0.063 . PVX_085640 266 PKNSYSK|YL 0.088 . PVX_085640 273 YLEAIFR|PP 0.074 . PVX_085640 283 MASLSYR|AE 0.157 . PVX_085640 290 AEEHFTK|HG 0.058 . PVX_085640 302 SSDANGR|GE 0.090 . PVX_085640 308 RGEPGAK|HE 0.064 . PVX_085640 311 PGAKHER|RG 0.106 . PVX_085640 312 GAKHERR|GS 0.283 . PVX_085640 323 EGASPNK|LI 0.071 . PVX_085640 348 SFVENSR|EN 0.081 . PVX_085640 353 SRENYAR|GG 0.136 . PVX_085640 362 DNPFASR|KD 0.068 . PVX_085640 363 NPFASRK|DK 0.158 . PVX_085640 365 FASRKDK|SG 0.253 . PVX_085640 378 WDINSHK|II 0.073 . PVX_085640 387 STDFLLK|EK 0.060 . PVX_085640 389 DFLLKEK|GK 0.056 . PVX_085640 391 LLKEKGK|RS 0.066 . PVX_085640 392 LKEKGKR|SL 0.237 . PVX_085640 397 KRSLTER|KN 0.122 . PVX_085640 398 RSLTERK|NN 0.080 . PVX_085640 405 NNQHTQK|EI 0.102 . PVX_085640 410 QKEITAK|EH 0.066 . PVX_085640 420 PSSVSEK|ED 0.073 . PVX_085640 424 SEKEDAK|FR 0.064 . PVX_085640 426 KEDAKFR|AY 0.100 . PVX_085640 429 AKFRAYK|AN 0.179 . PVX_085640 438 TADLGMK|KK 0.072 . PVX_085640 439 ADLGMKK|KS 0.086 . PVX_085640 440 DLGMKKK|SP 0.173 . PVX_085640 443 MKKKSPK|PE 0.073 . PVX_085640 464 PLEAPVK|KV 0.077 . PVX_085640 465 LEAPVKK|VQ 0.088 . PVX_085640 473 QNFEHEK|GG 0.064 . PVX_085640 477 HEKGGLK|KD 0.057 . PVX_085640 478 EKGGLKK|DH 0.107 . PVX_085640 499 PINCANR|SN 0.121 . PVX_085640 506 SNYNETR|LC 0.096 . PVX_085640 511 TRLCENR|SF 0.173 . PVX_085640 519 FTDIMFR|GG 0.094 . PVX_085640 523 MFRGGTK|KE 0.060 . PVX_085640 524 FRGGTKK|EG 0.091 . PVX_085640 537 DGGGPSK|AN 0.064 . PVX_085640 541 PSKANYK|LE 0.063 . PVX_085640 564 NCVEQPK|WV 0.073 . PVX_085640 573 NIPYIQK|RS 0.059 . PVX_085640 574 IPYIQKR|SS 0.508 *ProP* PVX_085640 616 HDISNHK|LP 0.059 . PVX_085640 619 SNHKLPR|RN 0.123 . PVX_085640 620 NHKLPRR|NG 0.122 . PVX_085640 627 NGNVHLR|SV 0.223 . PVX_085640 637 NTNECFK|RS 0.061 . PVX_085640 638 TNECFKR|SA 0.572 *ProP* PVX_085640 645 SAMDEDK|QS 0.067 . PVX_085640 648 DEDKQSR|NY 0.073 . PVX_085640 655 NYLSESK|WQ 0.060 . PVX_085640 668 WTDVSGR|QG 0.099 . PVX_085640 673 GRQGGAR|PE 0.100 . PVX_085640 681 EVHHFSR|GD 0.089 . PVX_085640 686 SRGDQIR|SN 0.226 . PVX_085640 706 PSTVETR|RD 0.068 . PVX_085640 707 STVETRR|DL 0.141 . PVX_085640 716 LATAACR|PS 0.070 . PVX_085640 735 GLPNLSR|PN 0.074 . PVX_085640 745 TSPNLNR|PN 0.093 . PVX_085640 771 HLHPSQR|SH 0.129 . PVX_085640 788 HLFDLSK|MA 0.066 . PVX_085640 792 LSKMALK|EN 0.060 . PVX_085640 801 LPICSTK|MT 0.091 . PVX_085640 804 CSTKMTK|AI 0.076 . PVX_085640 815 GPPQISR|AD 0.146 . PVX_085640 842 NSLQAFK|KI 0.062 . PVX_085640 843 SLQAFKK|IY 0.130 . PVX_085640 854 HSMSEIK|HV 0.094 . PVX_085640 862 VDGYVLR|ER 0.100 . PVX_085640 864 GYVLRER|GP 0.071 . PVX_085640 886 SATTVEK|MG 0.057 . PVX_085640 891 EKMGMER|FL 0.090 . PVX_085640 894 GMERFLK|CD 0.114 . PVX_085640 898 FLKCDQK|AT 0.072 . PVX_085640 903 QKATSLK|NE 0.059 . PVX_085640 906 TSLKNEK|ML 0.073 . PVX_085640 921 ECVPSMK|GY 0.073 . PVX_085640 927 KGYFPNR|VL 0.087 . PVX_085640 935 LPDLGGK|SR 0.067 . PVX_085640 937 DLGGKSR|QL 0.119 . PVX_085640 951 VEGLPTK|PT 0.070 . PVX_085640 969 PPADNPK|RI 0.074 . PVX_085640 970 PADNPKR|ID 0.183 . PVX_085640 987 LNNFAVK|NK 0.067 . PVX_085640 989 NFAVKNK|QG 0.068 . PVX_085640 993 KNKQGQK|SH 0.085 . PVX_085640 1003 ENVNTVK|QA 0.072 . PVX_085640 1007 TVKQAPR|QG 0.072 . PVX_085640 1022 LYNPPLR|NQ 0.081 . PVX_085640 1032 MSASNTR|VM 0.084 . PVX_085640 1040 MPNGPVR|HN 0.139 . PVX_085640 1053 FPPPACR|GV 0.124 . PVX_085640 1057 ACRGVPK|NP 0.068 . PVX_085640 1073 SISGIAK|DG 0.094 . PVX_085640 1085 GGSFESK|AG 0.072 . PVX_085640 1088 FESKAGK|GP 0.073 . PVX_085640 1091 KAGKGPR|PS 0.129 . PVX_085640 1097 RPSSTVK|AA 0.083 . PVX_085640 1102 VKAAPEK|YL 0.082 . PVX_085640 1108 KYLTNVR|TM 0.061 . PVX_085640 1114 RTMLSSK|RV 0.084 . PVX_085640 1115 TMLSSKR|VD 0.190 . PVX_085640 1125 AAPISGK|QV 0.083 . PVX_085640 1141 LSNSTDR|SA 0.191 . PVX_085640 1151 QNHPPGK|TQ 0.082 . PVX_085640 1155 PGKTQSR|AR 0.102 . PVX_085640 1157 KTQSRAR|GN 0.154 . PVX_085640 1181 TDLNATK|EI 0.057 . PVX_085640 1186 TKEIPNR|SG 0.132 . PVX_085640 1193 SGLPVCK|SI 0.087 . PVX_085640 1205 DIYNYLR|NK 0.080 . PVX_085640 1207 YNYLRNK|HP 0.058 . PVX_085640 1210 LRNKHPK|DL 0.129 . PVX_085640 1217 DLAHFHR|TV 0.166 . PVX_085640 1222 HRTVSYR|NQ 0.108 . PVX_085640 1227 YRNQSLK|KE 0.064 . PVX_085640 1228 RNQSLKK|EK 0.101 . PVX_085640 1230 QSLKKEK|SL 0.085 . PVX_085640 1238 LTVVSQK|GG 0.067 . PVX_085640 1250 VSSSIAK|AK 0.063 . PVX_085640 1252 SSIAKAK|LL 0.093 . PVX_085640 1266 VSSLSAK|AK 0.074 . PVX_085640 1268 SLSAKAK|FL 0.154 . PVX_085640 1274 KFLEDAK|TR 0.060 . PVX_085640 1276 LEDAKTR|EQ 0.068 . PVX_085640 1289 AFEADSK|HT 0.058 . PVX_085640 1293 DSKHTVK|KA 0.072 . PVX_085640 1294 SKHTVKK|AV 0.273 . PVX_085640 1304 IGCNYMR|EA 0.111 . PVX_085640 1310 REAEGER|LY 0.095 . PVX_085640 1323 DAYIFSR|VL 0.090 . PVX_085640 1327 FSRVLVK|YF 0.075 . PVX_085640 1332 VKYFDFK|PE 0.066 . PVX_085640 1357 DDFDINK|KK 0.060 . PVX_085640 1358 DFDINKK|KY 0.087 . PVX_085640 1359 FDINKKK|YI 0.181 . PVX_085640 1362 NKKKYIR|QG 0.085 . PVX_085640 1369 QGASQNR|TK 0.098 . PVX_085640 1371 ASQNRTK|EE 0.067 . PVX_085640 1375 RTKEEER|KK 0.089 . PVX_085640 1376 TKEEERK|KK 0.083 . PVX_085640 1377 KEEERKK|KK 0.071 . PVX_085640 1378 EEERKKK|KN 0.253 . PVX_085640 1379 EERKKKK|NL 0.143 . PVX_085640 1395 SIGGYQK|NG 0.061 . PVX_085640 1400 QKNGADR|EK 0.098 . PVX_085640 1402 NGADREK|CN 0.071 . PVX_085640 1407 EKCNSCK|NF 0.067 . PVX_085640 1412 CKNFAIK|NV 0.097 . PVX_085640 1429 LQLWPTR|IN 0.078 . PVX_085640 1434 TRINILK|AV 0.099 . PVX_085640 1441 AVNWLVR|DS 0.102 . PVX_085640 1456 VFYFAGK|SV 0.092 . PVX_085640 1483 CSDPFNR|VQ 0.092 . PVX_085640 1496 LTAIQLK|DL 0.070 . PVX_085640 1534 NSLSYIK|GC 0.062 . PVX_085640 1537 SYIKGCK|QK 0.068 . PVX_085640 1539 IKGCKQK|GI 0.094 . PVX_085640 1550 ITNPTNK|VH 0.065 . PVX_085640 1553 PTNKVHK|AI 0.090 . PVX_085640 1567 MNNASMK|KY 0.073 . PVX_085640 1568 NNASMKK|YF 0.150 . PVX_085640 1572 MKKYFCK|SR 0.104 . PVX_085640 1574 KYFCKSR|YH 0.107 . PVX_085640 1603 SLPIAPK|AY 0.065 . PVX_085640 1628 PLMEFAR|VT 0.105 . PVX_085640 1633 ARVTQIK|GV 0.166 . PVX_085640 1645 DHTGGNK|KG 0.055 . PVX_085640 1646 HTGGNKK|GC 0.132 . PVX_085640 1649 GNKKGCK|KK 0.093 . PVX_085640 1650 NKKGCKK|KG 0.123 . PVX_085640 1651 KKGCKKK|GG 0.262 . PVX_085640 1672 PGEHSAK|KS 0.067 . PVX_085640 1673 GEHSAKK|SA 0.264 . PVX_085640 1678 KKSAYEK|NF 0.080 . PVX_085640 1688 FSLNVVK|MF 0.063 . PVX_085640 1704 GSSGNER|AR 0.122 . PVX_085640 1706 SGNERAR|GA 0.162 . PVX_085640 1725 HMGESGK|SG 0.102 . PVX_085640 1728 ESGKSGK|SG 0.143 . PVX_085640 1744 HGSHSDR|SE 0.253 . PVX_085640 1779 EAIIEFK|DS 0.063 . PVX_085640 1784 FKDSQLK|SN 0.068 . PVX_085640 1790 KSNILER|KN 0.122 . PVX_085640 1791 SNILERK|NQ 0.074 . PVX_085640 1801 LLPMTLK|NL 0.058 . PVX_085640 1809 LIMLVQK|KV 0.081 . PVX_085640 1810 IMLVQKK|VE 0.078 . PVX_085640 1815 KKVENVK|NE 0.055 . PVX_085640 1818 ENVKNEK|LK 0.054 . PVX_085640 1820 VKNEKLK|KL 0.085 . PVX_085640 1821 KNEKLKK|LN 0.120 . PVX_085640 1825 LKKLNQK|PE 0.075 . PVX_085640 1847 YFVHYCK|NI 0.061 . PVX_085640 1855 IQFQNYK|FN 0.067 . PVX_085640 1871 PFLNVNK|AW 0.067 . PVX_085640 1878 AWEEIHR|NT 0.085 . PVX_085640 1882 IHRNTLR|SR 0.101 . PVX_085640 1884 RNTLRSR|KS 0.082 . PVX_085640 1885 NTLRSRK|SL 0.316 . PVX_085640 1900 INSASSK|YF 0.097 . PVX_085640 1910 ETNGQMK|SC 0.086 . PVX_085640 1916 KSCYSMR|Y- 0.132 . ____________________________^_________________

  • Fasta :-

    >PVX_085640 TTACTCCCCGTATGTTGCTCGTGCGTGGCGCGCAAGTCCACGTCTGTGCACGTGTGTTAG CGCGTTGGTACGTATCAGTGTGTGGACGTAAACTTATTTGTGTTTAGTTTCCTCTACACC GTACTAACGCGCCTGCATAGCTAGCTGCACGTGCGTACTCTCAAACTTTAAGGCTGTTCC AACGTGACAATTAGCAAATTTACTGAACGCCAAACGATGAGGCAGTATGAGAGTTTAAGC GTCAGGAAGGCGAAGAAAAGCGAGAGCATCGCTAGCTACAACAAGAAAGACACCTCGCTG AGCAGATTTTCCAGTCGAGAAAATAAAGCAAAAGGTTTCAAAATAGACAAATGGAACGAT GAAGAAAAGCTGCAACTGGGTGAAAAACGGGTTCTGCACAAGGCAGTTAGTGAGAAGAAA AAGATACCCACTCTTTTGAGAAGGGTCCACACGAAGCCGCATGGCAGTGCGGGAAGACCT GCCACACTGACCAGGAATGAAGAACGGTGTGGCAGCATGAACAGGGGCAGCCCCAAGGGG TGTAACGTGTATAGAGCTCAAACGATGACAAAAAGTGTGGGTCGTAGCAGCAACGCGAAA CGAATCGAAATTTCGGCACCCCCCGGGGTTATCACCAAATTAAGCCAGAAAAAGAAAGGC ACGTTGAAAAAAAGCGCAACGTGTGAACTACAAGGGGATGCAAAGAACGGCAATAAGCAG CAAGTGCAAATGGGGAGTGAAAACCCCAGGGAGAATTACCATATGGAGGTACTCAACAAA ACCGAATGCAGTCAAAAATACCCGCCAAATGTGTTAACCGCAAATATTAGGGGCGCAAAA GGGATAACTTTTCAAAACGCGCAGATTCCCGCTTGGGCAAGTAAAACGAATGAAAGCGAC AAAATAACTGGCACACGGGCTAACAGAGCTAACAGGGCTAACAGTGTGACTTACAAATTT GCGGAGTTCGCCAAAGGGATGGAGAAGGCCGCTCCGAAAAACAGCTATTCAAAATATTTA GAAGCAATTTTTAGACCTCCCCAAATGGCTAGCTTATCTTATCGCGCAGAGGAGCACTTC ACCAAGCATGGCTTGTCAAGCAGTAGCGATGCAAATGGGAGAGGGGAGCCAGGGGCGAAG CATGAACGGAGGGGTAGCCATGTGGAGGGGGCCTCCCCAAACAAGCTGATCAGTCATTTT GCACATCATCATCATGCGCAGGTTCACCCGCAAAATGACAGTTTCGTGGAAAATTCAAGG GAGAATTACGCAAGAGGGGGAGACAATCCCTTTGCCAGTCGGAAGGACAAAAGTGGATAT ATCCCAATGTGGGACATAAATAGCCACAAAATTATTAGCACAGATTTTTTGCTTAAGGAA AAAGGTAAGCGTTCCCTCACAGAAAGAAAAAACAACCAACACACACAAAAGGAGATCACC GCAAAGGAGCATCTTCCCAGTTCGGTTAGCGAAAAGGAGGACGCCAAGTTTAGAGCGTAT AAAGCCAACACGGCCGATTTGGGCATGAAGAAAAAATCTCCTAAACCCGAAATGCATATC AATGCGCTACCCCCTAATGAGACAACCCCATTAGAAGCACCAGTTAAGAAAGTGCAAAAT TTTGAACATGAAAAGGGAGGACTCAAAAAGGACCACCCCTTTTCGCATACCCTAAGTAGC ACAAATTACCATCCGATTAACTGTGCCAACCGTTCGAATTATAACGAAACGAGGCTCTGC GAAAATAGGTCTTTCACAGATATCATGTTTAGGGGGGGAACAAAAAAAGAAGGGAATCTG AACGCAGATGGTGGAGGCCCTTCCAAAGCCAACTACAAATTGGAAGAGCCAACCATGGTT AACCACACAAACGGTGGGAACAATGCCAATTGTGTAGAACAGCCCAAATGGGTTAACATC CCATATATACAGAAAAGGAGCTCACATAATAACGGAGACATTATTCATGCTAATGGAAGT ACCCAAATTGGGACTTCCCTCCAGAGTGATAACAACCCCCCCTTTACTTATAACAACCTC ACGCATGACATTTCGAATCATAAGTTGCCGAGAAGGAACGGCAATGTTCACCTCCGCAGT GTGACGAACACGAACGAGTGTTTTAAGAGGAGTGCCATGGATGAGGATAAACAGAGTAGG AATTATCTCTCCGAATCGAAATGGCAAAGTGGTTATATGTGGACGGATGTGAGTGGCCGG CAGGGGGGGGCTCGACCAGAAGTCCACCACTTCTCCCGGGGTGACCAAATTAGGAGCAAC CTCACCGCCGAATTGGTCAGTCATGGGGGCGGACCCTCCACGGTGGAAACGCGTAGAGAT TTGCTTGCCACTGCGGCATGTCGGCCCAGCGAATCGCCCTGTTTGAGTGGCAGCAGTGCT GGATTGCCCAATTTGAGCAGGCCAAATTTGACTAGCCCCAATTTGAACAGGCCCAATTTG AGTAACCCCAATATGAGTAGCCCCAATTTGGCGAACCCCTCCTTAGCCCATCTCCATCCC AGTCAACGGAGCCACCCCGAATATGCAAGTGGGATCCCGCACCTGTTCGATCTTTCCAAA ATGGCGTTAAAGGAAAACCTCCCCATTTGCTCAACGAAGATGACTAAGGCAATACCAGGT GGGCCACCCCAAATTAGCCGCGCTGATGAGGTTAGTCAACACACCTACAGTGTGTTAAGT GGGCCCATAAATACAACCACAAATAGTTTACAGGCCTTTAAAAAAATATATATAGACCAC AGCATGAGCGAAATAAAGCATGTGGACGGGTATGTTTTACGGGAGAGGGGCCCCAATGTG GACTCGGGCGTGTCGACGTGCATCTCGCAGGGTAGTGCCACCACAGTGGAAAAAATGGGG ATGGAGAGATTCCTAAAATGTGACCAGAAAGCGACGAGTTTGAAAAATGAAAAAATGTTA AGTGAAATGCCAGCGGGTGAGTGTGTGCCCTCAATGAAGGGCTATTTTCCGAATCGGGTC TTGCCGGATTTGGGGGGGAAAAGTCGTCAGTTGAGTGGACACCTCTACGTGGAAGGGCTT CCTACCAAACCTACCTTCGTGGGTGACCCCTCTGTGGATGGCCCCCCTGCGGATAACCCC AAACGGATAGACATGGCAGTTCATCCTAATGGCACTCTCAACAATTTTGCAGTGAAAAAC AAACAGGGACAAAAGAGCCATGACGAAAATGTGAATACCGTTAAGCAGGCACCACGACAG GGGCAGCTAACAAGCGACCCATTGTATAACCCCCCACTCCGAAATCAATTCATGAGTGCG AGCAACACCAGGGTGATGCCAAATGGTCCAGTGCGCCACAACAGCAATGTGTTTTTCCCG CCTCCCGCATGCAGAGGTGTGCCTAAGAACCCATTGGGCAATAACGCCAGTTTTTCCATC TCGGGGATAGCAAAAGATGGCGCAGTGGCTGGCGGTAGTTTTGAGAGCAAGGCGGGAAAG GGGCCCCGTCCAAGCAGCACAGTTAAAGCGGCCCCAGAAAAATATTTAACCAACGTGCGT ACCATGCTGAGTAGCAAACGAGTGGATGGCGCTGCCCCCATAAGTGGCAAACAAGTCGAT GGTGCTACCCTCCCCTTGCTGAGTAACAGCACTGATAGGAGCGCCTTGCAAAATCACCCC CCTGGGAAGACGCAAAGCAGGGCAAGGGGAAATCCGCAGGAAGGGGCAACTCCCCCGTGC GAGGCGGGAACAACGTTGACCGATTTGAATGCGACAAAGGAGATCCCCAACAGAAGCGGG TTGCCCGTTTGCAAATCGATTAGCAACAGTGACATCTACAACTACTTACGGAACAAGCAC CCAAAAGACTTGGCGCATTTTCACCGCACAGTGTCCTACAGGAATCAGAGCTTGAAGAAG GAGAAGTCCCTCACGGTAGTTTCGCAGAAGGGGGGCGCCAACGCGGTTAGCAGCTCGATT GCAAAGGCGAAATTGTTGGACGGCGCCAACGCGGTTAGCAGTTTAAGTGCCAAGGCGAAA TTTCTGGAGGACGCCAAAACGAGGGAGCAGCTCTTGGACGCTGCATTCGAAGCAGACTCA AAGCACACCGTAAAAAAGGCAGTCGTGATTGGCTGCAACTACATGAGGGAGGCAGAAGGG GAGAGGCTCTACGGGGCAGTGAACGACGCATACATTTTCAGCAGAGTGTTAGTCAAGTAC TTCGATTTTAAACCCGAAAATGTTCTGTTGCTAACGGATAGTCTACCCTCAAATGCGTAC ATACATGACGATTTTGACATAAATAAAAAAAAGTATATAAGGCAAGGAGCTAGCCAAAAC AGAACAAAAGAGGAAGAAAGGAAGAAAAAAAAAAATTTATTTCATTTGTTCAATACGAGC AGCATAGGTGGTTATCAAAAAAACGGGGCAGATAGGGAGAAGTGCAATTCGTGTAAAAAT TTCGCTATTAAAAATGTTGACATTTCATCCGAAGGGATAAATTTGCAGTTGTGGCCAACA AGGATAAACATTTTAAAAGCTGTAAATTGGCTAGTTAGAGATTCCGTGCCACTCGGTTCA TACGTTTTTTACTTTGCGGGAAAGAGTGTGCAAGTAGATAACATGAGTGGGTGGGAGGGG GAAGGTTACGACGAAGCTTTTCTTTGTTCCGACCCCTTTAACCGAGTGCAAGAACAAAAC GTATTGACAGCTATTCAGTTGAAAGATTTATTGCTAAGTATAAATGCCAGTGCCCAAATG ACTATCGTCTTAGATTGCTCAGGCTGTCAAACCATTTTAGACCCAGCTGGAACAGAAAAT TCCCTGTCTTATATAAAAGGTTGTAAGCAGAAGGGCATATGGCCGATTACTAACCCGACC AATAAAGTCCATAAGGCTATCTACGATGTGACTATAATGAATAATGCTAGCATGAAAAAA TATTTTTGCAAATCGAGGTACCATCAAATGATAGAAGTAGAATCCACCGCTGCTATGATT GACCCTTTGTTGCAGTCCATTTCGTCTCTGCCCATTGCGCCCAAGGCCTACTGCTTCTGT GCAGCTACGTGGGAGCAAATTTCCATAGAGGGTCTGTTCCCCCTTATGGAGTTCGCTCGC GTGACGCAGATTAAGGGGGTGGATACGGTTGACCACACGGGGGGGAATAAAAAGGGCTGC AAAAAAAAAGGCGGTGGGGAGGGACAAACGGGTGGAGAAGTCCCCCACCAGCCAGGCGAA CATTCAGCCAAGAAGAGTGCCTACGAGAAAAATTTCAGCTTCTCGCTAAATGTGGTGAAG ATGTTTTTTAACAGTAGTGGAGCTGCGGGTAGCAGCGGTAACGAACGTGCACGGGGTGCC TCATCCCTCGGGGGGCCGCAAGAAAACGCGCACATGGGGGAGAGCGGTAAGAGTGGCAAA AGCGGTGAACACGGCGAGCAAGGCAACCACGGAAGCCACAGCGACCGTTCCGAGGACGCC GCTTACAGCGAAGAGGAGGAAGAAAATGACTGCCTACTCGTCAGCCACGGAGTATTCACA TACTGCCTAGTGGAAGCCATCATCGAATTTAAAGATTCGCAATTGAAAAGCAACATTTTG GAAAGGAAAAATCAACCCCTCCTGCCAATGACTTTAAAAAATTTAATAATGCTTGTCCAA AAAAAAGTTGAAAATGTAAAAAATGAAAAATTAAAAAAATTAAATCAAAAACCAGAATTC ACCATCCACCCAGGAGCTAATGCTAACAGTACAAACTACTTTGTTCATTACTGCAAAAAT ATACAGTTTCAAAATTATAAATTTAATTTTATAAATTCGGATTTGTCTCCTTTTTTAAAT GTTAACAAAGCGTGGGAAGAAATCCACCGGAACACCCTCAGGAGTAGGAAGTCCCTGTCC GTCACGTCCACTCTGATTAACTCGGCGTCTTCCAAGTATTTTTCCGAAACGAACGGGCAG ATGAAAAGTTGCTACTCAATGAGGTATTAG
  • Download Fasta

  • Fasta :-

    MRQYESLSVRKAKKSESIASYNKKDTSLSRFSSRENKAKGFKIDKWNDEEKLQLGEKRVL HKAVSEKKKIPTLLRRVHTKPHGSAGRPATLTRNEERCGSMNRGSPKGCNVYRAQTMTKS VGRSSNAKRIEISAPPGVITKLSQKKKGTLKKSATCELQGDAKNGNKQQVQMGSENPREN YHMEVLNKTECSQKYPPNVLTANIRGAKGITFQNAQIPAWASKTNESDKITGTRANRANR ANSVTYKFAEFAKGMEKAAPKNSYSKYLEAIFRPPQMASLSYRAEEHFTKHGLSSSSDAN GRGEPGAKHERRGSHVEGASPNKLISHFAHHHHAQVHPQNDSFVENSRENYARGGDNPFA SRKDKSGYIPMWDINSHKIISTDFLLKEKGKRSLTERKNNQHTQKEITAKEHLPSSVSEK EDAKFRAYKANTADLGMKKKSPKPEMHINALPPNETTPLEAPVKKVQNFEHEKGGLKKDH PFSHTLSSTNYHPINCANRSNYNETRLCENRSFTDIMFRGGTKKEGNLNADGGGPSKANY KLEEPTMVNHTNGGNNANCVEQPKWVNIPYIQKRSSHNNGDIIHANGSTQIGTSLQSDNN PPFTYNNLTHDISNHKLPRRNGNVHLRSVTNTNECFKRSAMDEDKQSRNYLSESKWQSGY MWTDVSGRQGGARPEVHHFSRGDQIRSNLTAELVSHGGGPSTVETRRDLLATAACRPSES PCLSGSSAGLPNLSRPNLTSPNLNRPNLSNPNMSSPNLANPSLAHLHPSQRSHPEYASGI PHLFDLSKMALKENLPICSTKMTKAIPGGPPQISRADEVSQHTYSVLSGPINTTTNSLQA FKKIYIDHSMSEIKHVDGYVLRERGPNVDSGVSTCISQGSATTVEKMGMERFLKCDQKAT SLKNEKMLSEMPAGECVPSMKGYFPNRVLPDLGGKSRQLSGHLYVEGLPTKPTFVGDPSV DGPPADNPKRIDMAVHPNGTLNNFAVKNKQGQKSHDENVNTVKQAPRQGQLTSDPLYNPP LRNQFMSASNTRVMPNGPVRHNSNVFFPPPACRGVPKNPLGNNASFSISGIAKDGAVAGG SFESKAGKGPRPSSTVKAAPEKYLTNVRTMLSSKRVDGAAPISGKQVDGATLPLLSNSTD RSALQNHPPGKTQSRARGNPQEGATPPCEAGTTLTDLNATKEIPNRSGLPVCKSISNSDI YNYLRNKHPKDLAHFHRTVSYRNQSLKKEKSLTVVSQKGGANAVSSSIAKAKLLDGANAV SSLSAKAKFLEDAKTREQLLDAAFEADSKHTVKKAVVIGCNYMREAEGERLYGAVNDAYI FSRVLVKYFDFKPENVLLLTDSLPSNAYIHDDFDINKKKYIRQGASQNRTKEEERKKKKN LFHLFNTSSIGGYQKNGADREKCNSCKNFAIKNVDISSEGINLQLWPTRINILKAVNWLV RDSVPLGSYVFYFAGKSVQVDNMSGWEGEGYDEAFLCSDPFNRVQEQNVLTAIQLKDLLL SINASAQMTIVLDCSGCQTILDPAGTENSLSYIKGCKQKGIWPITNPTNKVHKAIYDVTI MNNASMKKYFCKSRYHQMIEVESTAAMIDPLLQSISSLPIAPKAYCFCAATWEQISIEGL FPLMEFARVTQIKGVDTVDHTGGNKKGCKKKGGGEGQTGGEVPHQPGEHSAKKSAYEKNF SFSLNVVKMFFNSSGAAGSSGNERARGASSLGGPQENAHMGESGKSGKSGEHGEQGNHGS HSDRSEDAAYSEEEEENDCLLVSHGVFTYCLVEAIIEFKDSQLKSNILERKNQPLLPMTL KNLIMLVQKKVENVKNEKLKKLNQKPEFTIHPGANANSTNYFVHYCKNIQFQNYKFNFIN SDLSPFLNVNKAWEEIHRNTLRSRKSLSVTSTLINSASSKYFSETNGQMKSCYSMRY

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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PVX_085640361 SNPFASRKDK0.996unspPVX_085640361 SNPFASRKDK0.996unspPVX_085640361 SNPFASRKDK0.996unspPVX_085640416 SHLPSSVSEK0.993unspPVX_085640418 SPSSVSEKED0.996unspPVX_085640441 SMKKKSPKPE0.997unspPVX_085640576 SQKRSSHNNG0.998unspPVX_085640849 SYIDHSMSEI0.996unspPVX_085640901 SQKATSLKNE0.997unspPVX_085640994 SQGQKSHDEN0.997unspPVX_0856401220 SHRTVSYRNQ0.995unspPVX_0856401225 SYRNQSLKKE0.995unspPVX_0856401726 SESGKSGKSG0.997unspPVX_0856401729 SKSGKSGEHG0.996unspPVX_0856401751 SDAAYSEEEE0.997unspPVX_0856401883 SNTLRSRKSL0.991unspPVX_0856401886 SRSRKSLSVT0.991unspPVX_0856401899 SNSASSKYFS0.995unspPVX_08564032 SLSRFSSREN0.998unspPVX_085640314 SERRGSHVEG0.997unsp
PVX_085640      


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