PKNH_0117200 | 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
PKNH_0117200OTHER0.9997900.0001250.000084
No Results

  • Fasta :-

    >PKNH_0117200 MMSAPLWTDNVRRAEREGKDKSKPKDPDKCSSQGKNIKEKKVEDERKKRQQYTNELCEIL SSDDSNQQIEQETDNFIIVELISYIGGNSRIMTYYPSTRGSKSGQNKYLHHFYSKKRIKL YLCLHKRSNEIYIYEVESKKVRRRETPQGSGAYPTHVPTDISVHRDDINKASAFLYNAKV KNERKCGDAAPPSNDEHNPIINEYTSSCKEEPNHDCKTGKYNMKVEDRTAEMESGNPNVT ERRTKKMVVTKLFDSVHCSYDLSTIEFTKFNNPDDKTLNSLKSILEQKINKGERRDTNKG DTPIGNCSVDNPSKEIPFSNHSCAKTDQVGKGMTHSGDKDNACDSQVKILFLHFREPADI YMNQFAAFDQGNEETCTKEINGFLKDEHQRHIEQQCMKAKRTSNYGAQIKQITHEQIPQS FIQSYESDVSIYSNDLYFSDTQVVTGENETYVEEKKKKKNFPVLTRSHLKIKWLLLNLNL TKEEETIIQKYVLLKKTSILRSTKSTPEYNDLHSSFYKTRKKTNGEERKSRKEDQIHFLK GDTTSNGKPYSMRGIRKSSNFQPSQPNKNNTERSNVNEAHHTELTMNGRKNNYQSEDTIK EKRKEGEKKLTFTFKCEDDAVETKQRGDLRHEHVSLENKMSCRGGAAGCIPNQNGDAVNV DPTVLESVTSADSVLYYHTVVHPTAHDAHNESIASANISKGRTYLQDNATTTLHDSSRSS KISSSYSYLDQGSQKICDSAIDNNEEDPQKGKKRKIDEVENANEVQNREKKNLHLVSKTE KYVDTSPQLLNSECEIVTSQVEGAISGCQMMGVSSAPNSAPNSAPNSAPNGAPNSAPNGA TNSATNSATNSATNSASNDASNDSLASGSGNTSVTYISETDSRYRRCGDSVEEILPGGEE KQLQGEHEEGQRVKGCVADAIDGSITLQSDGFGDCSREDEYRADQEGVSGGSGESGVSGD RSNDHLNDHPNDHPNDSSNDSSNDRSNDHRPGCHSERPEETTQKSTPNAGSSGYEAWFLK HKVASLFDIIKVICCNFMRHFKYTSKLKFYITTFLNFSKIEKTKLQFMQKERIIDTQMLK IYINKKTEDVKNAWKINTYKMDPHNLFRLEKFKYIDDSIIDFFHNYIHSFVLKNDKRKEN DIYIFNTFFYKKIELYEDSCKAYMNTNRWIQKLDRKLYEYTYVFVPINISNTHWSLVLLY FPFNGKQGGGAKEEVKEEVKEEVKEEVKEEVKEEVKEEVKQAAEEEEKSQKGNTSSQEDT SKSSTPSQDDPTKNKTPSECSQPGGEDSSPGHLHETFRSKSCESYFSERGTPSESKVPKI NTALSGIYLQGQDNTGHNHEEKEEQSCKNAKSASDCGDHHTGKMPPNEDMNILLRDKNKR GSTTTCNDTLTKVENQQKSENVKVAYMIYLDSLFPSIRGNKILQKLKKYLEHMLQRDYAS PAGGATTEGVGPISTTNTTENATNNLGTATPPRIFFKFVYPNVIPKQTNTYDCGIYIIQF VLHLCLNKHLVESELIKSCREQGKSSPAADGLHLNLHNHRREARGSYSRSCVGKATPWFS PKDISLKRKQMKKMLLYMKNVVDWKSDRHIQILNLLFLKNHSVEAGKAKMEGSSI
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PKNH_0117200.fa Sequence name : PKNH_0117200 Sequence length : 1615 VALUES OF COMPUTED PARAMETERS Coef20 : 3.883 CoefTot : 0.122 ChDiff : 0 ZoneTo : 8 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.035 1.435 0.149 0.540 MesoH : -0.213 0.066 -0.334 0.198 MuHd_075 : 12.248 9.495 2.817 3.760 MuHd_095 : 35.085 13.974 7.280 7.704 MuHd_100 : 35.984 13.823 7.475 7.851 MuHd_105 : 37.109 14.691 7.380 8.152 Hmax_075 : -5.133 1.517 -3.968 1.680 Hmax_095 : 7.962 5.337 -0.941 3.316 Hmax_100 : 4.500 2.400 -1.567 2.860 Hmax_105 : 13.300 7.700 0.593 4.220 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.7429 0.2571 DFMC : 0.9058 0.0942
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1615 PKNH_0117200 MMSAPLWTDNVRRAEREGKDKSKPKDPDKCSSQGKNIKEKKVEDERKKRQQYTNELCEILSSDDSNQQIEQETDNFIIVE 80 LISYIGGNSRIMTYYPSTRGSKSGQNKYLHHFYSKKRIKLYLCLHKRSNEIYIYEVESKKVRRRETPQGSGAYPTHVPTD 160 ISVHRDDINKASAFLYNAKVKNERKCGDAAPPSNDEHNPIINEYTSSCKEEPNHDCKTGKYNMKVEDRTAEMESGNPNVT 240 ERRTKKMVVTKLFDSVHCSYDLSTIEFTKFNNPDDKTLNSLKSILEQKINKGERRDTNKGDTPIGNCSVDNPSKEIPFSN 320 HSCAKTDQVGKGMTHSGDKDNACDSQVKILFLHFREPADIYMNQFAAFDQGNEETCTKEINGFLKDEHQRHIEQQCMKAK 400 RTSNYGAQIKQITHEQIPQSFIQSYESDVSIYSNDLYFSDTQVVTGENETYVEEKKKKKNFPVLTRSHLKIKWLLLNLNL 480 TKEEETIIQKYVLLKKTSILRSTKSTPEYNDLHSSFYKTRKKTNGEERKSRKEDQIHFLKGDTTSNGKPYSMRGIRKSSN 560 FQPSQPNKNNTERSNVNEAHHTELTMNGRKNNYQSEDTIKEKRKEGEKKLTFTFKCEDDAVETKQRGDLRHEHVSLENKM 640 SCRGGAAGCIPNQNGDAVNVDPTVLESVTSADSVLYYHTVVHPTAHDAHNESIASANISKGRTYLQDNATTTLHDSSRSS 720 KISSSYSYLDQGSQKICDSAIDNNEEDPQKGKKRKIDEVENANEVQNREKKNLHLVSKTEKYVDTSPQLLNSECEIVTSQ 800 VEGAISGCQMMGVSSAPNSAPNSAPNSAPNGAPNSAPNGATNSATNSATNSATNSASNDASNDSLASGSGNTSVTYISET 880 DSRYRRCGDSVEEILPGGEEKQLQGEHEEGQRVKGCVADAIDGSITLQSDGFGDCSREDEYRADQEGVSGGSGESGVSGD 960 RSNDHLNDHPNDHPNDSSNDSSNDRSNDHRPGCHSERPEETTQKSTPNAGSSGYEAWFLKHKVASLFDIIKVICCNFMRH 1040 FKYTSKLKFYITTFLNFSKIEKTKLQFMQKERIIDTQMLKIYINKKTEDVKNAWKINTYKMDPHNLFRLEKFKYIDDSII 1120 DFFHNYIHSFVLKNDKRKENDIYIFNTFFYKKIELYEDSCKAYMNTNRWIQKLDRKLYEYTYVFVPINISNTHWSLVLLY 1200 FPFNGKQGGGAKEEVKEEVKEEVKEEVKEEVKEEVKEEVKQAAEEEEKSQKGNTSSQEDTSKSSTPSQDDPTKNKTPSEC 1280 SQPGGEDSSPGHLHETFRSKSCESYFSERGTPSESKVPKINTALSGIYLQGQDNTGHNHEEKEEQSCKNAKSASDCGDHH 1360 TGKMPPNEDMNILLRDKNKRGSTTTCNDTLTKVENQQKSENVKVAYMIYLDSLFPSIRGNKILQKLKKYLEHMLQRDYAS 1440 PAGGATTEGVGPISTTNTTENATNNLGTATPPRIFFKFVYPNVIPKQTNTYDCGIYIIQFVLHLCLNKHLVESELIKSCR 1520 EQGKSSPAADGLHLNLHNHRREARGSYSRSCVGKATPWFSPKDISLKRKQMKKMLLYMKNVVDWKSDRHIQILNLLFLKN 1600 HSVEAGKAKMEGSSI 1680 ................................................P............................... 80 ................................................................................ 160 ................................................................................ 240 .....P.......................................................................... 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 .....P.......................................................................... 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 ................................................................................ 1360 ................................................................................ 1440 ................................................................................ 1520 ................................................................................ 1600 ............... 1680 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 3 Name Pos Context Score Pred ____________________________v_________________ PKNH_0117200 12 LWTDNVR|RA 0.096 . PKNH_0117200 13 WTDNVRR|AE 0.139 . PKNH_0117200 16 NVRRAER|EG 0.169 . PKNH_0117200 19 RAEREGK|DK 0.168 . PKNH_0117200 21 EREGKDK|SK 0.080 . PKNH_0117200 23 EGKDKSK|PK 0.071 . PKNH_0117200 25 KDKSKPK|DP 0.090 . PKNH_0117200 29 KPKDPDK|CS 0.083 . PKNH_0117200 35 KCSSQGK|NI 0.076 . PKNH_0117200 38 SQGKNIK|EK 0.064 . PKNH_0117200 40 GKNIKEK|KV 0.124 . PKNH_0117200 41 KNIKEKK|VE 0.089 . PKNH_0117200 46 KKVEDER|KK 0.084 . PKNH_0117200 47 KVEDERK|KR 0.081 . PKNH_0117200 48 VEDERKK|RQ 0.068 . PKNH_0117200 49 EDERKKR|QQ 0.599 *ProP* PKNH_0117200 90 YIGGNSR|IM 0.079 . PKNH_0117200 99 TYYPSTR|GS 0.105 . PKNH_0117200 102 PSTRGSK|SG 0.129 . PKNH_0117200 107 SKSGQNK|YL 0.092 . PKNH_0117200 115 LHHFYSK|KR 0.059 . PKNH_0117200 116 HHFYSKK|RI 0.094 . PKNH_0117200 117 HFYSKKR|IK 0.123 . PKNH_0117200 119 YSKKRIK|LY 0.057 . PKNH_0117200 126 LYLCLHK|RS 0.057 . PKNH_0117200 127 YLCLHKR|SN 0.311 . PKNH_0117200 139 IYEVESK|KV 0.073 . PKNH_0117200 140 YEVESKK|VR 0.080 . PKNH_0117200 142 VESKKVR|RR 0.100 . PKNH_0117200 143 ESKKVRR|RE 0.183 . PKNH_0117200 144 SKKVRRR|ET 0.219 . PKNH_0117200 165 TDISVHR|DD 0.118 . PKNH_0117200 170 HRDDINK|AS 0.059 . PKNH_0117200 179 AFLYNAK|VK 0.056 . PKNH_0117200 181 LYNAKVK|NE 0.075 . PKNH_0117200 184 AKVKNER|KC 0.104 . PKNH_0117200 185 KVKNERK|CG 0.092 . PKNH_0117200 209 EYTSSCK|EE 0.054 . PKNH_0117200 217 EPNHDCK|TG 0.067 . PKNH_0117200 220 HDCKTGK|YN 0.100 . PKNH_0117200 224 TGKYNMK|VE 0.067 . PKNH_0117200 228 NMKVEDR|TA 0.103 . PKNH_0117200 242 NPNVTER|RT 0.124 . PKNH_0117200 243 PNVTERR|TK 0.112 . PKNH_0117200 245 VTERRTK|KM 0.082 . PKNH_0117200 246 TERRTKK|MV 0.674 *ProP* PKNH_0117200 251 KKMVVTK|LF 0.076 . PKNH_0117200 269 STIEFTK|FN 0.071 . PKNH_0117200 276 FNNPDDK|TL 0.063 . PKNH_0117200 282 KTLNSLK|SI 0.071 . PKNH_0117200 288 KSILEQK|IN 0.064 . PKNH_0117200 291 LEQKINK|GE 0.060 . PKNH_0117200 294 KINKGER|RD 0.105 . PKNH_0117200 295 INKGERR|DT 0.284 . PKNH_0117200 299 ERRDTNK|GD 0.087 . PKNH_0117200 314 SVDNPSK|EI 0.063 . PKNH_0117200 325 SNHSCAK|TD 0.082 . PKNH_0117200 331 KTDQVGK|GM 0.067 . PKNH_0117200 339 MTHSGDK|DN 0.060 . PKNH_0117200 348 ACDSQVK|IL 0.060 . PKNH_0117200 355 ILFLHFR|EP 0.102 . PKNH_0117200 378 NEETCTK|EI 0.066 . PKNH_0117200 385 EINGFLK|DE 0.074 . PKNH_0117200 390 LKDEHQR|HI 0.131 . PKNH_0117200 398 IEQQCMK|AK 0.069 . PKNH_0117200 400 QQCMKAK|RT 0.090 . PKNH_0117200 401 QCMKAKR|TS 0.197 . PKNH_0117200 410 NYGAQIK|QI 0.069 . PKNH_0117200 455 ETYVEEK|KK 0.066 . PKNH_0117200 456 TYVEEKK|KK 0.074 . PKNH_0117200 457 YVEEKKK|KK 0.084 . PKNH_0117200 458 VEEKKKK|KN 0.134 . PKNH_0117200 459 EEKKKKK|NF 0.097 . PKNH_0117200 466 NFPVLTR|SH 0.097 . PKNH_0117200 470 LTRSHLK|IK 0.060 . PKNH_0117200 472 RSHLKIK|WL 0.071 . PKNH_0117200 482 LNLNLTK|EE 0.062 . PKNH_0117200 490 EETIIQK|YV 0.061 . PKNH_0117200 495 QKYVLLK|KT 0.075 . PKNH_0117200 496 KYVLLKK|TS 0.067 . PKNH_0117200 501 KKTSILR|ST 0.091 . PKNH_0117200 504 SILRSTK|ST 0.174 . PKNH_0117200 518 LHSSFYK|TR 0.067 . PKNH_0117200 520 SSFYKTR|KK 0.123 . PKNH_0117200 521 SFYKTRK|KT 0.105 . PKNH_0117200 522 FYKTRKK|TN 0.110 . PKNH_0117200 528 KTNGEER|KS 0.099 . PKNH_0117200 529 TNGEERK|SR 0.119 . PKNH_0117200 531 GEERKSR|KE 0.338 . PKNH_0117200 532 EERKSRK|ED 0.087 . PKNH_0117200 540 DQIHFLK|GD 0.064 . PKNH_0117200 548 DTTSNGK|PY 0.057 . PKNH_0117200 553 GKPYSMR|GI 0.130 . PKNH_0117200 556 YSMRGIR|KS 0.294 . PKNH_0117200 557 SMRGIRK|SS 0.152 . PKNH_0117200 568 QPSQPNK|NN 0.067 . PKNH_0117200 573 NKNNTER|SN 0.158 . PKNH_0117200 589 ELTMNGR|KN 0.075 . PKNH_0117200 590 LTMNGRK|NN 0.096 . PKNH_0117200 600 QSEDTIK|EK 0.067 . PKNH_0117200 602 EDTIKEK|RK 0.064 . PKNH_0117200 603 DTIKEKR|KE 0.172 . PKNH_0117200 604 TIKEKRK|EG 0.122 . PKNH_0117200 608 KRKEGEK|KL 0.060 . PKNH_0117200 609 RKEGEKK|LT 0.110 . PKNH_0117200 615 KLTFTFK|CE 0.082 . PKNH_0117200 624 DDAVETK|QR 0.076 . PKNH_0117200 626 AVETKQR|GD 0.102 . PKNH_0117200 630 KQRGDLR|HE 0.103 . PKNH_0117200 639 HVSLENK|MS 0.076 . PKNH_0117200 643 ENKMSCR|GG 0.100 . PKNH_0117200 700 ASANISK|GR 0.065 . PKNH_0117200 702 ANISKGR|TY 0.097 . PKNH_0117200 718 TLHDSSR|SS 0.166 . PKNH_0117200 721 DSSRSSK|IS 0.154 . PKNH_0117200 735 LDQGSQK|IC 0.071 . PKNH_0117200 750 NEEDPQK|GK 0.066 . PKNH_0117200 752 EDPQKGK|KR 0.058 . PKNH_0117200 753 DPQKGKK|RK 0.103 . PKNH_0117200 754 PQKGKKR|KI 0.376 . PKNH_0117200 755 QKGKKRK|ID 0.125 . PKNH_0117200 768 ANEVQNR|EK 0.085 . PKNH_0117200 770 EVQNREK|KN 0.058 . PKNH_0117200 771 VQNREKK|NL 0.308 . PKNH_0117200 778 NLHLVSK|TE 0.063 . PKNH_0117200 781 LVSKTEK|YV 0.120 . PKNH_0117200 883 ISETDSR|YR 0.086 . PKNH_0117200 885 ETDSRYR|RC 0.091 . PKNH_0117200 886 TDSRYRR|CG 0.678 *ProP* PKNH_0117200 901 LPGGEEK|QL 0.072 . PKNH_0117200 912 EHEEGQR|VK 0.079 . PKNH_0117200 914 EEGQRVK|GC 0.062 . PKNH_0117200 937 GFGDCSR|ED 0.082 . PKNH_0117200 942 SREDEYR|AD 0.116 . PKNH_0117200 961 SGVSGDR|SN 0.101 . PKNH_0117200 985 NDSSNDR|SN 0.147 . PKNH_0117200 990 DRSNDHR|PG 0.129 . PKNH_0117200 997 PGCHSER|PE 0.103 . PKNH_0117200 1004 PEETTQK|ST 0.083 . PKNH_0117200 1020 YEAWFLK|HK 0.072 . PKNH_0117200 1022 AWFLKHK|VA 0.063 . PKNH_0117200 1031 SLFDIIK|VI 0.061 . PKNH_0117200 1039 ICCNFMR|HF 0.077 . PKNH_0117200 1042 NFMRHFK|YT 0.198 . PKNH_0117200 1046 HFKYTSK|LK 0.060 . PKNH_0117200 1048 KYTSKLK|FY 0.066 . PKNH_0117200 1059 TFLNFSK|IE 0.064 . PKNH_0117200 1062 NFSKIEK|TK 0.059 . PKNH_0117200 1064 SKIEKTK|LQ 0.068 . PKNH_0117200 1070 KLQFMQK|ER 0.062 . PKNH_0117200 1072 QFMQKER|II 0.120 . PKNH_0117200 1080 IDTQMLK|IY 0.055 . PKNH_0117200 1085 LKIYINK|KT 0.077 . PKNH_0117200 1086 KIYINKK|TE 0.090 . PKNH_0117200 1091 KKTEDVK|NA 0.070 . PKNH_0117200 1095 DVKNAWK|IN 0.059 . PKNH_0117200 1100 WKINTYK|MD 0.067 . PKNH_0117200 1108 DPHNLFR|LE 0.074 . PKNH_0117200 1111 NLFRLEK|FK 0.116 . PKNH_0117200 1113 FRLEKFK|YI 0.098 . PKNH_0117200 1133 IHSFVLK|ND 0.078 . PKNH_0117200 1136 FVLKNDK|RK 0.055 . PKNH_0117200 1137 VLKNDKR|KE 0.125 . PKNH_0117200 1138 LKNDKRK|EN 0.124 . PKNH_0117200 1151 FNTFFYK|KI 0.071 . PKNH_0117200 1152 NTFFYKK|IE 0.073 . PKNH_0117200 1161 LYEDSCK|AY 0.063 . PKNH_0117200 1168 AYMNTNR|WI 0.094 . PKNH_0117200 1172 TNRWIQK|LD 0.065 . PKNH_0117200 1175 WIQKLDR|KL 0.086 . PKNH_0117200 1176 IQKLDRK|LY 0.071 . PKNH_0117200 1206 YFPFNGK|QG 0.061 . PKNH_0117200 1212 KQGGGAK|EE 0.064 . PKNH_0117200 1216 GAKEEVK|EE 0.060 . PKNH_0117200 1220 EVKEEVK|EE 0.055 . PKNH_0117200 1224 EVKEEVK|EE 0.054 . PKNH_0117200 1228 EVKEEVK|EE 0.054 . PKNH_0117200 1232 EVKEEVK|EE 0.054 . PKNH_0117200 1236 EVKEEVK|EE 0.053 . PKNH_0117200 1240 EVKEEVK|QA 0.064 . PKNH_0117200 1248 AAEEEEK|SQ 0.067 . PKNH_0117200 1251 EEEKSQK|GN 0.070 . PKNH_0117200 1262 SQEDTSK|SS 0.094 . PKNH_0117200 1273 SQDDPTK|NK 0.073 . PKNH_0117200 1275 DDPTKNK|TP 0.058 . PKNH_0117200 1298 HLHETFR|SK 0.153 . PKNH_0117200 1300 HETFRSK|SC 0.085 . PKNH_0117200 1309 ESYFSER|GT 0.087 . PKNH_0117200 1316 GTPSESK|VP 0.053 . PKNH_0117200 1319 SESKVPK|IN 0.087 . PKNH_0117200 1342 GHNHEEK|EE 0.066 . PKNH_0117200 1348 KEEQSCK|NA 0.067 . PKNH_0117200 1351 QSCKNAK|SA 0.177 . PKNH_0117200 1363 GDHHTGK|MP 0.069 . PKNH_0117200 1375 DMNILLR|DK 0.106 . PKNH_0117200 1377 NILLRDK|NK 0.056 . PKNH_0117200 1379 LLRDKNK|RG 0.070 . PKNH_0117200 1380 LRDKNKR|GS 0.239 . PKNH_0117200 1392 CNDTLTK|VE 0.056 . PKNH_0117200 1398 KVENQQK|SE 0.075 . PKNH_0117200 1403 QKSENVK|VA 0.076 . PKNH_0117200 1418 SLFPSIR|GN 0.095 . PKNH_0117200 1421 PSIRGNK|IL 0.102 . PKNH_0117200 1425 GNKILQK|LK 0.067 . PKNH_0117200 1427 KILQKLK|KY 0.058 . PKNH_0117200 1428 ILQKLKK|YL 0.172 . PKNH_0117200 1436 LEHMLQR|DY 0.095 . PKNH_0117200 1473 GTATPPR|IF 0.095 . PKNH_0117200 1477 PPRIFFK|FV 0.112 . PKNH_0117200 1486 YPNVIPK|QT 0.083 . PKNH_0117200 1508 LHLCLNK|HL 0.060 . PKNH_0117200 1517 VESELIK|SC 0.098 . PKNH_0117200 1520 ELIKSCR|EQ 0.122 . PKNH_0117200 1524 SCREQGK|SS 0.101 . PKNH_0117200 1540 LNLHNHR|RE 0.069 . PKNH_0117200 1541 NLHNHRR|EA 0.288 . PKNH_0117200 1544 NHRREAR|GS 0.263 . PKNH_0117200 1549 ARGSYSR|SC 0.113 . PKNH_0117200 1554 SRSCVGK|AT 0.086 . PKNH_0117200 1562 TPWFSPK|DI 0.126 . PKNH_0117200 1567 PKDISLK|RK 0.057 . PKNH_0117200 1568 KDISLKR|KQ 0.149 . PKNH_0117200 1569 DISLKRK|QM 0.120 . PKNH_0117200 1572 LKRKQMK|KM 0.071 . PKNH_0117200 1573 KRKQMKK|ML 0.107 . PKNH_0117200 1579 KMLLYMK|NV 0.065 . PKNH_0117200 1585 KNVVDWK|SD 0.084 . PKNH_0117200 1588 VDWKSDR|HI 0.093 . PKNH_0117200 1599 LNLLFLK|NH 0.057 . PKNH_0117200 1607 HSVEAGK|AK 0.065 . PKNH_0117200 1609 VEAGKAK|ME 0.089 . ____________________________^_________________

  • Fasta :-

    >PKNH_0117200 ATGATGAGTGCACCCCTCTGGACGGACAACGTGAGAAGGGCCGAGCGGGAAGGCAAGGAT AAAAGCAAACCCAAAGACCCAGACAAATGCAGTTCGCAGGGGAAGAATATTAAGGAGAAG AAAGTGGAGGATGAACGAAAGAAAAGGCAACAATACACAAACGAATTGTGCGAAATCCTC TCCTCCGATGATAGCAACCAACAGATTGAACAAGAGACGGACAACTTTATTATCGTAGAG CTCATTTCATACATCGGTGGGAACTCCAGAATTATGACTTACTATCCCAGCACTCGTGGG AGCAAATCGGGGCAGAACAAGTACCTCCATCACTTTTACAGTAAAAAGAGGATCAAGCTG TATCTGTGCCTCCACAAAAGGAGCAACGAGATTTATATATACGAGGTCGAGTCTAAGAAA GTTAGGAGGAGGGAGACGCCCCAAGGCAGTGGTGCCTATCCAACTCATGTTCCAACCGAC ATCTCTGTCCATAGAGATGATATCAACAAAGCGAGTGCATTTCTGTACAACGCTAAAGTA AAAAATGAGCGAAAATGTGGTGATGCTGCCCCGCCTTCCAATGATGAACATAACCCCATC ATCAACGAGTACACCTCCTCCTGCAAAGAAGAACCAAACCATGACTGCAAAACAGGCAAG TACAATATGAAGGTGGAAGATAGAACGGCAGAAATGGAGAGTGGAAACCCTAACGTGACA GAAAGAAGAACCAAAAAAATGGTTGTCACCAAACTGTTTGATAGCGTACACTGTAGTTAC GACTTGTCCACCATCGAGTTCACGAAATTTAACAACCCAGATGATAAAACTTTAAACTCC TTGAAAAGCATTTTGGAGCAGAAGATTAACAAAGGTGAGAGGAGGGACACAAACAAAGGG GATACCCCAATTGGCAATTGTAGTGTTGATAATCCTTCGAAGGAAATTCCCTTTAGTAAC CATTCCTGCGCAAAAACAGACCAAGTGGGAAAAGGCATGACCCATTCAGGCGATAAGGAT AATGCATGTGACAGCCAAGTTAAAATCCTCTTTCTCCATTTTCGCGAGCCCGCAGACATA TACATGAATCAGTTTGCGGCTTTCGACCAAGGCAACGAAGAAACGTGCACAAAAGAAATA AACGGGTTCCTGAAGGATGAACACCAGCGGCATATCGAACAGCAGTGCATGAAGGCTAAA CGGACAAGCAATTACGGGGCACAAATCAAGCAAATAACGCACGAACAAATTCCACAAAGT TTCATACAAAGTTACGAAAGTGATGTAAGCATTTACAGCAACGACCTTTACTTCAGCGAC ACACAAGTAGTCACTGGAGAAAACGAAACGTACGTGGAAGAAAAAAAAAAAAAAAAAAAT TTTCCAGTACTCACGAGGAGCCATTTAAAAATTAAGTGGCTTCTACTCAACTTGAATTTA ACAAAAGAAGAAGAAACTATCATACAAAAATATGTTCTGTTAAAAAAGACCAGCATTCTC AGGTCCACCAAGTCTACTCCCGAATACAACGACCTGCATTCCAGTTTTTACAAAACGAGG AAGAAGACTAACGGAGAAGAGAGAAAATCACGTAAGGAAGACCAAATTCACTTCCTTAAG GGAGATACTACTTCAAATGGGAAACCCTACTCCATGCGTGGTATCCGAAAGAGTAGTAAC TTCCAACCTAGTCAACCGAACAAAAACAACACTGAAAGAAGCAACGTCAATGAGGCACAC CATACTGAGCTAACCATGAATGGTAGGAAAAACAACTACCAGAGTGAAGACACTATAAAG GAAAAACGAAAGGAAGGAGAAAAAAAATTAACGTTCACTTTTAAGTGCGAAGATGATGCG GTGGAGACCAAACAGAGGGGCGACCTCCGCCATGAGCATGTCTCACTGGAGAACAAAATG TCATGCCGGGGAGGAGCAGCAGGTTGCATACCAAATCAGAACGGCGATGCTGTGAATGTC GATCCTACTGTGCTCGAGTCTGTTACCTCTGCTGATTCAGTTTTATACTATCACACTGTT GTTCATCCCACTGCTCATGATGCCCACAACGAATCTATCGCGAGTGCCAATATATCGAAG GGCAGGACCTATCTCCAGGACAACGCCACCACCACCTTGCATGATTCTAGCCGCTCCTCC AAAATAAGTTCATCATACTCCTACCTGGACCAAGGCTCTCAAAAAATATGCGATTCTGCT ATTGACAATAATGAGGAAGACCCCCAAAAAGGCAAAAAAAGAAAAATAGATGAAGTGGAA AATGCTAACGAGGTGCAAAATAGAGAGAAAAAAAATTTGCATCTTGTGTCGAAGACGGAA AAATACGTTGATACATCTCCTCAGCTTCTAAATAGCGAATGTGAGATTGTTACCTCCCAG GTGGAAGGAGCCATCAGCGGTTGTCAAATGATGGGCGTGAGCAGTGCACCAAACAGTGCA CCAAACAGTGCACCAAACAGTGCACCAAACGGTGCACCAAACAGTGCACCAAACGGTGCA ACAAACAGTGCAACAAACAGTGCAACAAACAGTGCAACAAACAGTGCATCGAATGACGCA TCGAACGATTCCCTCGCGAGTGGCTCCGGGAACACCAGCGTCACCTACATCTCGGAGACC GATTCCAGGTACAGGAGGTGCGGCGACTCCGTGGAGGAGATCCTCCCTGGGGGGGAAGAG AAACAATTGCAGGGTGAACATGAAGAAGGACAACGTGTGAAGGGTTGTGTGGCAGACGCG ATAGACGGTTCCATAACGTTGCAGAGCGATGGGTTTGGCGACTGCTCCCGGGAAGACGAG TACCGCGCCGACCAGGAAGGGGTTAGCGGTGGGAGCGGAGAGAGTGGAGTAAGTGGGGAC CGATCCAATGACCATTTGAATGATCATCCAAATGACCATCCAAATGACAGTTCGAATGAC AGCTCGAATGACCGTTCGAATGACCACCGCCCTGGTTGCCACTCGGAGCGACCAGAGGAG ACCACCCAGAAGAGCACGCCCAACGCAGGTTCTAGCGGATATGAGGCGTGGTTCCTCAAA CATAAAGTGGCAAGCCTGTTCGATATCATCAAAGTAATATGTTGCAACTTCATGAGGCAC TTCAAGTACACGAGCAAGCTAAAGTTCTACATAACGACATTTTTAAATTTCTCTAAAATC GAAAAAACGAAACTCCAGTTCATGCAGAAGGAGAGAATAATAGACACACAAATGCTCAAA ATATACATCAACAAAAAAACAGAAGATGTTAAAAACGCATGGAAAATCAACACATACAAA ATGGACCCACACAATCTCTTCCGTTTAGAAAAATTTAAATATATTGATGATTCTATTATC GACTTTTTTCACAACTATATCCATTCCTTTGTTTTAAAAAATGACAAGAGGAAAGAAAAC GACATTTACATTTTCAACACGTTTTTTTATAAAAAAATAGAGTTGTATGAAGATTCCTGC AAGGCATACATGAACACAAATAGATGGATTCAAAAGTTGGATAGGAAACTATACGAGTAT ACCTACGTTTTCGTTCCCATCAACATTAGTAACACCCACTGGTCCCTCGTGTTGCTCTAC TTCCCCTTTAACGGAAAGCAGGGTGGAGGAGCAAAGGAGGAAGTAAAAGAAGAAGTGAAA GAAGAAGTAAAGGAGGAAGTAAAAGAAGAAGTGAAAGAAGAAGTAAAAGAAGAAGTAAAA CAGGCAGCAGAAGAGGAAGAAAAATCCCAGAAGGGGAACACGTCTAGCCAAGAAGACACC TCCAAGAGTAGTACGCCCAGTCAAGATGACCCCACGAAGAACAAAACACCCAGTGAGTGC AGCCAACCCGGGGGAGAAGACTCATCGCCAGGCCATTTACATGAAACGTTTAGGAGCAAG TCCTGTGAATCATACTTTTCCGAAAGAGGAACCCCCTCCGAATCGAAAGTGCCAAAAATA AATACCGCTCTTTCGGGGATTTATCTGCAAGGACAAGACAACACTGGTCATAACCATGAG GAGAAGGAAGAACAATCGTGCAAGAATGCAAAAAGTGCAAGTGATTGTGGAGACCATCAC ACAGGGAAAATGCCACCAAACGAAGACATGAATATTCTTTTGAGAGACAAAAATAAAAGG GGTTCTACCACAACTTGCAATGACACTTTAACAAAAGTGGAGAATCAACAAAAAAGTGAA AACGTTAAAGTGGCCTACATGATTTACCTCGACTCCCTCTTCCCCTCCATCAGGGGAAAT AAAATTTTGCAAAAATTAAAAAAATATCTGGAGCATATGCTGCAACGGGACTACGCATCG CCCGCGGGAGGAGCCACGACAGAAGGGGTAGGCCCCATCTCTACCACGAACACTACCGAA AACGCTACTAATAACCTGGGCACTGCCACGCCGCCACGAATTTTCTTCAAATTCGTCTAT CCGAACGTTATCCCCAAGCAAACCAACACCTATGACTGTGGTATTTATATCATCCAATTC GTCTTGCATTTGTGTTTGAACAAGCACCTAGTCGAAAGCGAGTTGATCAAATCGTGTCGG GAGCAAGGGAAGAGCAGCCCTGCCGCTGATGGGCTTCACCTCAACCTTCATAACCACAGA CGCGAGGCGAGGGGATCCTACTCCAGGTCATGTGTGGGAAAGGCTACCCCGTGGTTCTCC CCAAAGGATATCAGCTTAAAGCGCAAGCAAATGAAGAAGATGCTCCTCTACATGAAAAAT GTGGTCGACTGGAAGTCGGATAGACACATACAGATCCTCAATTTGCTTTTTTTGAAGAAT CACAGTGTGGAGGCTGGGAAGGCCAAAATGGAAGGCTCCTCTATATGA
  • Download Fasta

  • Fasta :-

    MMSAPLWTDNVRRAEREGKDKSKPKDPDKCSSQGKNIKEKKVEDERKKRQQYTNELCEIL SSDDSNQQIEQETDNFIIVELISYIGGNSRIMTYYPSTRGSKSGQNKYLHHFYSKKRIKL YLCLHKRSNEIYIYEVESKKVRRRETPQGSGAYPTHVPTDISVHRDDINKASAFLYNAKV KNERKCGDAAPPSNDEHNPIINEYTSSCKEEPNHDCKTGKYNMKVEDRTAEMESGNPNVT ERRTKKMVVTKLFDSVHCSYDLSTIEFTKFNNPDDKTLNSLKSILEQKINKGERRDTNKG DTPIGNCSVDNPSKEIPFSNHSCAKTDQVGKGMTHSGDKDNACDSQVKILFLHFREPADI YMNQFAAFDQGNEETCTKEINGFLKDEHQRHIEQQCMKAKRTSNYGAQIKQITHEQIPQS FIQSYESDVSIYSNDLYFSDTQVVTGENETYVEEKKKKKNFPVLTRSHLKIKWLLLNLNL TKEEETIIQKYVLLKKTSILRSTKSTPEYNDLHSSFYKTRKKTNGEERKSRKEDQIHFLK GDTTSNGKPYSMRGIRKSSNFQPSQPNKNNTERSNVNEAHHTELTMNGRKNNYQSEDTIK EKRKEGEKKLTFTFKCEDDAVETKQRGDLRHEHVSLENKMSCRGGAAGCIPNQNGDAVNV DPTVLESVTSADSVLYYHTVVHPTAHDAHNESIASANISKGRTYLQDNATTTLHDSSRSS KISSSYSYLDQGSQKICDSAIDNNEEDPQKGKKRKIDEVENANEVQNREKKNLHLVSKTE KYVDTSPQLLNSECEIVTSQVEGAISGCQMMGVSSAPNSAPNSAPNSAPNGAPNSAPNGA TNSATNSATNSATNSASNDASNDSLASGSGNTSVTYISETDSRYRRCGDSVEEILPGGEE KQLQGEHEEGQRVKGCVADAIDGSITLQSDGFGDCSREDEYRADQEGVSGGSGESGVSGD RSNDHLNDHPNDHPNDSSNDSSNDRSNDHRPGCHSERPEETTQKSTPNAGSSGYEAWFLK HKVASLFDIIKVICCNFMRHFKYTSKLKFYITTFLNFSKIEKTKLQFMQKERIIDTQMLK IYINKKTEDVKNAWKINTYKMDPHNLFRLEKFKYIDDSIIDFFHNYIHSFVLKNDKRKEN DIYIFNTFFYKKIELYEDSCKAYMNTNRWIQKLDRKLYEYTYVFVPINISNTHWSLVLLY FPFNGKQGGGAKEEVKEEVKEEVKEEVKEEVKEEVKEEVKQAAEEEEKSQKGNTSSQEDT SKSSTPSQDDPTKNKTPSECSQPGGEDSSPGHLHETFRSKSCESYFSERGTPSESKVPKI NTALSGIYLQGQDNTGHNHEEKEEQSCKNAKSASDCGDHHTGKMPPNEDMNILLRDKNKR GSTTTCNDTLTKVENQQKSENVKVAYMIYLDSLFPSIRGNKILQKLKKYLEHMLQRDYAS PAGGATTEGVGPISTTNTTENATNNLGTATPPRIFFKFVYPNVIPKQTNTYDCGIYIIQF VLHLCLNKHLVESELIKSCREQGKSSPAADGLHLNLHNHRREARGSYSRSCVGKATPWFS PKDISLKRKQMKKMLLYMKNVVDWKSDRHIQILNLLFLKNHSVEAGKAKMEGSSI

    No Results
    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PKNH_0117200502 SSILRSTKST0.996unspPKNH_0117200502 SSILRSTKST0.996unspPKNH_0117200502 SSILRSTKST0.996unspPKNH_0117200530 SEERKSRKED0.998unspPKNH_0117200720 SSSRSSKISS0.997unspPKNH_0117200727 SSSSYSYLDQ0.995unspPKNH_0117200878 SVTYISETDS0.996unspPKNH_0117200890 SRCGDSVEEI0.996unspPKNH_0117200981 SSSNDSSNDR0.99unspPKNH_01172001002 TPEETTQKST0.991unspPKNH_01172001118 SYIDDSIIDF0.993unspPKNH_01172001249 SEEEKSQKGN0.993unspPKNH_01172001256 SGNTSSQEDT0.996unspPKNH_01172001261 SQEDTSKSST0.995unspPKNH_01172001267 SSSTPSQDDP0.996unspPKNH_01172001301 SFRSKSCESY0.995unspPKNH_01172001311 TSERGTPSES0.992unspPKNH_01172001546 SEARGSYSRS0.997unspPKNH_01172001560 STPWFSPKDI0.997unspPKNH_01172001602 SLKNHSVEAG0.995unspPKNH_0117200146 TRRRETPQGS0.992unspPKNH_0117200297 TERRDTNKGD0.994unsp

PK8_0100w      PKH_011670      



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