PKNH_1146900 | centrosomal protein CEP76, putative

  • Computed_GO_Component_IDs:        

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  • Computed_GO_Function_IDs:        

  • Computed_GO_Functions:        

  • Computed_GO_Process_IDs:        

  • Computed_GO_Processes:        

  • Curated_GO_Component_IDs:        

  • Curated_GO_Components:        

  • Curated_GO_Function_IDs:        

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  • Curated_GO_Processes:        

_IDPredictionOTHERSPmTPCS_Position
PKNH_1146900OTHER0.9998380.0000250.000137
No Results

  • Fasta :-

    >PKNH_1146900 MFLINTIKGIFHYDEDGNNDAAGGKENKNKNKRVHISELKDEVWLYKNEDKERLSEDYAS EYEDGSIYNEEGGEKPKEHFLEVPLFDEDECGRIIQKNLRHLPSRKIKAIKKNEESEVSE ESLSTTDEEEDMEEPFLDLYEELKREQSVKEFYNPMLRPRLWRFEFFIKYIHNLENQLHR NFYLVSFGNTKKLKLYGDMQKEVLYTPGYSIEPGEIKYLKVPLPIWAEKELSISYEDLQN FEVVIEMWCIKGFTFNELCASSKKTLKEVIENDPDTNVILKRKIEKKNITFETQSLGVYM QLSEIFEFHMALDSWWFIANSEMPNYLKTLPKFLRFKFPLSEDDWVIHSSHKSQNNFWLY PGYFCFIGTYHQLANAFFILTVLSHNTSYRYKPPILLGSCIISLKSVTEHPFFKGTVKKL TLDKTKFRQGEIVGNIKCFVNSYGIEEGDIPVQRPVQPLSDATLVNQLLLNEHYLVIRVI KCENLAISSIDLNNVNINVWVKWDGIVNKTDTVSKSTSPFFYQNLYFPIRLVDKKELTHE SLIKNVLPVDLISKGEICFEVHNNNEIHSTILGIFELPFADIFNYGTPDYRSLAQEASQS ISPYNDYKDNYDATNEGMDLSSDNYDDYYVRKYKTIVYKNTLELMYSTLHLKALNMESVQ TKKESTISVEAFVIPPLPSGLLFIEKEKIQNASMIYKSMSKRWERDFSKFKDTYMQWFPR ADKNRSFPCVSRNEFDSNYYPLCSFVTSINLPAQVSTPGPLFHWLNNIEYIENEDESSIF TPPYFFLSYKKGTIQDHVLLLCCCLKGLEYDAYVCKGTINNGKKNHYWVMTRHEDGWVCF WEVTNKCIIHLKRRWNNNKSSMDPEVNIQKEIMNKVVDDSNREKYYTGEYLMNFVRYGLE ELKKREKEIKEEYDMKEENKLYTMDLYGENHMKDEKVNVNEILFNDDELFNNMFEVKFER NETYSSTKALKYLLENFSKNIPIAPKMFLLDYDKTLAYVPYSSIEVVFNDEQLYGNMQNH HPACILYDLENNYHWRPLLNHSPVPIKSEITISTPLSDRLSEKYTKDLEEEIQEMILFMR TKEGLETSFEHSKEIRHFLEMYIDLCEYKLNLDNNYNTKPENYESTGGNDPQGVQKNSGA EAAYASPTTRVGCVEKGGENEGDNNQLRRTWSQYKNDYYPNIEAQYVNKDNLNFYQTYHP SKEIGMINEEQKKHLVNIPEDYIYGMNDEVYNNGKEQYIKNYVFCRDNADILRNYDDSVK RKNIKRFSNAPVHYQERTHLEEECSDKGNGSNGLNGLNVSNVLNVSNGLNVSNGLNGLNG LNVSNGLNGLNGLNGLNGLNGSNGLDGSNGKDPPMEGEIKGAPTPSGEVPSSEANEEEEL YKEIKENYHYDEDETEEEDKAKESERRHCSIDREGVLNKYIKKYNKKYDNLLKLQKSLKQ KEKKIKEEMVNVKLGGEFFQRSRLGRESFLSYVDTKAFLKSTLGGEKHTKGVNKSVHDRG CVKCDHLFNGYLIIPSKGDHSGYDTHDNWNGAVTQWSRRGGDGVGRTYRLNKPYKGRRNI VLRRSHTSRKKIRELVAQYEEGYHMKKMERNMLKLKMALLKRRISGKGERRRGDSRFDRH PFVIGKNKVEERKRNFTSSPDREEIGTLHRRRLFICQSHHQMYADQKFLDMDSNPMVQNC YTYNNGNDVLHGKNFQGTLYENMKEKNANERLGGNVNTQTGVGNLQGQTESKEKASTAIP PKTWSRLDSTSKYVSHQISQWNWYYSLEEQYFNWQYYKFPVPPNHTFVGFPIHFSTIDFY EVKSFLLHSKRFENIMKLSIDNISFLIYCKVFPLIGGIMSNWMFLGCLVPWMTAQERETK MKKPPKKDVNQR
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PKNH_1146900.fa Sequence name : PKNH_1146900 Sequence length : 1872 VALUES OF COMPUTED PARAMETERS Coef20 : 2.869 CoefTot : -0.771 ChDiff : -21 ZoneTo : 13 KR : 1 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.841 1.847 0.295 0.699 MesoH : 0.171 0.658 -0.254 0.364 MuHd_075 : 14.040 7.814 2.225 2.669 MuHd_095 : 17.192 14.208 6.151 3.873 MuHd_100 : 21.526 17.293 8.595 4.942 MuHd_105 : 24.181 20.552 10.250 5.748 Hmax_075 : 3.413 6.800 -1.884 4.080 Hmax_095 : 6.913 9.362 -0.528 3.999 Hmax_100 : 12.100 13.100 1.872 4.870 Hmax_105 : 12.250 16.200 2.632 6.080 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9793 0.0207 DFMC : 0.9650 0.0350
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1872 PKNH_1146900 MFLINTIKGIFHYDEDGNNDAAGGKENKNKNKRVHISELKDEVWLYKNEDKERLSEDYASEYEDGSIYNEEGGEKPKEHF 80 LEVPLFDEDECGRIIQKNLRHLPSRKIKAIKKNEESEVSEESLSTTDEEEDMEEPFLDLYEELKREQSVKEFYNPMLRPR 160 LWRFEFFIKYIHNLENQLHRNFYLVSFGNTKKLKLYGDMQKEVLYTPGYSIEPGEIKYLKVPLPIWAEKELSISYEDLQN 240 FEVVIEMWCIKGFTFNELCASSKKTLKEVIENDPDTNVILKRKIEKKNITFETQSLGVYMQLSEIFEFHMALDSWWFIAN 320 SEMPNYLKTLPKFLRFKFPLSEDDWVIHSSHKSQNNFWLYPGYFCFIGTYHQLANAFFILTVLSHNTSYRYKPPILLGSC 400 IISLKSVTEHPFFKGTVKKLTLDKTKFRQGEIVGNIKCFVNSYGIEEGDIPVQRPVQPLSDATLVNQLLLNEHYLVIRVI 480 KCENLAISSIDLNNVNINVWVKWDGIVNKTDTVSKSTSPFFYQNLYFPIRLVDKKELTHESLIKNVLPVDLISKGEICFE 560 VHNNNEIHSTILGIFELPFADIFNYGTPDYRSLAQEASQSISPYNDYKDNYDATNEGMDLSSDNYDDYYVRKYKTIVYKN 640 TLELMYSTLHLKALNMESVQTKKESTISVEAFVIPPLPSGLLFIEKEKIQNASMIYKSMSKRWERDFSKFKDTYMQWFPR 720 ADKNRSFPCVSRNEFDSNYYPLCSFVTSINLPAQVSTPGPLFHWLNNIEYIENEDESSIFTPPYFFLSYKKGTIQDHVLL 800 LCCCLKGLEYDAYVCKGTINNGKKNHYWVMTRHEDGWVCFWEVTNKCIIHLKRRWNNNKSSMDPEVNIQKEIMNKVVDDS 880 NREKYYTGEYLMNFVRYGLEELKKREKEIKEEYDMKEENKLYTMDLYGENHMKDEKVNVNEILFNDDELFNNMFEVKFER 960 NETYSSTKALKYLLENFSKNIPIAPKMFLLDYDKTLAYVPYSSIEVVFNDEQLYGNMQNHHPACILYDLENNYHWRPLLN 1040 HSPVPIKSEITISTPLSDRLSEKYTKDLEEEIQEMILFMRTKEGLETSFEHSKEIRHFLEMYIDLCEYKLNLDNNYNTKP 1120 ENYESTGGNDPQGVQKNSGAEAAYASPTTRVGCVEKGGENEGDNNQLRRTWSQYKNDYYPNIEAQYVNKDNLNFYQTYHP 1200 SKEIGMINEEQKKHLVNIPEDYIYGMNDEVYNNGKEQYIKNYVFCRDNADILRNYDDSVKRKNIKRFSNAPVHYQERTHL 1280 EEECSDKGNGSNGLNGLNVSNVLNVSNGLNVSNGLNGLNGLNVSNGLNGLNGLNGLNGLNGSNGLDGSNGKDPPMEGEIK 1360 GAPTPSGEVPSSEANEEEELYKEIKENYHYDEDETEEEDKAKESERRHCSIDREGVLNKYIKKYNKKYDNLLKLQKSLKQ 1440 KEKKIKEEMVNVKLGGEFFQRSRLGRESFLSYVDTKAFLKSTLGGEKHTKGVNKSVHDRGCVKCDHLFNGYLIIPSKGDH 1520 SGYDTHDNWNGAVTQWSRRGGDGVGRTYRLNKPYKGRRNIVLRRSHTSRKKIRELVAQYEEGYHMKKMERNMLKLKMALL 1600 KRRISGKGERRRGDSRFDRHPFVIGKNKVEERKRNFTSSPDREEIGTLHRRRLFICQSHHQMYADQKFLDMDSNPMVQNC 1680 YTYNNGNDVLHGKNFQGTLYENMKEKNANERLGGNVNTQTGVGNLQGQTESKEKASTAIPPKTWSRLDSTSKYVSHQISQ 1760 WNWYYSLEEQYFNWQYYKFPVPPNHTFVGFPIHFSTIDFYEVKSFLLHSKRFENIMKLSIDNISFLIYCKVFPLIGGIMS 1840 NWMFLGCLVPWMTAQERETKMKKPPKKDVNQR 1920 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 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): 0 Name Pos Context Score Pred ____________________________v_________________ PKNH_1146900 8 FLINTIK|GI 0.071 . PKNH_1146900 25 NDAAGGK|EN 0.060 . PKNH_1146900 28 AGGKENK|NK 0.061 . PKNH_1146900 30 GKENKNK|NK 0.077 . PKNH_1146900 32 ENKNKNK|RV 0.100 . PKNH_1146900 33 NKNKNKR|VH 0.194 . PKNH_1146900 40 VHISELK|DE 0.057 . PKNH_1146900 47 DEVWLYK|NE 0.063 . PKNH_1146900 51 LYKNEDK|ER 0.056 . PKNH_1146900 53 KNEDKER|LS 0.099 . PKNH_1146900 75 NEEGGEK|PK 0.061 . PKNH_1146900 77 EGGEKPK|EH 0.064 . PKNH_1146900 93 DEDECGR|II 0.088 . PKNH_1146900 97 CGRIIQK|NL 0.058 . PKNH_1146900 100 IIQKNLR|HL 0.073 . PKNH_1146900 105 LRHLPSR|KI 0.135 . PKNH_1146900 106 RHLPSRK|IK 0.076 . PKNH_1146900 108 LPSRKIK|AI 0.433 . PKNH_1146900 111 RKIKAIK|KN 0.088 . PKNH_1146900 112 KIKAIKK|NE 0.090 . PKNH_1146900 144 DLYEELK|RE 0.056 . PKNH_1146900 145 LYEELKR|EQ 0.149 . PKNH_1146900 150 KREQSVK|EF 0.066 . PKNH_1146900 158 FYNPMLR|PR 0.067 . PKNH_1146900 160 NPMLRPR|LW 0.102 . PKNH_1146900 163 LRPRLWR|FE 0.269 . PKNH_1146900 169 RFEFFIK|YI 0.082 . PKNH_1146900 180 LENQLHR|NF 0.085 . PKNH_1146900 191 VSFGNTK|KL 0.061 . PKNH_1146900 192 SFGNTKK|LK 0.087 . PKNH_1146900 194 GNTKKLK|LY 0.086 . PKNH_1146900 201 LYGDMQK|EV 0.064 . PKNH_1146900 217 IEPGEIK|YL 0.064 . PKNH_1146900 220 GEIKYLK|VP 0.056 . PKNH_1146900 229 LPIWAEK|EL 0.074 . PKNH_1146900 251 IEMWCIK|GF 0.066 . PKNH_1146900 263 ELCASSK|KT 0.063 . PKNH_1146900 264 LCASSKK|TL 0.101 . PKNH_1146900 267 SSKKTLK|EV 0.083 . PKNH_1146900 281 DTNVILK|RK 0.059 . PKNH_1146900 282 TNVILKR|KI 0.330 . PKNH_1146900 283 NVILKRK|IE 0.078 . PKNH_1146900 286 LKRKIEK|KN 0.076 . PKNH_1146900 287 KRKIEKK|NI 0.141 . PKNH_1146900 328 EMPNYLK|TL 0.057 . PKNH_1146900 332 YLKTLPK|FL 0.077 . PKNH_1146900 335 TLPKFLR|FK 0.098 . PKNH_1146900 337 PKFLRFK|FP 0.063 . PKNH_1146900 352 VIHSSHK|SQ 0.069 . PKNH_1146900 390 SHNTSYR|YK 0.144 . PKNH_1146900 392 NTSYRYK|PP 0.066 . PKNH_1146900 405 SCIISLK|SV 0.101 . PKNH_1146900 414 TEHPFFK|GT 0.086 . PKNH_1146900 418 FFKGTVK|KL 0.057 . PKNH_1146900 419 FKGTVKK|LT 0.117 . PKNH_1146900 424 KKLTLDK|TK 0.063 . PKNH_1146900 426 LTLDKTK|FR 0.069 . PKNH_1146900 428 LDKTKFR|QG 0.117 . PKNH_1146900 437 EIVGNIK|CF 0.056 . PKNH_1146900 454 GDIPVQR|PV 0.120 . PKNH_1146900 478 EHYLVIR|VI 0.076 . PKNH_1146900 481 LVIRVIK|CE 0.122 . PKNH_1146900 502 NINVWVK|WD 0.080 . PKNH_1146900 509 WDGIVNK|TD 0.070 . PKNH_1146900 515 KTDTVSK|ST 0.092 . PKNH_1146900 530 NLYFPIR|LV 0.189 . PKNH_1146900 534 PIRLVDK|KE 0.061 . PKNH_1146900 535 IRLVDKK|EL 0.103 . PKNH_1146900 544 THESLIK|NV 0.078 . PKNH_1146900 554 PVDLISK|GE 0.056 . PKNH_1146900 591 YGTPDYR|SL 0.112 . PKNH_1146900 608 SPYNDYK|DN 0.089 . PKNH_1146900 631 YDDYYVR|KY 0.071 . PKNH_1146900 632 DDYYVRK|YK 0.101 . PKNH_1146900 634 YYVRKYK|TI 0.129 . PKNH_1146900 639 YKTIVYK|NT 0.064 . PKNH_1146900 652 YSTLHLK|AL 0.061 . PKNH_1146900 662 MESVQTK|KE 0.079 . PKNH_1146900 663 ESVQTKK|ES 0.098 . PKNH_1146900 686 GLLFIEK|EK 0.063 . PKNH_1146900 688 LFIEKEK|IQ 0.061 . PKNH_1146900 697 NASMIYK|SM 0.092 . PKNH_1146900 701 IYKSMSK|RW 0.058 . PKNH_1146900 702 YKSMSKR|WE 0.220 . PKNH_1146900 705 MSKRWER|DF 0.473 . PKNH_1146900 709 WERDFSK|FK 0.088 . PKNH_1146900 711 RDFSKFK|DT 0.079 . PKNH_1146900 720 YMQWFPR|AD 0.078 . PKNH_1146900 723 WFPRADK|NR 0.075 . PKNH_1146900 725 PRADKNR|SF 0.196 . PKNH_1146900 732 SFPCVSR|NE 0.081 . PKNH_1146900 790 YFFLSYK|KG 0.062 . PKNH_1146900 791 FFLSYKK|GT 0.085 . PKNH_1146900 806 LLCCCLK|GL 0.062 . PKNH_1146900 816 YDAYVCK|GT 0.077 . PKNH_1146900 823 GTINNGK|KN 0.067 . PKNH_1146900 824 TINNGKK|NH 0.115 . PKNH_1146900 832 HYWVMTR|HE 0.084 . PKNH_1146900 846 FWEVTNK|CI 0.062 . PKNH_1146900 852 KCIIHLK|RR 0.060 . PKNH_1146900 853 CIIHLKR|RW 0.163 . PKNH_1146900 854 IIHLKRR|WN 0.150 . PKNH_1146900 859 RRWNNNK|SS 0.107 . PKNH_1146900 870 PEVNIQK|EI 0.061 . PKNH_1146900 875 QKEIMNK|VV 0.082 . PKNH_1146900 882 VVDDSNR|EK 0.076 . PKNH_1146900 884 DDSNREK|YY 0.077 . PKNH_1146900 896 YLMNFVR|YG 0.083 . PKNH_1146900 903 YGLEELK|KR 0.058 . PKNH_1146900 904 GLEELKK|RE 0.080 . PKNH_1146900 905 LEELKKR|EK 0.215 . PKNH_1146900 907 ELKKREK|EI 0.066 . PKNH_1146900 910 KREKEIK|EE 0.072 . PKNH_1146900 916 KEEYDMK|EE 0.064 . PKNH_1146900 920 DMKEENK|LY 0.061 . PKNH_1146900 933 YGENHMK|DE 0.072 . PKNH_1146900 936 NHMKDEK|VN 0.055 . PKNH_1146900 957 NNMFEVK|FE 0.067 . PKNH_1146900 960 FEVKFER|NE 0.072 . PKNH_1146900 968 ETYSSTK|AL 0.066 . PKNH_1146900 971 SSTKALK|YL 0.062 . PKNH_1146900 979 LLENFSK|NI 0.072 . PKNH_1146900 986 NIPIAPK|MF 0.055 . PKNH_1146900 994 FLLDYDK|TL 0.055 . PKNH_1146900 1036 ENNYHWR|PL 0.097 . PKNH_1146900 1047 HSPVPIK|SE 0.074 . PKNH_1146900 1059 STPLSDR|LS 0.087 . PKNH_1146900 1063 SDRLSEK|YT 0.088 . PKNH_1146900 1066 LSEKYTK|DL 0.088 . PKNH_1146900 1080 EMILFMR|TK 0.106 . PKNH_1146900 1082 ILFMRTK|EG 0.057 . PKNH_1146900 1093 TSFEHSK|EI 0.078 . PKNH_1146900 1096 EHSKEIR|HF 0.096 . PKNH_1146900 1109 IDLCEYK|LN 0.057 . PKNH_1146900 1119 DNNYNTK|PE 0.065 . PKNH_1146900 1136 DPQGVQK|NS 0.082 . PKNH_1146900 1150 YASPTTR|VG 0.096 . PKNH_1146900 1156 RVGCVEK|GG 0.072 . PKNH_1146900 1168 GDNNQLR|RT 0.099 . PKNH_1146900 1169 DNNQLRR|TW 0.232 . PKNH_1146900 1175 RTWSQYK|ND 0.057 . PKNH_1146900 1189 EAQYVNK|DN 0.069 . PKNH_1146900 1202 QTYHPSK|EI 0.082 . PKNH_1146900 1212 MINEEQK|KH 0.061 . PKNH_1146900 1213 INEEQKK|HL 0.097 . PKNH_1146900 1235 EVYNNGK|EQ 0.060 . PKNH_1146900 1240 GKEQYIK|NY 0.061 . PKNH_1146900 1246 KNYVFCR|DN 0.160 . PKNH_1146900 1253 DNADILR|NY 0.097 . PKNH_1146900 1260 NYDDSVK|RK 0.056 . PKNH_1146900 1261 YDDSVKR|KN 0.137 . PKNH_1146900 1262 DDSVKRK|NI 0.105 . PKNH_1146900 1265 VKRKNIK|RF 0.072 . PKNH_1146900 1266 KRKNIKR|FS 0.245 . PKNH_1146900 1277 PVHYQER|TH 0.086 . PKNH_1146900 1287 EEECSDK|GN 0.073 . PKNH_1146900 1351 LDGSNGK|DP 0.066 . PKNH_1146900 1360 PMEGEIK|GA 0.060 . PKNH_1146900 1382 EEEELYK|EI 0.063 . PKNH_1146900 1385 ELYKEIK|EN 0.067 . PKNH_1146900 1400 ETEEEDK|AK 0.067 . PKNH_1146900 1402 EEEDKAK|ES 0.072 . PKNH_1146900 1406 KAKESER|RH 0.085 . PKNH_1146900 1407 AKESERR|HC 0.167 . PKNH_1146900 1413 RHCSIDR|EG 0.066 . PKNH_1146900 1419 REGVLNK|YI 0.074 . PKNH_1146900 1422 VLNKYIK|KY 0.072 . PKNH_1146900 1423 LNKYIKK|YN 0.104 . PKNH_1146900 1426 YIKKYNK|KY 0.064 . PKNH_1146900 1427 IKKYNKK|YD 0.093 . PKNH_1146900 1433 KYDNLLK|LQ 0.052 . PKNH_1146900 1436 NLLKLQK|SL 0.085 . PKNH_1146900 1439 KLQKSLK|QK 0.080 . PKNH_1146900 1441 QKSLKQK|EK 0.090 . PKNH_1146900 1443 SLKQKEK|KI 0.076 . PKNH_1146900 1444 LKQKEKK|IK 0.136 . PKNH_1146900 1446 QKEKKIK|EE 0.069 . PKNH_1146900 1453 EEMVNVK|LG 0.065 . PKNH_1146900 1461 GGEFFQR|SR 0.110 . PKNH_1146900 1463 EFFQRSR|LG 0.069 . PKNH_1146900 1466 QRSRLGR|ES 0.405 . PKNH_1146900 1476 LSYVDTK|AF 0.067 . PKNH_1146900 1480 DTKAFLK|ST 0.085 . PKNH_1146900 1487 STLGGEK|HT 0.062 . PKNH_1146900 1490 GGEKHTK|GV 0.117 . PKNH_1146900 1494 HTKGVNK|SV 0.155 . PKNH_1146900 1499 NKSVHDR|GC 0.137 . PKNH_1146900 1503 HDRGCVK|CD 0.059 . PKNH_1146900 1517 YLIIPSK|GD 0.071 . PKNH_1146900 1538 AVTQWSR|RG 0.087 . PKNH_1146900 1539 VTQWSRR|GG 0.236 . PKNH_1146900 1546 GGDGVGR|TY 0.076 . PKNH_1146900 1549 GVGRTYR|LN 0.208 . PKNH_1146900 1552 RTYRLNK|PY 0.139 . PKNH_1146900 1555 RLNKPYK|GR 0.072 . PKNH_1146900 1557 NKPYKGR|RN 0.095 . PKNH_1146900 1558 KPYKGRR|NI 0.123 . PKNH_1146900 1563 RRNIVLR|RS 0.146 . PKNH_1146900 1564 RNIVLRR|SH 0.160 . PKNH_1146900 1569 RRSHTSR|KK 0.152 . PKNH_1146900 1570 RSHTSRK|KI 0.113 . PKNH_1146900 1571 SHTSRKK|IR 0.082 . PKNH_1146900 1573 TSRKKIR|EL 0.155 . PKNH_1146900 1586 EEGYHMK|KM 0.068 . PKNH_1146900 1587 EGYHMKK|ME 0.090 . PKNH_1146900 1590 HMKKMER|NM 0.080 . PKNH_1146900 1594 MERNMLK|LK 0.067 . PKNH_1146900 1596 RNMLKLK|MA 0.070 . PKNH_1146900 1601 LKMALLK|RR 0.061 . PKNH_1146900 1602 KMALLKR|RI 0.235 . PKNH_1146900 1603 MALLKRR|IS 0.257 . PKNH_1146900 1607 KRRISGK|GE 0.082 . PKNH_1146900 1610 ISGKGER|RR 0.101 . PKNH_1146900 1611 SGKGERR|RG 0.100 . PKNH_1146900 1612 GKGERRR|GD 0.182 . PKNH_1146900 1616 RRRGDSR|FD 0.098 . PKNH_1146900 1619 GDSRFDR|HP 0.373 . PKNH_1146900 1626 HPFVIGK|NK 0.062 . PKNH_1146900 1628 FVIGKNK|VE 0.065 . PKNH_1146900 1632 KNKVEER|KR 0.069 . PKNH_1146900 1633 NKVEERK|RN 0.080 . PKNH_1146900 1634 KVEERKR|NF 0.146 . PKNH_1146900 1642 FTSSPDR|EE 0.087 . PKNH_1146900 1650 EIGTLHR|RR 0.062 . PKNH_1146900 1651 IGTLHRR|RL 0.124 . PKNH_1146900 1652 GTLHRRR|LF 0.130 . PKNH_1146900 1667 QMYADQK|FL 0.068 . PKNH_1146900 1693 NDVLHGK|NF 0.062 . PKNH_1146900 1704 TLYENMK|EK 0.070 . PKNH_1146900 1706 YENMKEK|NA 0.086 . PKNH_1146900 1711 EKNANER|LG 0.109 . PKNH_1146900 1732 QGQTESK|EK 0.056 . PKNH_1146900 1734 QTESKEK|AS 0.070 . PKNH_1146900 1742 STAIPPK|TW 0.074 . PKNH_1146900 1746 PPKTWSR|LD 0.089 . PKNH_1146900 1752 RLDSTSK|YV 0.103 . PKNH_1146900 1778 FNWQYYK|FP 0.066 . PKNH_1146900 1803 IDFYEVK|SF 0.065 . PKNH_1146900 1810 SFLLHSK|RF 0.067 . PKNH_1146900 1811 FLLHSKR|FE 0.151 . PKNH_1146900 1817 RFENIMK|LS 0.064 . PKNH_1146900 1830 SFLIYCK|VF 0.055 . PKNH_1146900 1857 WMTAQER|ET 0.079 . PKNH_1146900 1860 AQERETK|MK 0.105 . PKNH_1146900 1862 ERETKMK|KP 0.071 . PKNH_1146900 1863 RETKMKK|PP 0.084 . PKNH_1146900 1866 KMKKPPK|KD 0.069 . PKNH_1146900 1867 MKKPPKK|DV 0.279 . PKNH_1146900 1872 KKDVNQR|-- 0.110 . ____________________________^_________________

  • Fasta :-

    >PKNH_1146900 ATGTTTTTGATAAATACAATTAAGGGAATCTTTCATTACGATGAGGACGGAAACAATGAC GCAGCAGGGGGAAAGGAAAATAAAAATAAAAATAAAAGGGTTCATATTAGTGAGCTGAAG GACGAAGTGTGGTTATACAAAAATGAGGATAAGGAGCGCCTAAGTGAAGACTACGCTAGT GAATACGAAGATGGGAGCATTTATAATGAGGAAGGTGGAGAAAAGCCAAAGGAACATTTT TTAGAGGTGCCGCTATTCGATGAAGACGAATGTGGACGGATCATCCAAAAGAATTTGAGG CACCTCCCGAGCAGGAAAATAAAAGCAATAAAAAAAAACGAAGAGTCTGAAGTTAGCGAA GAAAGTCTAAGTACCACCGATGAGGAAGAAGACATGGAAGAGCCTTTCCTTGACCTGTAC GAGGAATTAAAGAGAGAACAAAGCGTAAAGGAGTTCTACAACCCGATGCTGCGGCCCAGA TTGTGGCGCTTTGAATTTTTTATAAAATATATTCATAACTTGGAAAATCAGTTACATAGA AACTTTTACTTAGTATCCTTCGGAAATACCAAGAAACTGAAACTGTACGGAGACATGCAG AAGGAGGTGCTGTACACGCCTGGGTATTCAATAGAACCGGGGGAGATCAAGTACTTGAAG GTTCCACTGCCCATCTGGGCGGAAAAGGAGTTGAGCATATCCTACGAGGACTTGCAGAAC TTCGAAGTGGTCATTGAAATGTGGTGCATAAAGGGGTTTACATTCAATGAGCTGTGCGCC TCGTCCAAGAAAACCTTGAAAGAGGTCATTGAAAACGACCCCGACACGAACGTTATCCTG AAGCGGAAAATCGAGAAAAAGAACATCACTTTTGAGACGCAGAGTTTGGGGGTGTACATG CAGCTATCAGAAATCTTCGAGTTCCACATGGCCCTTGACAGCTGGTGGTTCATAGCAAAT TCAGAAATGCCGAATTACTTAAAAACCTTGCCGAAATTTTTGCGTTTCAAATTTCCCCTA AGTGAAGACGACTGGGTCATTCACAGCTCGCACAAATCGCAGAACAACTTTTGGCTTTAC CCGGGGTATTTCTGCTTCATTGGTACTTACCATCAATTGGCCAATGCCTTTTTCATCCTC ACGGTATTGTCCCACAACACTAGCTATAGATACAAGCCACCCATCCTGCTTGGGTCCTGC ATCATATCCTTAAAGTCTGTGACGGAGCATCCGTTTTTCAAAGGAACTGTGAAAAAGCTG ACACTGGACAAGACGAAATTCAGGCAGGGCGAAATTGTAGGGAATATCAAATGCTTTGTC AACAGCTACGGTATAGAGGAAGGAGACATTCCTGTGCAGAGGCCCGTCCAGCCTCTCAGT GATGCAACGTTGGTGAATCAGCTCCTTTTGAACGAACACTACTTGGTGATCAGAGTAATA AAATGTGAAAATCTAGCCATCAGCAGCATCGACCTGAATAACGTGAATATAAACGTATGG GTGAAGTGGGACGGAATAGTCAACAAAACGGACACCGTGTCGAAGAGCACTTCCCCTTTT TTTTATCAAAATTTGTATTTCCCCATTCGGCTAGTAGATAAAAAGGAGCTAACGCATGAG AGTTTGATAAAAAATGTGTTGCCAGTGGACTTGATTTCAAAAGGGGAAATATGTTTTGAG GTTCATAACAACAATGAAATACATTCCACCATTTTGGGGATCTTCGAGCTCCCCTTCGCG GATATTTTTAACTACGGTACGCCAGATTACCGTTCCTTGGCTCAGGAAGCCTCCCAAAGC ATCTCCCCCTACAACGATTACAAGGACAACTACGACGCAACAAATGAGGGGATGGACCTT TCGAGCGACAACTATGATGACTACTACGTGAGGAAGTATAAAACCATCGTGTATAAGAAC ACTTTAGAGTTGATGTACTCTACGCTTCACTTGAAAGCGTTGAACATGGAAAGCGTACAG ACGAAGAAGGAGTCGACCATTTCGGTGGAGGCCTTTGTTATCCCTCCATTGCCCAGTGGC TTGCTCTTTATAGAGAAGGAAAAAATTCAGAACGCTTCGATGATATATAAGTCCATGTCA AAGAGGTGGGAGAGGGACTTCTCCAAATTCAAGGATACCTACATGCAGTGGTTTCCCCGG GCGGATAAAAATAGGAGTTTTCCCTGTGTGAGCAGAAACGAGTTTGACAGTAATTACTAT CCCCTGTGTAGCTTTGTCACTTCGATTAATTTGCCTGCCCAAGTGTCCACTCCTGGTCCT CTTTTCCATTGGCTGAACAACATAGAGTACATTGAGAACGAAGACGAGTCGTCTATTTTT ACCCCCCCGTATTTCTTTCTGTCCTATAAGAAGGGTACCATACAAGATCACGTCCTGCTG CTGTGTTGTTGTTTGAAGGGTTTGGAGTACGACGCCTATGTGTGTAAAGGCACAATAAAC AACGGGAAGAAGAACCATTACTGGGTCATGACGAGGCACGAAGACGGATGGGTATGTTTC TGGGAAGTTACGAACAAGTGCATTATCCATTTGAAGAGAAGATGGAACAATAACAAATCT TCAATGGATCCAGAAGTGAACATTCAGAAGGAAATTATGAACAAGGTGGTGGATGACAGC AACAGAGAAAAGTATTACACAGGGGAATATTTAATGAACTTTGTTAGATACGGGTTGGAG GAATTAAAAAAGAGGGAGAAAGAAATCAAGGAGGAATACGACATGAAGGAAGAAAATAAA CTGTACACTATGGACCTGTATGGAGAGAATCACATGAAGGATGAAAAAGTAAACGTAAAT GAAATTCTTTTCAACGATGACGAACTTTTCAATAATATGTTCGAAGTAAAGTTTGAAAGG AATGAGACGTACAGTTCTACTAAGGCGTTAAAATATTTGTTGGAAAATTTTTCAAAAAAT ATTCCCATTGCTCCAAAGATGTTTCTTCTGGATTATGATAAAACCTTAGCTTATGTGCCT TACTCATCCATCGAGGTCGTTTTCAATGATGAGCAGTTGTATGGTAACATGCAGAACCAC CATCCCGCATGCATTCTGTACGATCTGGAGAACAATTACCACTGGCGCCCCCTTTTGAAC CACTCCCCCGTGCCGATCAAGAGTGAAATTACGATATCGACTCCGTTGAGTGACAGGCTT TCCGAGAAGTACACCAAGGATCTGGAGGAGGAAATTCAGGAAATGATACTCTTCATGAGG ACCAAGGAAGGATTGGAAACCTCCTTTGAGCATTCCAAGGAGATTAGACATTTCTTAGAA ATGTATATTGACCTATGTGAATATAAGCTTAACTTAGATAATAATTACAACACGAAGCCA GAGAATTATGAGAGTACAGGGGGGAATGATCCTCAGGGTGTCCAGAAAAACTCAGGTGCA GAAGCGGCATATGCATCCCCCACAACACGTGTAGGATGCGTTGAGAAGGGAGGAGAAAAT GAAGGAGACAATAACCAATTGAGAAGAACATGGTCTCAATACAAAAACGATTATTATCCT AACATTGAAGCACAGTACGTTAACAAGGATAATTTAAATTTTTATCAGACTTACCACCCA AGTAAAGAAATTGGCATGATAAATGAAGAGCAGAAAAAGCACCTTGTCAATATTCCAGAG GATTATATATACGGGATGAATGATGAGGTGTACAATAATGGGAAGGAGCAGTATATAAAG AACTACGTTTTTTGTAGGGACAACGCGGATATCCTAAGGAACTACGATGACAGTGTGAAG AGGAAAAATATAAAACGGTTTAGCAATGCACCTGTGCATTACCAGGAGAGGACCCACCTG GAGGAAGAGTGCAGTGATAAGGGGAATGGATCAAATGGTTTAAATGGTTTAAATGTATCA AATGTTTTAAATGTGTCAAATGGTTTAAATGTGTCAAATGGTTTAAATGGTTTAAATGGT TTAAATGTGTCAAATGGTTTAAATGGTTTAAATGGTTTAAATGGTTTAAATGGTTTAAAT GGATCAAATGGTTTAGATGGATCAAATGGGAAGGATCCCCCAATGGAGGGAGAGATAAAA GGTGCCCCTACCCCCAGTGGAGAAGTCCCATCAAGTGAAGCAAATGAGGAAGAGGAGTTG TACAAAGAAATCAAGGAGAATTATCACTACGATGAGGATGAAACGGAAGAGGAAGACAAA GCGAAGGAATCGGAACGGCGACACTGCTCCATTGATCGAGAAGGTGTGCTAAACAAGTAT ATCAAGAAGTACAATAAAAAGTATGATAATCTGCTTAAGCTTCAGAAGAGTTTGAAGCAG AAGGAGAAAAAGATAAAGGAAGAAATGGTAAACGTTAAGTTGGGGGGGGAATTCTTCCAA CGTAGTCGGTTAGGTAGAGAATCCTTCTTAAGCTATGTAGACACGAAAGCATTTTTGAAG AGCACCTTGGGAGGAGAAAAACATACAAAGGGGGTTAATAAGTCAGTGCATGATAGAGGG TGCGTTAAATGTGATCATTTGTTTAATGGCTACCTGATTATCCCCTCGAAGGGAGACCAT TCGGGATACGACACTCATGATAACTGGAATGGTGCAGTGACACAGTGGAGCAGAAGAGGA GGTGACGGAGTGGGTCGAACGTATCGCCTGAACAAACCATACAAGGGTCGTAGAAACATC GTGCTGAGGAGGTCACATACCAGTCGGAAGAAGATACGCGAATTAGTTGCCCAGTATGAA GAAGGATATCACATGAAGAAGATGGAAAGAAACATGCTTAAGTTAAAAATGGCCTTATTA AAACGTAGGATTAGTGGAAAAGGGGAAAGAAGAAGAGGAGATTCACGCTTTGACAGGCAC CCATTCGTTATTGGGAAGAACAAGGTGGAAGAAAGAAAAAGAAATTTCACTTCGTCGCCT GATAGAGAAGAAATAGGCACGTTACACAGGAGAAGACTGTTCATTTGCCAGAGCCACCAT CAGATGTACGCGGACCAGAAATTCCTCGACATGGACAGCAATCCGATGGTGCAAAACTGT TACACATATAATAACGGAAATGATGTGTTACATGGGAAGAACTTCCAGGGAACCTTGTAT GAAAATATGAAGGAAAAAAATGCAAACGAAAGATTGGGAGGTAATGTAAACACTCAAACT GGTGTGGGGAATCTACAAGGACAAACTGAATCAAAGGAAAAGGCATCCACAGCGATCCCT CCAAAAACCTGGAGCAGATTAGACTCCACGTCTAAGTATGTTTCTCATCAGATTTCGCAG TGGAACTGGTATTACTCATTGGAGGAGCAGTACTTCAACTGGCAGTACTACAAATTCCCT GTGCCACCGAACCACACGTTCGTTGGGTTCCCGATTCATTTTTCGACCATCGATTTCTAC GAAGTCAAGTCATTCTTGCTGCACTCCAAGCGATTCGAGAACATAATGAAGCTCTCCATA GACAACATCTCCTTCCTCATATATTGTAAAGTGTTCCCCTTAATTGGGGGGATAATGTCC AACTGGATGTTCCTTGGCTGTTTGGTGCCTTGGATGACTGCACAGGAGAGGGAAACCAAA ATGAAGAAGCCCCCGAAGAAGGACGTCAATCAGAGGTAG
  • Download Fasta

  • Fasta :-

    MFLINTIKGIFHYDEDGNNDAAGGKENKNKNKRVHISELKDEVWLYKNEDKERLSEDYAS EYEDGSIYNEEGGEKPKEHFLEVPLFDEDECGRIIQKNLRHLPSRKIKAIKKNEESEVSE ESLSTTDEEEDMEEPFLDLYEELKREQSVKEFYNPMLRPRLWRFEFFIKYIHNLENQLHR NFYLVSFGNTKKLKLYGDMQKEVLYTPGYSIEPGEIKYLKVPLPIWAEKELSISYEDLQN FEVVIEMWCIKGFTFNELCASSKKTLKEVIENDPDTNVILKRKIEKKNITFETQSLGVYM QLSEIFEFHMALDSWWFIANSEMPNYLKTLPKFLRFKFPLSEDDWVIHSSHKSQNNFWLY PGYFCFIGTYHQLANAFFILTVLSHNTSYRYKPPILLGSCIISLKSVTEHPFFKGTVKKL TLDKTKFRQGEIVGNIKCFVNSYGIEEGDIPVQRPVQPLSDATLVNQLLLNEHYLVIRVI KCENLAISSIDLNNVNINVWVKWDGIVNKTDTVSKSTSPFFYQNLYFPIRLVDKKELTHE SLIKNVLPVDLISKGEICFEVHNNNEIHSTILGIFELPFADIFNYGTPDYRSLAQEASQS ISPYNDYKDNYDATNEGMDLSSDNYDDYYVRKYKTIVYKNTLELMYSTLHLKALNMESVQ TKKESTISVEAFVIPPLPSGLLFIEKEKIQNASMIYKSMSKRWERDFSKFKDTYMQWFPR ADKNRSFPCVSRNEFDSNYYPLCSFVTSINLPAQVSTPGPLFHWLNNIEYIENEDESSIF TPPYFFLSYKKGTIQDHVLLLCCCLKGLEYDAYVCKGTINNGKKNHYWVMTRHEDGWVCF WEVTNKCIIHLKRRWNNNKSSMDPEVNIQKEIMNKVVDDSNREKYYTGEYLMNFVRYGLE ELKKREKEIKEEYDMKEENKLYTMDLYGENHMKDEKVNVNEILFNDDELFNNMFEVKFER NETYSSTKALKYLLENFSKNIPIAPKMFLLDYDKTLAYVPYSSIEVVFNDEQLYGNMQNH HPACILYDLENNYHWRPLLNHSPVPIKSEITISTPLSDRLSEKYTKDLEEEIQEMILFMR TKEGLETSFEHSKEIRHFLEMYIDLCEYKLNLDNNYNTKPENYESTGGNDPQGVQKNSGA EAAYASPTTRVGCVEKGGENEGDNNQLRRTWSQYKNDYYPNIEAQYVNKDNLNFYQTYHP SKEIGMINEEQKKHLVNIPEDYIYGMNDEVYNNGKEQYIKNYVFCRDNADILRNYDDSVK RKNIKRFSNAPVHYQERTHLEEECSDKGNGSNGLNGLNVSNVLNVSNGLNVSNGLNGLNG LNVSNGLNGLNGLNGLNGLNGSNGLDGSNGKDPPMEGEIKGAPTPSGEVPSSEANEEEEL YKEIKENYHYDEDETEEEDKAKESERRHCSIDREGVLNKYIKKYNKKYDNLLKLQKSLKQ KEKKIKEEMVNVKLGGEFFQRSRLGRESFLSYVDTKAFLKSTLGGEKHTKGVNKSVHDRG CVKCDHLFNGYLIIPSKGDHSGYDTHDNWNGAVTQWSRRGGDGVGRTYRLNKPYKGRRNI VLRRSHTSRKKIRELVAQYEEGYHMKKMERNMLKLKMALLKRRISGKGERRRGDSRFDRH PFVIGKNKVEERKRNFTSSPDREEIGTLHRRRLFICQSHHQMYADQKFLDMDSNPMVQNC YTYNNGNDVLHGKNFQGTLYENMKEKNANERLGGNVNTQTGVGNLQGQTESKEKASTAIP PKTWSRLDSTSKYVSHQISQWNWYYSLEEQYFNWQYYKFPVPPNHTFVGFPIHFSTIDFY EVKSFLLHSKRFENIMKLSIDNISFLIYCKVFPLIGGIMSNWMFLGCLVPWMTAQERETK MKKPPKKDVNQR

    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PKNH_1146900124 SEESLSTTDE0.997unspPKNH_1146900124 SEESLSTTDE0.997unspPKNH_1146900124 SEESLSTTDE0.997unspPKNH_1146900148 SKREQSVKEF0.997unspPKNH_1146900234 SELSISYEDL0.997unspPKNH_1146900341 SKFPLSEDDW0.995unspPKNH_1146900406 SISLKSVTEH0.996unspPKNH_1146900661 TESVQTKKES0.992unspPKNH_1146900700 SYKSMSKRWE0.996unspPKNH_1146900880 SVVDDSNREK0.992unspPKNH_11469001061 SSDRLSEKYT0.997unspPKNH_11469001404 SKAKESERRH0.996unspPKNH_11469001471 SESFLSYVDT0.997unspPKNH_11469001521 SKGDHSGYDT0.998unspPKNH_11469001565 SVLRRSHTSR0.992unspPKNH_11469001568 SRSHTSRKKI0.995unspPKNH_11469001605 SKRRISGKGE0.998unspPKNH_11469001615 SRRGDSRFDR0.997unspPKNH_11469001639 SNFTSSPDRE0.995unspPKNH_114690055 SKERLSEDYA0.992unspPKNH_114690060 SEDYASEYED0.993unsp

PK6_0210c      PKH_114610      



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