PcyM_1148200 | centrosomal protein CEP76, putative

UniProt_ID:

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	_ID	Prediction	OTHER	SP	mTP	CS_Position
	PcyM_1148200	OTHER	0.999681	0.000013	0.000306

No Results

Fasta :-
>PcyM_1148200 MFLMNTIKGIFQYEEGGNNDVAGEKKNKRVHISELKDEVWLYKNEDKKRLSEDYASEYED EDGSFYDEEGGKKPKDHFLEVPLFDEDECGQSIQKKLRYLPSRKIKAIKRSEESEVSEES QSTTDEEEDMEEPFLDLYEELKREQIVKEFYNPMLRPRLWRFEFFIKYIHNLENQLQRNF YLVSFGNIKKLKLYGDLKKEVLYTPGYSIEPGEIKHLKVPLPIWAEKELSISYEDLQNFE VAIEMWCIKGFTFNELYASSKKTLKEIIENDPDTNVILKRRIEKRNIIFEAQRLGVYMQL SEIFEFHMALDSWWFIANSEMPSYLKTLPKFLRFKFPLSEDDWVIHSSHKSQNNFWLYPG YFCFIGTYQQLANAFFILTVLSHNNSYRYKPPILLGSCIISLKSVTEHPFFKGTVKKLTL DKTKFKQGEIVGNIKCFVNSYGIEEGDIPVQRPVQQLSDATLVNQLLLNDHYLVIRVIKC ENLAISSIDLNNVNINVWVKWDGIVNKTDTVSKSTSPFFYQNLYFPIRLVDKKELTNESL IRNVLPVDLISKGEICFEVHNNNEIHSTILGIFELPFSDIFNHGTVDYRSLAQEASQSSS PYNDYKDNYDAANEGMGLSSENNDDYYVRKYKTVVYKNTLKLMYSTLHLKALNMESIQTR KESTISVEAFVIPPLPSGLVFVEKEKMQNASMIYKSMSKRWERDFAKFKDTYIQWFPRAD KNRSFPCVSRNEFDGNYYPLCSFVTSINLPAQVSTPGPLFHWLNNIEYIENEEESSIFTP PYFFLSYKKGTIQDHVLLLCCCLKGLEYDAYVCKGTINNGKKNHYWVMTRHEDGWVCFWE VTNKCIIHLKNRWNNNKYSRNSEMSTQKEIISKVVEDNDREKYYTGEYLMNFVRYGLEEL KKREKQIKEEYDMKEENKLYTMDLYGENHMKDEQVDVNEILYNDEELFNNVFEVKFERNE TYSSSKALKYLLENFSKHIPIAPKMFLLDYERTLAYVPYSSIEVVFNDEQLYGNMQNHHP ACILYDLENNYHWRPLLNHSPVPIKSEITISTPLSDRLSVKYTKDLEEEIQEMILFMRTK EGLETSFEHSKEIRHFLEMYIDLCEYKLNLDNNYNPKPENYDRTGGEEAKGGQRSQVGEG GRASPPTGIGSAEKGGENQGEKTQIRKTWSQYKNDYYPNIEAQYVNKDNFNFYQTYQPSE QIDMINHEQKKHLVNIPEDYIYGMNDEVYNNGKEQYIKNYVFCRDNADILNNYDNSVKRK NIKRFSNAPVHYQERVHVGGECSVRGSDRGSDRGSDRGSDRGSDKGSDKESNKNEPKGKD PQMGGEIKRVLAPNGGEAAQEQDTPSMTGGGSIHKEGDPSSEENELEELYKEIKETYHYD EEEMEEKDKAKESERRHRCTDREGVPNKYIKKYNKKYDNLLKLQKSLKQKEKQMKEEMVD VKLGEGQFFQRGRLGRESFFSYVDTQAFLKRTLGGKTRTKGVNKSVHDKRCLKCNHMFNG YLIIPSKGDYSGDGTHDNCKGEVTQRGRRSGDGVGRAYRLNKPCTERRNTILRKSHDPSG KKLRELVTKYKKRYHIRKVERNMLKLKMALLKRRIWGKRKGRSDARFERNPFDIENKMED RKKSSPSSPDREVPGALQRGRLFLCQSHHQMYADQKYLDMGSNPVGSYQESIAQERVEDS YSDNPVVQNRYVDNNASGMLHGSNLQGTVYDHVQGKNTNEGMGGNVNTQTGGEHLKGPTE SKEKASTPIPPKTWSRLDPTSKYGAHQTSQWNWYYSLEEQYFNWQYYKFPVPPNHTFVGF PIHFSTIDFYEVKSFLLHSKRFENIMKLSIDNISFLIYCKVFPLIGGIMSNWMFLGCLVP WMTAQERETKMKKPPKKDVNQR
Download Fasta

MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PcyM_1148200.fa Sequence name : PcyM_1148200 Sequence length : 1882 VALUES OF COMPUTED PARAMETERS Coef20 : 2.946 CoefTot : -0.687 ChDiff : -8 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 : 0.155 0.658 -0.256 0.364 MuHd_075 : 22.008 13.282 5.851 4.305 MuHd_095 : 11.681 12.340 4.357 3.721 MuHd_100 : 20.366 15.594 7.918 5.092 MuHd_105 : 27.193 19.573 10.518 6.148 Hmax_075 : 11.375 9.600 0.954 5.010 Hmax_095 : 6.913 9.362 -0.528 4.139 Hmax_100 : 12.100 10.500 1.872 4.870 Hmax_105 : 12.250 13.600 2.632 5.480 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9509 0.0491 DFMC : 0.9278 0.0722

##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1882 PcyM_1148200 MFLMNTIKGIFQYEEGGNNDVAGEKKNKRVHISELKDEVWLYKNEDKKRLSEDYASEYEDEDGSFYDEEGGKKPKDHFLE 80 VPLFDEDECGQSIQKKLRYLPSRKIKAIKRSEESEVSEESQSTTDEEEDMEEPFLDLYEELKREQIVKEFYNPMLRPRLW 160 RFEFFIKYIHNLENQLQRNFYLVSFGNIKKLKLYGDLKKEVLYTPGYSIEPGEIKHLKVPLPIWAEKELSISYEDLQNFE 240 VAIEMWCIKGFTFNELYASSKKTLKEIIENDPDTNVILKRRIEKRNIIFEAQRLGVYMQLSEIFEFHMALDSWWFIANSE 320 MPSYLKTLPKFLRFKFPLSEDDWVIHSSHKSQNNFWLYPGYFCFIGTYQQLANAFFILTVLSHNNSYRYKPPILLGSCII 400 SLKSVTEHPFFKGTVKKLTLDKTKFKQGEIVGNIKCFVNSYGIEEGDIPVQRPVQQLSDATLVNQLLLNDHYLVIRVIKC 480 ENLAISSIDLNNVNINVWVKWDGIVNKTDTVSKSTSPFFYQNLYFPIRLVDKKELTNESLIRNVLPVDLISKGEICFEVH 560 NNNEIHSTILGIFELPFSDIFNHGTVDYRSLAQEASQSSSPYNDYKDNYDAANEGMGLSSENNDDYYVRKYKTVVYKNTL 640 KLMYSTLHLKALNMESIQTRKESTISVEAFVIPPLPSGLVFVEKEKMQNASMIYKSMSKRWERDFAKFKDTYIQWFPRAD 720 KNRSFPCVSRNEFDGNYYPLCSFVTSINLPAQVSTPGPLFHWLNNIEYIENEEESSIFTPPYFFLSYKKGTIQDHVLLLC 800 CCLKGLEYDAYVCKGTINNGKKNHYWVMTRHEDGWVCFWEVTNKCIIHLKNRWNNNKYSRNSEMSTQKEIISKVVEDNDR 880 EKYYTGEYLMNFVRYGLEELKKREKQIKEEYDMKEENKLYTMDLYGENHMKDEQVDVNEILYNDEELFNNVFEVKFERNE 960 TYSSSKALKYLLENFSKHIPIAPKMFLLDYERTLAYVPYSSIEVVFNDEQLYGNMQNHHPACILYDLENNYHWRPLLNHS 1040 PVPIKSEITISTPLSDRLSVKYTKDLEEEIQEMILFMRTKEGLETSFEHSKEIRHFLEMYIDLCEYKLNLDNNYNPKPEN 1120 YDRTGGEEAKGGQRSQVGEGGRASPPTGIGSAEKGGENQGEKTQIRKTWSQYKNDYYPNIEAQYVNKDNFNFYQTYQPSE 1200 QIDMINHEQKKHLVNIPEDYIYGMNDEVYNNGKEQYIKNYVFCRDNADILNNYDNSVKRKNIKRFSNAPVHYQERVHVGG 1280 ECSVRGSDRGSDRGSDRGSDRGSDKGSDKESNKNEPKGKDPQMGGEIKRVLAPNGGEAAQEQDTPSMTGGGSIHKEGDPS 1360 SEENELEELYKEIKETYHYDEEEMEEKDKAKESERRHRCTDREGVPNKYIKKYNKKYDNLLKLQKSLKQKEKQMKEEMVD 1440 VKLGEGQFFQRGRLGRESFFSYVDTQAFLKRTLGGKTRTKGVNKSVHDKRCLKCNHMFNGYLIIPSKGDYSGDGTHDNCK 1520 GEVTQRGRRSGDGVGRAYRLNKPCTERRNTILRKSHDPSGKKLRELVTKYKKRYHIRKVERNMLKLKMALLKRRIWGKRK 1600 GRSDARFERNPFDIENKMEDRKKSSPSSPDREVPGALQRGRLFLCQSHHQMYADQKYLDMGSNPVGSYQESIAQERVEDS 1680 YSDNPVVQNRYVDNNASGMLHGSNLQGTVYDHVQGKNTNEGMGGNVNTQTGGEHLKGPTESKEKASTPIPPKTWSRLDPT 1760 SKYGAHQTSQWNWYYSLEEQYFNWQYYKFPVPPNHTFVGFPIHFSTIDFYEVKSFLLHSKRFENIMKLSIDNISFLIYCK 1840 VFPLIGGIMSNWMFLGCLVPWMTAQERETKMKKPPKKDVNQR 1920 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 ................................................................................ 1360 ................................................................................ 1440 ................................................................................ 1520 ........P....................................................................... 1600 ................................................................................ 1680 ................................................................................ 1760 ................................................................................ 1840 .......................................... 1920 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 1 Name Pos Context Score Pred ____________________________v_________________ PcyM_1148200 8 FLMNTIK|GI 0.088 . PcyM_1148200 25 NDVAGEK|KN 0.057 . PcyM_1148200 26 DVAGEKK|NK 0.091 . PcyM_1148200 28 AGEKKNK|RV 0.085 . PcyM_1148200 29 GEKKNKR|VH 0.163 . PcyM_1148200 36 VHISELK|DE 0.057 . PcyM_1148200 43 DEVWLYK|NE 0.063 . PcyM_1148200 47 LYKNEDK|KR 0.055 . PcyM_1148200 48 YKNEDKK|RL 0.108 . PcyM_1148200 49 KNEDKKR|LS 0.224 . PcyM_1148200 72 YDEEGGK|KP 0.057 . PcyM_1148200 73 DEEGGKK|PK 0.084 . PcyM_1148200 75 EGGKKPK|DH 0.076 . PcyM_1148200 95 CGQSIQK|KL 0.057 . PcyM_1148200 96 GQSIQKK|LR 0.088 . PcyM_1148200 98 SIQKKLR|YL 0.091 . PcyM_1148200 103 LRYLPSR|KI 0.130 . PcyM_1148200 104 RYLPSRK|IK 0.071 . PcyM_1148200 106 LPSRKIK|AI 0.397 . PcyM_1148200 109 RKIKAIK|RS 0.083 . PcyM_1148200 110 KIKAIKR|SE 0.262 . PcyM_1148200 142 DLYEELK|RE 0.056 . PcyM_1148200 143 LYEELKR|EQ 0.124 . PcyM_1148200 148 KREQIVK|EF 0.062 . PcyM_1148200 156 FYNPMLR|PR 0.067 . PcyM_1148200 158 NPMLRPR|LW 0.102 . PcyM_1148200 161 LRPRLWR|FE 0.269 . PcyM_1148200 167 RFEFFIK|YI 0.082 . PcyM_1148200 178 LENQLQR|NF 0.085 . PcyM_1148200 189 VSFGNIK|KL 0.057 . PcyM_1148200 190 SFGNIKK|LK 0.072 . PcyM_1148200 192 GNIKKLK|LY 0.081 . PcyM_1148200 198 KLYGDLK|KE 0.054 . PcyM_1148200 199 LYGDLKK|EV 0.098 . PcyM_1148200 215 IEPGEIK|HL 0.062 . PcyM_1148200 218 GEIKHLK|VP 0.061 . PcyM_1148200 227 LPIWAEK|EL 0.074 . PcyM_1148200 249 IEMWCIK|GF 0.066 . PcyM_1148200 261 ELYASSK|KT 0.063 . PcyM_1148200 262 LYASSKK|TL 0.095 . PcyM_1148200 265 SSKKTLK|EI 0.070 . PcyM_1148200 279 DTNVILK|RR 0.059 . PcyM_1148200 280 TNVILKR|RI 0.239 . PcyM_1148200 281 NVILKRR|IE 0.103 . PcyM_1148200 284 LKRRIEK|RN 0.130 . PcyM_1148200 285 KRRIEKR|NI 0.263 . PcyM_1148200 293 IIFEAQR|LG 0.068 . PcyM_1148200 326 EMPSYLK|TL 0.054 . PcyM_1148200 330 YLKTLPK|FL 0.075 . PcyM_1148200 333 TLPKFLR|FK 0.098 . PcyM_1148200 335 PKFLRFK|FP 0.063 . PcyM_1148200 350 VIHSSHK|SQ 0.069 . PcyM_1148200 388 SHNNSYR|YK 0.149 . PcyM_1148200 390 NNSYRYK|PP 0.070 . PcyM_1148200 403 SCIISLK|SV 0.101 . PcyM_1148200 412 TEHPFFK|GT 0.086 . PcyM_1148200 416 FFKGTVK|KL 0.057 . PcyM_1148200 417 FKGTVKK|LT 0.122 . PcyM_1148200 422 KKLTLDK|TK 0.065 . PcyM_1148200 424 LTLDKTK|FK 0.074 . PcyM_1148200 426 LDKTKFK|QG 0.077 . PcyM_1148200 435 EIVGNIK|CF 0.056 . PcyM_1148200 452 GDIPVQR|PV 0.127 . PcyM_1148200 476 DHYLVIR|VI 0.076 . PcyM_1148200 479 LVIRVIK|CE 0.117 . PcyM_1148200 500 NINVWVK|WD 0.080 . PcyM_1148200 507 WDGIVNK|TD 0.070 . PcyM_1148200 513 KTDTVSK|ST 0.092 . PcyM_1148200 528 NLYFPIR|LV 0.182 . PcyM_1148200 532 PIRLVDK|KE 0.060 . PcyM_1148200 533 IRLVDKK|EL 0.095 . PcyM_1148200 542 TNESLIR|NV 0.128 . PcyM_1148200 552 PVDLISK|GE 0.056 . PcyM_1148200 589 HGTVDYR|SL 0.128 . PcyM_1148200 606 SPYNDYK|DN 0.090 . PcyM_1148200 629 NDDYYVR|KY 0.077 . PcyM_1148200 630 DDYYVRK|YK 0.100 . PcyM_1148200 632 YYVRKYK|TV 0.158 . PcyM_1148200 637 YKTVVYK|NT 0.068 . PcyM_1148200 641 VYKNTLK|LM 0.056 . PcyM_1148200 650 YSTLHLK|AL 0.060 . PcyM_1148200 660 MESIQTR|KE 0.110 . PcyM_1148200 661 ESIQTRK|ES 0.085 . PcyM_1148200 684 GLVFVEK|EK 0.073 . PcyM_1148200 686 VFVEKEK|MQ 0.061 . PcyM_1148200 695 NASMIYK|SM 0.089 . PcyM_1148200 699 IYKSMSK|RW 0.057 . PcyM_1148200 700 YKSMSKR|WE 0.239 . PcyM_1148200 703 MSKRWER|DF 0.373 . PcyM_1148200 707 WERDFAK|FK 0.102 . PcyM_1148200 709 RDFAKFK|DT 0.083 . PcyM_1148200 718 YIQWFPR|AD 0.077 . PcyM_1148200 721 WFPRADK|NR 0.078 . PcyM_1148200 723 PRADKNR|SF 0.196 . PcyM_1148200 730 SFPCVSR|NE 0.085 . PcyM_1148200 788 YFFLSYK|KG 0.062 . PcyM_1148200 789 FFLSYKK|GT 0.085 . PcyM_1148200 804 LLCCCLK|GL 0.062 . PcyM_1148200 814 YDAYVCK|GT 0.077 . PcyM_1148200 821 GTINNGK|KN 0.067 . PcyM_1148200 822 TINNGKK|NH 0.115 . PcyM_1148200 830 HYWVMTR|HE 0.084 . PcyM_1148200 844 FWEVTNK|CI 0.062 . PcyM_1148200 850 KCIIHLK|NR 0.060 . PcyM_1148200 852 IIHLKNR|WN 0.093 . PcyM_1148200 857 NRWNNNK|YS 0.085 . PcyM_1148200 860 NNNKYSR|NS 0.116 . PcyM_1148200 868 SEMSTQK|EI 0.066 . PcyM_1148200 873 QKEIISK|VV 0.083 . PcyM_1148200 880 VVEDNDR|EK 0.070 . PcyM_1148200 882 EDNDREK|YY 0.073 . PcyM_1148200 894 YLMNFVR|YG 0.083 . PcyM_1148200 901 YGLEELK|KR 0.058 . PcyM_1148200 902 GLEELKK|RE 0.086 . PcyM_1148200 903 LEELKKR|EK 0.173 . PcyM_1148200 905 ELKKREK|QI 0.069 . PcyM_1148200 908 KREKQIK|EE 0.075 . PcyM_1148200 914 KEEYDMK|EE 0.061 . PcyM_1148200 918 DMKEENK|LY 0.061 . PcyM_1148200 931 YGENHMK|DE 0.071 . PcyM_1148200 955 NNVFEVK|FE 0.065 . PcyM_1148200 958 FEVKFER|NE 0.071 . PcyM_1148200 966 ETYSSSK|AL 0.066 . PcyM_1148200 969 SSSKALK|YL 0.081 . PcyM_1148200 977 LLENFSK|HI 0.076 . PcyM_1148200 984 HIPIAPK|MF 0.055 . PcyM_1148200 992 FLLDYER|TL 0.068 . PcyM_1148200 1034 ENNYHWR|PL 0.097 . PcyM_1148200 1045 HSPVPIK|SE 0.074 . PcyM_1148200 1057 STPLSDR|LS 0.073 . PcyM_1148200 1061 SDRLSVK|YT 0.088 . PcyM_1148200 1064 LSVKYTK|DL 0.087 . PcyM_1148200 1078 EMILFMR|TK 0.106 . PcyM_1148200 1080 ILFMRTK|EG 0.057 . PcyM_1148200 1091 TSFEHSK|EI 0.078 . PcyM_1148200 1094 EHSKEIR|HF 0.096 . PcyM_1148200 1107 IDLCEYK|LN 0.056 . PcyM_1148200 1117 DNNYNPK|PE 0.068 . PcyM_1148200 1123 KPENYDR|TG 0.104 . PcyM_1148200 1130 TGGEEAK|GG 0.074 . PcyM_1148200 1134 EAKGGQR|SQ 0.091 . PcyM_1148200 1142 QVGEGGR|AS 0.082 . PcyM_1148200 1154 GIGSAEK|GG 0.069 . PcyM_1148200 1162 GENQGEK|TQ 0.062 . PcyM_1148200 1166 GEKTQIR|KT 0.096 . PcyM_1148200 1167 EKTQIRK|TW 0.090 . PcyM_1148200 1173 KTWSQYK|ND 0.057 . PcyM_1148200 1187 EAQYVNK|DN 0.076 . PcyM_1148200 1210 MINHEQK|KH 0.066 . PcyM_1148200 1211 INHEQKK|HL 0.121 . PcyM_1148200 1233 EVYNNGK|EQ 0.060 . PcyM_1148200 1238 GKEQYIK|NY 0.061 . PcyM_1148200 1244 KNYVFCR|DN 0.160 . PcyM_1148200 1258 NYDNSVK|RK 0.056 . PcyM_1148200 1259 YDNSVKR|KN 0.185 . PcyM_1148200 1260 DNSVKRK|NI 0.113 . PcyM_1148200 1263 VKRKNIK|RF 0.073 . PcyM_1148200 1264 KRKNIKR|FS 0.248 . PcyM_1148200 1275 PVHYQER|VH 0.097 . PcyM_1148200 1285 GGECSVR|GS 0.108 . PcyM_1148200 1289 SVRGSDR|GS 0.135 . PcyM_1148200 1293 SDRGSDR|GS 0.137 . PcyM_1148200 1297 SDRGSDR|GS 0.136 . PcyM_1148200 1301 SDRGSDR|GS 0.163 . PcyM_1148200 1305 SDRGSDK|GS 0.080 . PcyM_1148200 1309 SDKGSDK|ES 0.071 . PcyM_1148200 1313 SDKESNK|NE 0.061 . PcyM_1148200 1317 SNKNEPK|GK 0.091 . PcyM_1148200 1319 KNEPKGK|DP 0.092 . PcyM_1148200 1328 QMGGEIK|RV 0.067 . PcyM_1148200 1329 MGGEIKR|VL 0.174 . PcyM_1148200 1355 GGGSIHK|EG 0.060 . PcyM_1148200 1371 ELEELYK|EI 0.065 . PcyM_1148200 1374 ELYKEIK|ET 0.064 . PcyM_1148200 1387 EEEMEEK|DK 0.060 . PcyM_1148200 1389 EMEEKDK|AK 0.072 . PcyM_1148200 1391 EEKDKAK|ES 0.073 . PcyM_1148200 1395 KAKESER|RH 0.071 . PcyM_1148200 1396 AKESERR|HR 0.133 . PcyM_1148200 1398 ESERRHR|CT 0.356 . PcyM_1148200 1402 RHRCTDR|EG 0.083 . PcyM_1148200 1408 REGVPNK|YI 0.081 . PcyM_1148200 1411 VPNKYIK|KY 0.077 . PcyM_1148200 1412 PNKYIKK|YN 0.101 . PcyM_1148200 1415 YIKKYNK|KY 0.065 . PcyM_1148200 1416 IKKYNKK|YD 0.093 . PcyM_1148200 1422 KYDNLLK|LQ 0.052 . PcyM_1148200 1425 NLLKLQK|SL 0.098 . PcyM_1148200 1428 KLQKSLK|QK 0.083 . PcyM_1148200 1430 QKSLKQK|EK 0.090 . PcyM_1148200 1432 SLKQKEK|QM 0.074 . PcyM_1148200 1435 QKEKQMK|EE 0.066 . PcyM_1148200 1442 EEMVDVK|LG 0.067 . PcyM_1148200 1451 EGQFFQR|GR 0.086 . PcyM_1148200 1453 QFFQRGR|LG 0.092 . PcyM_1148200 1456 QRGRLGR|ES 0.340 . PcyM_1148200 1470 DTQAFLK|RT 0.058 . PcyM_1148200 1471 TQAFLKR|TL 0.360 . PcyM_1148200 1476 KRTLGGK|TR 0.062 . PcyM_1148200 1478 TLGGKTR|TK 0.108 . PcyM_1148200 1480 GGKTRTK|GV 0.104 . PcyM_1148200 1484 RTKGVNK|SV 0.146 . PcyM_1148200 1489 NKSVHDK|RC 0.080 . PcyM_1148200 1490 KSVHDKR|CL 0.216 . PcyM_1148200 1493 HDKRCLK|CN 0.108 . PcyM_1148200 1507 YLIIPSK|GD 0.069 . PcyM_1148200 1520 GTHDNCK|GE 0.066 . PcyM_1148200 1526 KGEVTQR|GR 0.088 . PcyM_1148200 1528 EVTQRGR|RS 0.100 . PcyM_1148200 1529 VTQRGRR|SG 0.636 *ProP* PcyM_1148200 1536 SGDGVGR|AY 0.088 . PcyM_1148200 1539 GVGRAYR|LN 0.191 . PcyM_1148200 1542 RAYRLNK|PC 0.157 . PcyM_1148200 1547 NKPCTER|RN 0.082 . PcyM_1148200 1548 KPCTERR|NT 0.115 . PcyM_1148200 1553 RRNTILR|KS 0.093 . PcyM_1148200 1554 RNTILRK|SH 0.158 . PcyM_1148200 1561 SHDPSGK|KL 0.065 . PcyM_1148200 1562 HDPSGKK|LR 0.071 . PcyM_1148200 1564 PSGKKLR|EL 0.107 . PcyM_1148200 1569 LRELVTK|YK 0.070 . PcyM_1148200 1571 ELVTKYK|KR 0.067 . PcyM_1148200 1572 LVTKYKK|RY 0.070 . PcyM_1148200 1573 VTKYKKR|YH 0.198 . PcyM_1148200 1577 KKRYHIR|KV 0.174 . PcyM_1148200 1578 KRYHIRK|VE 0.092 . PcyM_1148200 1581 HIRKVER|NM 0.095 . PcyM_1148200 1585 VERNMLK|LK 0.061 . PcyM_1148200 1587 RNMLKLK|MA 0.072 . PcyM_1148200 1592 LKMALLK|RR 0.063 . PcyM_1148200 1593 KMALLKR|RI 0.207 . PcyM_1148200 1594 MALLKRR|IW 0.166 . PcyM_1148200 1598 KRRIWGK|RK 0.080 . PcyM_1148200 1599 RRIWGKR|KG 0.135 . PcyM_1148200 1600 RIWGKRK|GR 0.108 . PcyM_1148200 1602 WGKRKGR|SD 0.425 . PcyM_1148200 1606 KGRSDAR|FE 0.093 . PcyM_1148200 1609 SDARFER|NP 0.338 . PcyM_1148200 1617 PFDIENK|ME 0.058 . PcyM_1148200 1621 ENKMEDR|KK 0.069 . PcyM_1148200 1622 NKMEDRK|KS 0.091 . PcyM_1148200 1623 KMEDRKK|SS 0.145 . PcyM_1148200 1631 SPSSPDR|EV 0.188 . PcyM_1148200 1639 VPGALQR|GR 0.070 . PcyM_1148200 1641 GALQRGR|LF 0.081 . PcyM_1148200 1656 QMYADQK|YL 0.074 . PcyM_1148200 1676 ESIAQER|VE 0.073 . PcyM_1148200 1690 NPVVQNR|YV 0.203 . PcyM_1148200 1716 YDHVQGK|NT 0.083 . PcyM_1148200 1736 TGGEHLK|GP 0.065 . PcyM_1148200 1742 KGPTESK|EK 0.054 . PcyM_1148200 1744 PTESKEK|AS 0.065 . PcyM_1148200 1752 STPIPPK|TW 0.069 . PcyM_1148200 1756 PPKTWSR|LD 0.079 . PcyM_1148200 1762 RLDPTSK|YG 0.067 . PcyM_1148200 1788 FNWQYYK|FP 0.066 . PcyM_1148200 1813 IDFYEVK|SF 0.065 . PcyM_1148200 1820 SFLLHSK|RF 0.067 . PcyM_1148200 1821 FLLHSKR|FE 0.151 . PcyM_1148200 1827 RFENIMK|LS 0.064 . PcyM_1148200 1840 SFLIYCK|VF 0.055 . PcyM_1148200 1867 WMTAQER|ET 0.079 . PcyM_1148200 1870 AQERETK|MK 0.105 . PcyM_1148200 1872 ERETKMK|KP 0.071 . PcyM_1148200 1873 RETKMKK|PP 0.084 . PcyM_1148200 1876 KMKKPPK|KD 0.069 . PcyM_1148200 1877 MKKPPKK|DV 0.279 . PcyM_1148200 1882 KKDVNQR|-- 0.110 . ____________________________^_________________

Fasta :-
>PcyM_1148200 ATGTTTTTGATGAATACGATTAAGGGCATCTTTCAATACGAGGAGGGAGGAAACAACGAC GTAGCAGGGGAAAAGAAAAATAAAAGGGTTCATATTAGTGAGCTGAAGGACGAAGTGTGG TTATACAAAAATGAGGATAAGAAGCGCCTAAGTGAAGACTACGCCAGTGAATACGAAGAT GAAGATGGGAGCTTTTATGATGAAGAAGGAGGAAAAAAGCCAAAGGACCATTTTTTAGAG GTGCCGCTATTCGATGAAGACGAATGTGGACAGAGCATCCAAAAAAAATTGAGGTACCTC CCGAGCAGGAAAATAAAAGCAATAAAAAGAAGCGAAGAGTCTGAAGTTAGCGAAGAAAGC CAAAGTACCACCGATGAGGAAGAAGACATGGAGGAGCCTTTTCTCGACCTGTACGAGGAA TTAAAGAGAGAACAAATCGTAAAGGAGTTCTACAACCCTATGCTGAGGCCCAGACTGTGG CGCTTCGAATTTTTTATAAAATACATCCATAACCTGGAAAATCAGTTACAGAGAAACTTT TACTTAGTGTCCTTTGGGAACATCAAGAAGCTGAAGCTCTACGGAGACCTGAAGAAGGAG GTGCTGTACACGCCTGGGTACTCCATAGAACCGGGGGAGATCAAGCACTTGAAGGTTCCA CTGCCCATCTGGGCGGAAAAGGAGTTGAGCATATCCTACGAGGACTTGCAGAACTTTGAA GTGGCCATCGAAATGTGGTGCATAAAGGGCTTTACATTCAATGAGTTGTACGCCTCATCG AAGAAAACGCTCAAGGAGATCATTGAAAACGACCCAGACACGAACGTTATCCTCAAGCGG AGGATCGAGAAAAGGAACATCATTTTTGAGGCTCAGCGTTTGGGGGTGTACATGCAGCTG TCCGAAATCTTCGAGTTCCACATGGCCCTGGACAGCTGGTGGTTCATAGCAAATTCAGAA ATGCCCAGTTACTTAAAAACCCTTCCCAAATTTTTGCGTTTCAAATTTCCCCTAAGTGAA GACGACTGGGTTATTCACAGCTCGCACAAATCACAGAACAACTTTTGGCTCTACCCAGGA TATTTCTGTTTCATTGGCACTTACCAGCAGCTAGCCAACGCCTTTTTCATCCTCACGGTG CTGTCCCACAACAACAGCTACAGATACAAGCCACCCATCCTGCTTGGGTCCTGCATCATA TCTTTAAAGTCTGTGACGGAGCACCCGTTTTTCAAAGGAACTGTGAAAAAGCTGACCCTA GACAAGACCAAATTCAAGCAGGGCGAAATTGTGGGGAACATAAAGTGCTTTGTGAACAGC TACGGCATAGAGGAAGGGGACATTCCTGTGCAGAGGCCCGTTCAGCAGCTAAGCGACGCG ACGCTGGTGAACCAGCTCCTTTTGAACGACCACTACTTGGTGATCAGAGTAATCAAGTGC GAAAATCTAGCCATCAGCAGCATCGACCTGAATAACGTGAACATAAACGTGTGGGTGAAG TGGGACGGTATAGTCAACAAGACAGACACGGTGTCGAAAAGCACCTCGCCTTTCTTTTAC CAAAATCTGTATTTCCCAATTCGGCTAGTAGATAAAAAAGAGCTAACAAATGAGAGTCTC ATAAGGAATGTGTTGCCAGTAGATTTGATTTCCAAAGGGGAAATATGTTTCGAGGTCCAT AACAATAATGAAATACATTCCACCATTTTGGGGATTTTCGAGCTTCCCTTCTCGGACATT TTTAACCATGGCACAGTAGATTACCGGTCCCTGGCTCAGGAAGCTTCCCAAAGCAGCTCC CCCTACAACGACTACAAGGACAACTACGACGCAGCGAATGAGGGGATGGGCCTTTCGAGC GAGAACAATGACGACTACTACGTGAGGAAGTATAAAACCGTCGTGTATAAGAACACCTTA AAATTGATGTACTCCACGCTCCACCTGAAAGCGTTGAACATGGAGAGCATACAGACGAGG AAGGAGTCGACCATTTCGGTGGAGGCCTTTGTTATCCCTCCATTGCCCAGTGGCTTGGTT TTTGTGGAAAAGGAAAAAATGCAGAACGCTTCGATGATTTACAAGTCCATGTCGAAGAGG TGGGAACGGGACTTCGCCAAGTTCAAGGACACCTACATTCAGTGGTTCCCCCGGGCGGAT AAAAATAGGAGTTTCCCCTGTGTGAGCAGAAACGAGTTTGACGGCAACTACTATCCCCTG TGTAGCTTCGTCACTTCGATTAATTTGCCCGCCCAAGTGTCCACTCCGGGCCCCCTCTTC CACTGGCTGAACAACATTGAGTACATCGAGAACGAAGAAGAGTCGTCGATCTTTACCCCC CCGTATTTTTTCCTGTCCTACAAGAAGGGGACGATACAGGACCACGTCCTGTTGCTGTGC TGCTGCCTGAAGGGCCTGGAGTACGACGCGTACGTGTGTAAAGGCACAATAAACAACGGG AAGAAGAACCACTACTGGGTGATGACGAGGCACGAAGACGGGTGGGTGTGCTTCTGGGAA GTGACGAATAAATGCATTATCCACCTGAAGAACAGATGGAACAACAACAAATATTCAAGG AACTCAGAAATGAGCACTCAGAAGGAAATAATCAGTAAGGTAGTGGAAGACAACGATAGG GAAAAGTATTACACTGGGGAATATCTAATGAATTTTGTTAGATACGGGTTGGAGGAATTA AAAAAGAGGGAGAAGCAAATCAAGGAGGAATACGACATGAAGGAAGAAAACAAACTATAC ACTATGGACCTTTATGGAGAGAATCACATGAAGGATGAACAAGTAGACGTAAATGAAATT CTTTACAACGATGAGGAACTCTTCAATAATGTATTCGAAGTGAAGTTTGAAAGGAATGAG ACATACAGTTCTAGTAAGGCGTTAAAATATCTGTTGGAAAATTTTTCGAAGCATATTCCC ATTGCTCCTAAGATGTTTCTGCTGGATTATGAGAGGACTTTAGCTTATGTGCCTTACTCG TCGATCGAGGTCGTTTTTAATGACGAGCAGTTGTATGGGAACATGCAGAACCACCACCCC GCGTGCATTTTGTACGACTTGGAGAACAACTACCACTGGCGCCCCCTTTTGAACCACTCC CCCGTGCCGATCAAGAGTGAAATTACGATATCGACCCCGTTGAGCGACCGGCTTTCCGTC AAGTACACGAAGGACCTCGAGGAGGAGATTCAAGAAATGATACTCTTCATGAGGACCAAG GAGGGACTGGAGACCTCCTTTGAGCATTCCAAGGAAATAAGGCATTTCCTAGAAATGTAT ATTGACCTGTGTGAATATAAGCTTAACTTGGACAATAATTACAACCCTAAGCCTGAAAAT TATGACCGTACAGGTGGGGAAGAAGCTAAAGGGGGTCAAAGAAGCCAAGTTGGGGAAGGG GGACGTGCATCCCCCCCAACAGGTATAGGTTCAGCCGAGAAGGGAGGAGAAAATCAAGGA GAAAAAACCCAAATCAGAAAAACGTGGTCTCAATACAAAAATGATTATTACCCTAATATT GAAGCACAGTACGTTAATAAGGATAATTTTAATTTTTATCAGACCTATCAGCCAAGTGAA CAAATAGACATGATAAACCACGAGCAGAAGAAGCACCTGGTGAACATCCCAGAGGATTAT ATATACGGGATGAATGATGAGGTGTACAATAATGGGAAGGAACAGTACATAAAGAACTAC GTTTTTTGTAGGGACAACGCGGACATTTTAAATAACTATGATAACAGTGTGAAGAGGAAA AATATTAAGCGGTTCAGCAATGCGCCTGTGCATTACCAGGAGAGGGTCCACGTGGGGGGA GAGTGTAGCGTTAGGGGGAGTGATAGGGGGAGTGATCGGGGGAGTGATAGGGGAAGTGAT AGGGGGAGTGATAAGGGGAGTGATAAGGAGAGTAATAAAAATGAGCCAAAGGGGAAAGAT CCCCAAATGGGGGGAGAGATCAAACGTGTCCTTGCCCCCAATGGAGGAGAGGCAGCTCAA GAGCAGGATACGCCGAGCATGACGGGGGGCGGTAGCATCCACAAAGAAGGGGACCCATCA AGTGAAGAAAATGAGTTAGAGGAGCTGTACAAAGAAATCAAAGAGACGTATCACTACGAT GAGGAGGAAATGGAAGAGAAAGACAAAGCGAAGGAGTCGGAACGGCGGCACCGTTGCACT GACCGAGAAGGTGTTCCAAATAAGTATATCAAGAAGTACAACAAAAAGTATGATAACCTG CTTAAGCTTCAGAAGAGTTTGAAGCAGAAGGAGAAACAGATGAAGGAAGAAATGGTGGAT GTTAAGTTGGGGGAGGGGCAATTCTTTCAACGTGGTCGGCTAGGTAGAGAGTCCTTCTTC AGCTATGTAGACACACAAGCATTTTTGAAACGTACCTTGGGGGGAAAAACACGTACAAAG GGGGTTAATAAGTCAGTGCATGATAAGAGGTGCCTTAAATGTAATCATATGTTTAATGGC TACCTGATTATCCCCTCGAAGGGGGACTATTCGGGAGACGGCACTCATGATAACTGCAAG GGTGAAGTGACACAACGGGGAAGAAGAAGCGGTGACGGAGTGGGTCGAGCGTATCGCCTG AACAAGCCATGCACCGAGCGTAGAAACACCATCCTGAGGAAGTCACACGACCCTAGTGGG AAGAAGTTACGTGAATTAGTCACCAAATATAAAAAACGATATCACATAAGGAAGGTGGAA AGGAACATGCTTAAGTTAAAAATGGCTTTGTTAAAGCGTAGGATTTGGGGAAAAAGGAAA GGAAGAAGCGATGCACGTTTTGAGAGGAACCCATTCGATATTGAAAACAAGATGGAGGAC AGAAAAAAAAGTTCCCCTTCGTCGCCTGATAGAGAAGTGCCGGGCGCGTTGCAAAGGGGC AGGTTGTTCCTTTGCCAGAGCCATCATCAGATGTACGCGGACCAGAAATACCTCGACATG GGCAGCAACCCGGTGGGGAGTTACCAGGAGAGCATCGCACAGGAGAGGGTGGAAGATAGT TACTCAGACAACCCGGTGGTGCAAAATCGTTACGTAGATAATAACGCAAGTGGCATGTTA CATGGGAGTAACTTGCAGGGGACCGTCTACGATCATGTGCAGGGAAAAAATACAAACGAA GGAATGGGGGGTAATGTAAACACTCAAACTGGTGGGGAGCATCTGAAGGGACCAACTGAA TCAAAGGAAAAGGCCTCCACACCTATCCCGCCAAAAACGTGGAGCAGATTAGACCCCACG TCCAAGTATGGTGCTCATCAGACTTCACAGTGGAACTGGTATTACTCATTGGAGGAGCAG TACTTCAACTGGCAGTACTACAAATTCCCCGTGCCGCCGAACCACACGTTCGTTGGGTTC CCGATTCATTTTTCGACCATCGATTTCTACGAAGTCAAGTCATTCCTGCTGCACTCCAAG CGATTCGAGAACATAATGAAGCTGTCCATAGACAACATCTCCTTCCTCATATACTGCAAA GTGTTCCCCTTAATTGGCGGGATCATGTCGAACTGGATGTTCCTTGGCTGTTTGGTACCC TGGATGACCGCACAAGAGCGGGAAACCAAAATGAAGAAGCCCCCGAAGAAGGACGTCAAC CAGAGGTAG
Download Fasta

Fasta :-

MFLMNTIKGIFQYEEGGNNDVAGEKKNKRVHISELKDEVWLYKNEDKKRLSEDYASEYED EDGSFYDEEGGKKPKDHFLEVPLFDEDECGQSIQKKLRYLPSRKIKAIKRSEESEVSEES QSTTDEEEDMEEPFLDLYEELKREQIVKEFYNPMLRPRLWRFEFFIKYIHNLENQLQRNF YLVSFGNIKKLKLYGDLKKEVLYTPGYSIEPGEIKHLKVPLPIWAEKELSISYEDLQNFE VAIEMWCIKGFTFNELYASSKKTLKEIIENDPDTNVILKRRIEKRNIIFEAQRLGVYMQL SEIFEFHMALDSWWFIANSEMPSYLKTLPKFLRFKFPLSEDDWVIHSSHKSQNNFWLYPG YFCFIGTYQQLANAFFILTVLSHNNSYRYKPPILLGSCIISLKSVTEHPFFKGTVKKLTL DKTKFKQGEIVGNIKCFVNSYGIEEGDIPVQRPVQQLSDATLVNQLLLNDHYLVIRVIKC ENLAISSIDLNNVNINVWVKWDGIVNKTDTVSKSTSPFFYQNLYFPIRLVDKKELTNESL IRNVLPVDLISKGEICFEVHNNNEIHSTILGIFELPFSDIFNHGTVDYRSLAQEASQSSS PYNDYKDNYDAANEGMGLSSENNDDYYVRKYKTVVYKNTLKLMYSTLHLKALNMESIQTR KESTISVEAFVIPPLPSGLVFVEKEKMQNASMIYKSMSKRWERDFAKFKDTYIQWFPRAD KNRSFPCVSRNEFDGNYYPLCSFVTSINLPAQVSTPGPLFHWLNNIEYIENEEESSIFTP PYFFLSYKKGTIQDHVLLLCCCLKGLEYDAYVCKGTINNGKKNHYWVMTRHEDGWVCFWE VTNKCIIHLKNRWNNNKYSRNSEMSTQKEIISKVVEDNDREKYYTGEYLMNFVRYGLEEL KKREKQIKEEYDMKEENKLYTMDLYGENHMKDEQVDVNEILYNDEELFNNVFEVKFERNE TYSSSKALKYLLENFSKHIPIAPKMFLLDYERTLAYVPYSSIEVVFNDEQLYGNMQNHHP ACILYDLENNYHWRPLLNHSPVPIKSEITISTPLSDRLSVKYTKDLEEEIQEMILFMRTK EGLETSFEHSKEIRHFLEMYIDLCEYKLNLDNNYNPKPENYDRTGGEEAKGGQRSQVGEG GRASPPTGIGSAEKGGENQGEKTQIRKTWSQYKNDYYPNIEAQYVNKDNFNFYQTYQPSE QIDMINHEQKKHLVNIPEDYIYGMNDEVYNNGKEQYIKNYVFCRDNADILNNYDNSVKRK NIKRFSNAPVHYQERVHVGGECSVRGSDRGSDRGSDRGSDRGSDKGSDKESNKNEPKGKD PQMGGEIKRVLAPNGGEAAQEQDTPSMTGGGSIHKEGDPSSEENELEELYKEIKETYHYD EEEMEEKDKAKESERRHRCTDREGVPNKYIKKYNKKYDNLLKLQKSLKQKEKQMKEEMVD VKLGEGQFFQRGRLGRESFFSYVDTQAFLKRTLGGKTRTKGVNKSVHDKRCLKCNHMFNG YLIIPSKGDYSGDGTHDNCKGEVTQRGRRSGDGVGRAYRLNKPCTERRNTILRKSHDPSG KKLRELVTKYKKRYHIRKVERNMLKLKMALLKRRIWGKRKGRSDARFERNPFDIENKMED RKKSSPSSPDREVPGALQRGRLFLCQSHHQMYADQKYLDMGSNPVGSYQESIAQERVEDS YSDNPVVQNRYVDNNASGMLHGSNLQGTVYDHVQGKNTNEGMGGNVNTQTGGEHLKGPTE SKEKASTPIPPKTWSRLDPTSKYGAHQTSQWNWYYSLEEQYFNWQYYKFPVPPNHTFVGF PIHFSTIDFYEVKSFLLHSKRFENIMKLSIDNISFLIYCKVFPLIGGIMSNWMFLGCLVP WMTAQERETKMKKPPKKDVNQR

SCOPe

No Results

	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method
	PcyM_1148200	64 S	DEDGSFYDE	0.995	unsp	PcyM_1148200	64 S	DEDGSFYDE	0.995	unsp	PcyM_1148200	64 S	DEDGSFYDE	0.995	unsp	PcyM_1148200	117 S	ESEVSEESQ	0.993	unsp	PcyM_1148200	122 S	EESQSTTDE	0.997	unsp	PcyM_1148200	232 S	ELSISYEDL	0.997	unsp	PcyM_1148200	339 S	KFPLSEDDW	0.995	unsp	PcyM_1148200	404 S	ISLKSVTEH	0.996	unsp	PcyM_1148200	600 S	SQSSSPYND	0.99	unsp	PcyM_1148200	698 S	YKSMSKRWE	0.996	unsp	PcyM_1148200	862 S	YSRNSEMST	0.995	unsp	PcyM_1148200	1059 S	SDRLSVKYT	0.997	unsp	PcyM_1148200	1287 S	SVRGSDRGS	0.995	unsp	PcyM_1148200	1291 S	SDRGSDRGS	0.997	unsp	PcyM_1148200	1295 S	SDRGSDRGS	0.997	unsp	PcyM_1148200	1299 S	SDRGSDRGS	0.997	unsp	PcyM_1148200	1303 S	SDRGSDKGS	0.998	unsp	PcyM_1148200	1307 S	SDKGSDKES	0.996	unsp	PcyM_1148200	1311 S	SDKESNKNE	0.994	unsp	PcyM_1148200	1360 S	EGDPSSEEN	0.998	unsp	PcyM_1148200	1393 S	KAKESERRH	0.996	unsp	PcyM_1148200	1461 S	ESFFSYVDT	0.993	unsp	PcyM_1148200	1485 S	GVNKSVHDK	0.994	unsp	PcyM_1148200	1555 S	ILRKSHDPS	0.994	unsp	PcyM_1148200	1559 S	SHDPSGKKL	0.995	unsp	PcyM_1148200	1624 S	DRKKSSPSS	0.991	unsp	PcyM_1148200	1625 S	RKKSSPSSP	0.997	unsp	PcyM_1148200	1627 S	KSSPSSPDR	0.996	unsp	PcyM_1148200	1628 S	SSPSSPDRE	0.997	unsp	PcyM_1148200	1680 S	RVEDSYSDN	0.997	unsp	PcyM_1148200	1681 Y	VEDSYSDNP	0.991	unsp	PcyM_1148200	51 S	KKRLSEDYA	0.994	unsp	PcyM_1148200	56 S	EDYASEYED	0.996	unsp

PcyM_1148200 | centrosomal protein CEP76, putative

ID's

UniProt_ID:

GEO Functions

Computed_GO_Component_IDs:

Computed_GO_Components:

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:

Curated_GO_Functions:

Curated_GO_Processes:

Subcellular Localization

Targetp

Signalp

Fasta :-

Mitoprot

ProPeptide Prediction

Sequence

Nucleotide sequence

Fasta :-

Protein sequence

Fasta :-

Domains

SCOPe

Structure

Post Translational Modifications

N_Linked Glycosylation

O_Linked Glycosylation

Phosphorylation

Protein-Protein Interaction

String

Literature

PubMed

Google Scholar

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