cgd7_770 | LuxS/M16 peptidase-like Metalloenzyme

  • Computed_GO_Component_IDs:        

  • Computed_GO_Components:        

  • Computed_GO_Function_IDs:  GO:0003824      GO:0046872      

  • Computed_GO_Functions:  catalytic activity      metal ion binding      

  • Computed_GO_Process_IDs:        

  • Computed_GO_Processes:        

  • Curated_GO_Component_IDs:        

  • Curated_GO_Components:        

  • Curated_GO_Function_IDs:        

  • Curated_GO_Functions:        

  • Curated_GO_Processes:        

_IDPredictionOTHERSPmTPCS_Position
cgd7_770SP0.4203700.5508280.028802CS pos: 36-37. CLS-KN. Pr: 0.6850
No Results

  • Fasta :-

    >cgd7_770 MPKTYRMNQNGSSGWKKLLNCLSICLGLSLIGRCLSKNYEFTNKMTLYYSPIEGFINKQF DNKTQELENLKFIIGEPWEGFEIAKVQLNSSSINNDTKTMESLDGKNNVVFGKYKKLEIN YPLGSKKKLIALQNCKTGVTALINYSPMRIKTEFSIYLSFGSNIDPINNQGLTYLMGFIF LNMASEVDNYLFNSGEYIEKQKDNSLTSVTVSSLYTKLTVTVSDDKAIEALKRFINSVGY SGNVDNMTSTSKNDDGEFYIKNRPLTTKNLLNSLCRLYYIYKSCLRDEEYRISFIKTSMR AIDPKKSKEEESSSFGSSDKVEEDLVSDYFSNCGIFSTYWQKYLNFFSTSSCSFQSNIIE ANLSSSLKDWLHELKQLIKEHYEKYWLPENMNLYIDSALDYRLFEKLLASEMATFSSECD NKGKLFIENDLFMQEIEIKKKYGRKLEESKNQGFDENVDLNDRKSNKTIKIFNVVPLSYK KSVLDIDYKIKLKNISQLVSISLTRVMDVVTTLFLDSKMVKRLRDELGIIRDLKLTWRLH YSSLKLRLIFRFILKSMEVSNARKVMEDFYSYSIFLFRQFERTNGRKKSNPEFKVSKELF DIVDEIQRLNEINWHLQYLYEDLPTQLTTPINNCGTPIQVSQPNNLESNWIKNEIRIYNP LLFKNYPQLILSSIHRSLTRLPKECDIMKRKKCNCYRTDHSGKISKANSILDTGSIVFVL MEFIIKKIVELKANVIFTDPYFRYRTDFVLKVRAYNYHEYVNLQFSSYYQKNNLLKEDFT DFTNSENWTLPERIVNFETSMLIPDYEYYKNSTAINRQLSYPRISYKNELSLTTRLENFK FYSPIVFVRSIIRTKLSPCKIFKDCFCEVDCISKRHTGLIMLKILSDIFNISIEKFLESE PIPGYMNILEKLSHNSSTKYGNWRISDSLTKPFHFGSIMIGNNEIELNFVGPSCSLIEYM RKIFKEMNSRFKPLKIVKFYQILRNFMKNEIKRRKNRTPMDFIRYYQGILQYEDYFEDES FITTGISITYDNYLSFHNYIIDTLFNKDSDRPRQKGFMETVVLGITSDEFNKRYTETILD WIYFEKPDSYKEICMLQEPYFAFSAGDEPLIIRQTFTDGILTTSSASIRFQLPCNKNSST GFNSSLSDNDIFFKDEKEYKWETNDGLQPRCIFNTVASRVLERILRKYFSSIVRKLVLEM SQSHSNNTNLPPNLNSNFAVRGEVEVSFYRLNSIPQFTLYILSSHFDSFTLLSILNSSIK RFKTDIIDSEEVLSEEEFSSVKSYFIRYYCIKEKIQIRNLRASLLEMSKWRYNYNWKHES CNLIRTLKKKHIVQFYYDYFLMDSPYRRSYILLLQAPPFNRLISYSKQKGTSIDPVSTVF QNYIVSLLGKCDKADYYRQTNTTKDADWNISMLSYPRILQSDIGILDYKYKNIKKYQPRC SKFMLEAINTEKQN
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/cgd7_770.fa Sequence name : cgd7_770 Sequence length : 1454 VALUES OF COMPUTED PARAMETERS Coef20 : 3.537 CoefTot : -1.026 ChDiff : 32 ZoneTo : 39 KR : 6 DE : 0 CleavSite : 43 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.176 1.871 0.379 0.675 MesoH : -0.397 0.405 -0.372 0.227 MuHd_075 : 29.809 22.695 11.016 6.636 MuHd_095 : 34.134 22.427 8.579 8.538 MuHd_100 : 39.839 24.002 10.539 9.768 MuHd_105 : 41.098 20.955 11.046 9.034 Hmax_075 : 18.083 24.383 8.502 6.160 Hmax_095 : 15.700 11.600 1.450 4.839 Hmax_100 : 8.300 10.300 2.633 4.900 Hmax_105 : 6.500 7.233 -1.157 2.790 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.1399 0.8601 DFMC : 0.2677 0.7323 This protein is probably imported in mitochondria. f(Ser) = 0.1282 f(Arg) = 0.0513 CMi = 0.90416 CMi is the Chloroplast/Mitochondria Index It has been proposed by Von Heijne et al (Eur J Biochem,1989, 180: 535-545)
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1454 cgd7_770 MPKTYRMNQNGSSGWKKLLNCLSICLGLSLIGRCLSKNYEFTNKMTLYYSPIEGFINKQFDNKTQELENLKFIIGEPWEG 80 FEIAKVQLNSSSINNDTKTMESLDGKNNVVFGKYKKLEINYPLGSKKKLIALQNCKTGVTALINYSPMRIKTEFSIYLSF 160 GSNIDPINNQGLTYLMGFIFLNMASEVDNYLFNSGEYIEKQKDNSLTSVTVSSLYTKLTVTVSDDKAIEALKRFINSVGY 240 SGNVDNMTSTSKNDDGEFYIKNRPLTTKNLLNSLCRLYYIYKSCLRDEEYRISFIKTSMRAIDPKKSKEEESSSFGSSDK 320 VEEDLVSDYFSNCGIFSTYWQKYLNFFSTSSCSFQSNIIEANLSSSLKDWLHELKQLIKEHYEKYWLPENMNLYIDSALD 400 YRLFEKLLASEMATFSSECDNKGKLFIENDLFMQEIEIKKKYGRKLEESKNQGFDENVDLNDRKSNKTIKIFNVVPLSYK 480 KSVLDIDYKIKLKNISQLVSISLTRVMDVVTTLFLDSKMVKRLRDELGIIRDLKLTWRLHYSSLKLRLIFRFILKSMEVS 560 NARKVMEDFYSYSIFLFRQFERTNGRKKSNPEFKVSKELFDIVDEIQRLNEINWHLQYLYEDLPTQLTTPINNCGTPIQV 640 SQPNNLESNWIKNEIRIYNPLLFKNYPQLILSSIHRSLTRLPKECDIMKRKKCNCYRTDHSGKISKANSILDTGSIVFVL 720 MEFIIKKIVELKANVIFTDPYFRYRTDFVLKVRAYNYHEYVNLQFSSYYQKNNLLKEDFTDFTNSENWTLPERIVNFETS 800 MLIPDYEYYKNSTAINRQLSYPRISYKNELSLTTRLENFKFYSPIVFVRSIIRTKLSPCKIFKDCFCEVDCISKRHTGLI 880 MLKILSDIFNISIEKFLESEPIPGYMNILEKLSHNSSTKYGNWRISDSLTKPFHFGSIMIGNNEIELNFVGPSCSLIEYM 960 RKIFKEMNSRFKPLKIVKFYQILRNFMKNEIKRRKNRTPMDFIRYYQGILQYEDYFEDESFITTGISITYDNYLSFHNYI 1040 IDTLFNKDSDRPRQKGFMETVVLGITSDEFNKRYTETILDWIYFEKPDSYKEICMLQEPYFAFSAGDEPLIIRQTFTDGI 1120 LTTSSASIRFQLPCNKNSSTGFNSSLSDNDIFFKDEKEYKWETNDGLQPRCIFNTVASRVLERILRKYFSSIVRKLVLEM 1200 SQSHSNNTNLPPNLNSNFAVRGEVEVSFYRLNSIPQFTLYILSSHFDSFTLLSILNSSIKRFKTDIIDSEEVLSEEEFSS 1280 VKSYFIRYYCIKEKIQIRNLRASLLEMSKWRYNYNWKHESCNLIRTLKKKHIVQFYYDYFLMDSPYRRSYILLLQAPPFN 1360 RLISYSKQKGTSIDPVSTVFQNYIVSLLGKCDKADYYRQTNTTKDADWNISMLSYPRILQSDIGILDYKYKNIKKYQPRC 1440 SKFMLEAINTEKQN 1520 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 ................................................................................ 1360 ................................................................................ 1440 .............. 1520 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ cgd7_770 3 ----MPK|TY 0.068 . cgd7_770 6 -MPKTYR|MN 0.085 . cgd7_770 16 NGSSGWK|KL 0.063 . cgd7_770 17 GSSGWKK|LL 0.105 . cgd7_770 33 GLSLIGR|CL 0.123 . cgd7_770 37 IGRCLSK|NY 0.066 . cgd7_770 44 NYEFTNK|MT 0.059 . cgd7_770 58 IEGFINK|QF 0.067 . cgd7_770 63 NKQFDNK|TQ 0.061 . cgd7_770 71 QELENLK|FI 0.062 . cgd7_770 85 EGFEIAK|VQ 0.054 . cgd7_770 98 SINNDTK|TM 0.065 . cgd7_770 106 MESLDGK|NN 0.064 . cgd7_770 113 NNVVFGK|YK 0.071 . cgd7_770 115 VVFGKYK|KL 0.068 . cgd7_770 116 VFGKYKK|LE 0.073 . cgd7_770 126 NYPLGSK|KK 0.052 . cgd7_770 127 YPLGSKK|KL 0.110 . cgd7_770 128 PLGSKKK|LI 0.093 . cgd7_770 136 IALQNCK|TG 0.056 . cgd7_770 149 INYSPMR|IK 0.080 . cgd7_770 151 YSPMRIK|TE 0.061 . cgd7_770 200 SGEYIEK|QK 0.070 . cgd7_770 202 EYIEKQK|DN 0.068 . cgd7_770 217 VSSLYTK|LT 0.068 . cgd7_770 226 VTVSDDK|AI 0.062 . cgd7_770 232 KAIEALK|RF 0.057 . cgd7_770 233 AIEALKR|FI 0.225 . cgd7_770 252 NMTSTSK|ND 0.058 . cgd7_770 261 DGEFYIK|NR 0.052 . cgd7_770 263 EFYIKNR|PL 0.088 . cgd7_770 268 NRPLTTK|NL 0.066 . cgd7_770 276 LLNSLCR|LY 0.083 . cgd7_770 282 RLYYIYK|SC 0.072 . cgd7_770 286 IYKSCLR|DE 0.078 . cgd7_770 291 LRDEEYR|IS 0.097 . cgd7_770 296 YRISFIK|TS 0.070 . cgd7_770 300 FIKTSMR|AI 0.114 . cgd7_770 305 MRAIDPK|KS 0.086 . cgd7_770 306 RAIDPKK|SK 0.164 . cgd7_770 308 IDPKKSK|EE 0.065 . cgd7_770 320 SFGSSDK|VE 0.062 . cgd7_770 342 FSTYWQK|YL 0.061 . cgd7_770 368 NLSSSLK|DW 0.093 . cgd7_770 375 DWLHELK|QL 0.061 . cgd7_770 379 ELKQLIK|EH 0.056 . cgd7_770 384 IKEHYEK|YW 0.071 . cgd7_770 402 DSALDYR|LF 0.092 . cgd7_770 406 DYRLFEK|LL 0.064 . cgd7_770 422 SSECDNK|GK 0.070 . cgd7_770 424 ECDNKGK|LF 0.062 . cgd7_770 439 MQEIEIK|KK 0.059 . cgd7_770 440 QEIEIKK|KY 0.103 . cgd7_770 441 EIEIKKK|YG 0.116 . cgd7_770 444 IKKKYGR|KL 0.125 . cgd7_770 445 KKKYGRK|LE 0.083 . cgd7_770 450 RKLEESK|NQ 0.063 . cgd7_770 463 NVDLNDR|KS 0.066 . cgd7_770 464 VDLNDRK|SN 0.093 . cgd7_770 467 NDRKSNK|TI 0.067 . cgd7_770 470 KSNKTIK|IF 0.076 . cgd7_770 480 VVPLSYK|KS 0.053 . cgd7_770 481 VPLSYKK|SV 0.147 . cgd7_770 489 VLDIDYK|IK 0.057 . cgd7_770 491 DIDYKIK|LK 0.062 . cgd7_770 493 DYKIKLK|NI 0.066 . cgd7_770 505 VSISLTR|VM 0.080 . cgd7_770 518 TLFLDSK|MV 0.073 . cgd7_770 521 LDSKMVK|RL 0.079 . cgd7_770 522 DSKMVKR|LR 0.153 . cgd7_770 524 KMVKRLR|DE 0.100 . cgd7_770 531 DELGIIR|DL 0.067 . cgd7_770 534 GIIRDLK|LT 0.104 . cgd7_770 538 DLKLTWR|LH 0.075 . cgd7_770 545 LHYSSLK|LR 0.055 . cgd7_770 547 YSSLKLR|LI 0.102 . cgd7_770 551 KLRLIFR|FI 0.114 . cgd7_770 555 IFRFILK|SM 0.077 . cgd7_770 563 MEVSNAR|KV 0.111 . cgd7_770 564 EVSNARK|VM 0.082 . cgd7_770 578 YSIFLFR|QF 0.090 . cgd7_770 582 LFRQFER|TN 0.101 . cgd7_770 586 FERTNGR|KK 0.088 . cgd7_770 587 ERTNGRK|KS 0.083 . cgd7_770 588 RTNGRKK|SN 0.133 . cgd7_770 594 KSNPEFK|VS 0.075 . cgd7_770 597 PEFKVSK|EL 0.077 . cgd7_770 608 IVDEIQR|LN 0.072 . cgd7_770 652 LESNWIK|NE 0.070 . cgd7_770 656 WIKNEIR|IY 0.086 . cgd7_770 664 YNPLLFK|NY 0.056 . cgd7_770 676 ILSSIHR|SL 0.144 . cgd7_770 680 IHRSLTR|LP 0.076 . cgd7_770 683 SLTRLPK|EC 0.120 . cgd7_770 689 KECDIMK|RK 0.053 . cgd7_770 690 ECDIMKR|KK 0.140 . cgd7_770 691 CDIMKRK|KC 0.085 . cgd7_770 692 DIMKRKK|CN 0.108 . cgd7_770 697 KKCNCYR|TD 0.097 . cgd7_770 703 RTDHSGK|IS 0.059 . cgd7_770 706 HSGKISK|AN 0.074 . cgd7_770 726 LMEFIIK|KI 0.056 . cgd7_770 727 MEFIIKK|IV 0.127 . cgd7_770 732 KKIVELK|AN 0.060 . cgd7_770 743 FTDPYFR|YR 0.072 . cgd7_770 745 DPYFRYR|TD 0.081 . cgd7_770 751 RTDFVLK|VR 0.054 . cgd7_770 753 DFVLKVR|AY 0.083 . cgd7_770 771 FSSYYQK|NN 0.066 . cgd7_770 776 QKNNLLK|ED 0.069 . cgd7_770 793 NWTLPER|IV 0.091 . cgd7_770 810 PDYEYYK|NS 0.066 . cgd7_770 817 NSTAINR|QL 0.089 . cgd7_770 823 RQLSYPR|IS 0.092 . cgd7_770 827 YPRISYK|NE 0.061 . cgd7_770 835 ELSLTTR|LE 0.080 . cgd7_770 840 TRLENFK|FY 0.082 . cgd7_770 849 SPIVFVR|SI 0.188 . cgd7_770 853 FVRSIIR|TK 0.063 . cgd7_770 855 RSIIRTK|LS 0.059 . cgd7_770 860 TKLSPCK|IF 0.065 . cgd7_770 863 SPCKIFK|DC 0.086 . cgd7_770 874 EVDCISK|RH 0.052 . cgd7_770 875 VDCISKR|HT 0.203 . cgd7_770 883 TGLIMLK|IL 0.075 . cgd7_770 895 FNISIEK|FL 0.062 . cgd7_770 911 YMNILEK|LS 0.059 . cgd7_770 919 SHNSSTK|YG 0.072 . cgd7_770 924 TKYGNWR|IS 0.097 . cgd7_770 931 ISDSLTK|PF 0.062 . cgd7_770 961 SLIEYMR|KI 0.104 . cgd7_770 962 LIEYMRK|IF 0.072 . cgd7_770 965 YMRKIFK|EM 0.058 . cgd7_770 970 FKEMNSR|FK 0.077 . cgd7_770 972 EMNSRFK|PL 0.068 . cgd7_770 975 SRFKPLK|IV 0.084 . cgd7_770 978 KPLKIVK|FY 0.069 . cgd7_770 984 KFYQILR|NF 0.078 . cgd7_770 988 ILRNFMK|NE 0.067 . cgd7_770 992 FMKNEIK|RR 0.055 . cgd7_770 993 MKNEIKR|RK 0.178 . cgd7_770 994 KNEIKRR|KN 0.139 . cgd7_770 995 NEIKRRK|NR 0.077 . cgd7_770 997 IKRRKNR|TP 0.350 . cgd7_770 1004 TPMDFIR|YY 0.153 . cgd7_770 1047 IDTLFNK|DS 0.066 . cgd7_770 1051 FNKDSDR|PR 0.095 . cgd7_770 1053 KDSDRPR|QK 0.163 . cgd7_770 1055 SDRPRQK|GF 0.071 . cgd7_770 1072 TSDEFNK|RY 0.060 . cgd7_770 1073 SDEFNKR|YT 0.371 . cgd7_770 1086 DWIYFEK|PD 0.071 . cgd7_770 1091 EKPDSYK|EI 0.066 . cgd7_770 1113 DEPLIIR|QT 0.076 . cgd7_770 1129 TSSASIR|FQ 0.122 . cgd7_770 1136 FQLPCNK|NS 0.067 . cgd7_770 1154 DNDIFFK|DE 0.063 . cgd7_770 1157 IFFKDEK|EY 0.059 . cgd7_770 1160 KDEKEYK|WE 0.065 . cgd7_770 1170 NDGLQPR|CI 0.114 . cgd7_770 1179 FNTVASR|VL 0.086 . cgd7_770 1183 ASRVLER|IL 0.117 . cgd7_770 1186 VLERILR|KY 0.148 . cgd7_770 1187 LERILRK|YF 0.114 . cgd7_770 1194 YFSSIVR|KL 0.082 . cgd7_770 1195 FSSIVRK|LV 0.112 . cgd7_770 1221 NSNFAVR|GE 0.089 . cgd7_770 1230 VEVSFYR|LN 0.080 . cgd7_770 1260 ILNSSIK|RF 0.062 . cgd7_770 1261 LNSSIKR|FK 0.345 . cgd7_770 1263 SSIKRFK|TD 0.061 . cgd7_770 1282 EEFSSVK|SY 0.068 . cgd7_770 1287 VKSYFIR|YY 0.172 . cgd7_770 1292 IRYYCIK|EK 0.074 . cgd7_770 1294 YYCIKEK|IQ 0.065 . cgd7_770 1298 KEKIQIR|NL 0.106 . cgd7_770 1301 IQIRNLR|AS 0.169 . cgd7_770 1309 SLLEMSK|WR 0.055 . cgd7_770 1311 LEMSKWR|YN 0.110 . cgd7_770 1317 RYNYNWK|HE 0.068 . cgd7_770 1325 ESCNLIR|TL 0.085 . cgd7_770 1328 NLIRTLK|KK 0.123 . cgd7_770 1329 LIRTLKK|KH 0.088 . cgd7_770 1330 IRTLKKK|HI 0.134 . cgd7_770 1347 LMDSPYR|RS 0.076 . cgd7_770 1348 MDSPYRR|SY 0.261 . cgd7_770 1361 QAPPFNR|LI 0.088 . cgd7_770 1367 RLISYSK|QK 0.080 . cgd7_770 1369 ISYSKQK|GT 0.086 . cgd7_770 1390 IVSLLGK|CD 0.061 . cgd7_770 1393 LLGKCDK|AD 0.063 . cgd7_770 1398 DKADYYR|QT 0.094 . cgd7_770 1404 RQTNTTK|DA 0.093 . cgd7_770 1417 SMLSYPR|IL 0.073 . cgd7_770 1429 IGILDYK|YK 0.063 . cgd7_770 1431 ILDYKYK|NI 0.077 . cgd7_770 1434 YKYKNIK|KY 0.059 . cgd7_770 1435 KYKNIKK|YQ 0.082 . cgd7_770 1439 IKKYQPR|CS 0.111 . cgd7_770 1442 YQPRCSK|FM 0.136 . cgd7_770 1452 EAINTEK|QN 0.064 . ____________________________^_________________

  • Fasta :-

    >cgd7_770 ATGCCAAAGACATATAGAATGAATCAAAATGGCTCAAGTGGTTGGAAAAAATTGTTGAAT TGTCTTTCAATCTGTCTGGGTTTGTCTTTGATTGGAAGATGCTTATCAAAAAATTATGAA TTTACTAACAAAATGACTTTGTACTATTCTCCCATTGAAGGATTTATTAATAAGCAATTT GATAATAAAACTCAAGAGCTTGAGAACTTGAAATTTATTATTGGAGAGCCTTGGGAGGGA TTTGAAATAGCAAAGGTACAATTGAATTCTTCCTCAATTAATAATGATACTAAGACTATG GAATCTCTCGATGGGAAAAATAATGTTGTTTTTGGTAAATATAAGAAATTGGAAATAAAT TATCCTCTTGGATCAAAAAAAAAGCTTATTGCTTTACAAAATTGTAAGACAGGAGTTACT GCATTAATTAACTATTCTCCTATGAGAATTAAAACGGAATTCTCAATATATTTATCTTTT GGATCGAATATCGATCCAATTAATAACCAAGGTTTAACTTATTTAATGGGTTTTATATTC TTAAATATGGCTTCTGAAGTAGACAATTATTTATTTAACTCCGGAGAATATATTGAAAAA CAAAAAGATAATAGTTTAACGAGTGTAACTGTTTCAAGCTTATATACAAAACTAACAGTA ACGGTTTCAGATGACAAAGCTATTGAAGCATTAAAAAGATTCATAAATTCTGTTGGATAT TCTGGAAACGTTGATAACATGACTTCTACTAGTAAAAATGATGATGGAGAGTTTTATATC AAGAATAGACCACTTACAACAAAGAATTTACTGAATTCTTTATGCAGACTGTACTATATT TATAAGTCTTGTTTAAGGGATGAGGAATATAGAATCAGTTTTATAAAGACTAGTATGAGA GCTATTGATCCAAAGAAGAGCAAAGAAGAAGAGAGTAGTAGTTTTGGATCTTCGGATAAA GTTGAAGAAGATCTAGTTTCAGACTACTTTTCCAATTGTGGAATATTCTCTACATACTGG CAAAAGTATCTAAACTTTTTTTCAACAAGCTCTTGTTCATTTCAAAGCAATATAATAGAG GCTAACCTTTCTAGTAGTCTAAAAGATTGGCTACATGAACTTAAGCAACTAATTAAGGAA CACTATGAGAAGTACTGGTTACCTGAAAATATGAACCTTTATATTGATTCAGCTTTAGAT TACAGATTATTTGAAAAGTTACTAGCAAGTGAGATGGCTACTTTCAGTTCAGAGTGTGAT AATAAGGGAAAACTATTTATTGAAAACGATTTGTTTATGCAAGAAATTGAAATAAAGAAA AAATATGGAAGAAAGTTAGAAGAAAGTAAGAATCAAGGATTTGATGAAAATGTAGATTTA AATGATAGAAAATCAAATAAAACGATAAAAATATTCAATGTAGTTCCTCTTTCTTATAAG AAGAGCGTACTTGATATTGATTATAAGATAAAGTTAAAGAACATTTCTCAATTAGTTTCA ATTTCGTTGACTAGAGTAATGGATGTGGTGACAACTTTATTTTTGGATTCTAAAATGGTA AAAAGATTAAGAGATGAACTTGGAATAATACGTGATTTAAAGCTTACATGGAGGCTACAC TACTCTTCTTTAAAGCTGAGGCTGATTTTTAGGTTTATTTTAAAAAGTATGGAGGTTTCG AATGCAAGGAAGGTAATGGAGGACTTTTATTCTTACAGTATTTTCCTTTTTAGGCAATTT GAGAGAACCAATGGGAGGAAAAAATCCAATCCAGAGTTTAAAGTAAGCAAAGAACTATTT GATATTGTGGATGAGATACAAAGACTAAATGAGATTAATTGGCATCTTCAATATTTGTAT GAAGATCTTCCAACTCAGTTAACTACTCCAATAAATAATTGTGGTACCCCTATACAAGTT TCCCAGCCTAATAACCTTGAATCTAATTGGATAAAGAATGAAATAAGAATTTACAATCCA TTGTTATTCAAGAACTATCCTCAGTTAATTCTAAGTTCGATCCATAGATCTCTCACAAGG TTACCAAAAGAATGTGATATAATGAAACGGAAAAAGTGTAATTGTTATAGAACAGACCAT TCAGGAAAGATTAGCAAAGCAAATTCTATATTAGATACTGGAAGCATAGTTTTTGTTCTA ATGGAATTTATTATAAAGAAAATAGTGGAGTTAAAGGCCAATGTAATTTTTACTGATCCT TATTTCAGATATAGGACAGATTTTGTTTTAAAGGTTAGAGCTTATAATTATCACGAATAT GTGAATTTACAATTTAGTTCCTACTACCAGAAAAACAATCTATTAAAGGAAGATTTTACA GATTTTACCAATTCAGAAAATTGGACTTTACCTGAGAGAATAGTTAACTTTGAAACTTCA ATGCTGATTCCAGACTACGAATACTATAAGAATTCTACAGCTATAAACAGGCAGTTATCT TATCCAAGAATCTCCTATAAGAACGAGTTAAGCTTAACTACCAGGCTTGAGAATTTTAAG TTTTATTCTCCAATAGTTTTTGTGAGATCCATTATCAGAACAAAGTTGTCTCCATGTAAA ATATTTAAAGACTGTTTTTGTGAAGTGGATTGTATTTCAAAGAGACATACAGGGTTAATA ATGCTTAAAATATTATCAGATATTTTCAATATTTCAATTGAGAAATTTTTGGAGAGTGAG CCTATACCAGGATACATGAATATACTTGAAAAGCTTTCCCATAATAGCAGTACAAAGTAC GGTAATTGGAGAATCTCGGATTCGCTAACAAAGCCGTTTCATTTTGGATCTATAATGATT GGAAACAATGAAATAGAGTTGAACTTTGTTGGACCTAGCTGCTCTTTAATTGAATATATG AGAAAAATATTCAAGGAAATGAATTCAAGATTCAAGCCTTTAAAGATTGTGAAGTTTTAT CAGATATTACGTAATTTCATGAAGAATGAGATTAAAAGGAGGAAGAATAGGACTCCAATG GACTTTATTCGGTACTACCAGGGGATATTACAATATGAGGACTATTTTGAAGATGAATCT TTTATTACTACGGGTATTTCAATCACTTATGACAACTATTTATCATTTCACAACTATATT ATCGATACCTTATTTAATAAAGATTCTGACAGGCCACGTCAAAAAGGATTTATGGAGACA GTAGTTCTAGGTATTACAAGCGATGAATTCAACAAAAGATATACTGAGACAATTTTGGAT TGGATATATTTCGAAAAGCCAGATTCTTACAAGGAGATTTGCATGCTTCAGGAGCCATAT TTTGCATTTTCAGCCGGAGATGAGCCACTTATAATTAGACAGACCTTTACTGATGGGATT TTAACAACCAGTAGTGCTTCAATCAGGTTCCAGTTACCATGTAATAAGAACAGTTCTACA GGATTTAATTCAAGCCTTTCAGATAATGATATTTTCTTTAAAGATGAAAAAGAATACAAA TGGGAGACAAATGATGGTTTACAGCCAAGGTGTATCTTCAATACTGTAGCTTCCAGAGTT TTGGAGAGAATACTCAGGAAGTACTTTTCTTCAATAGTAAGAAAGCTGGTGCTGGAGATG TCCCAAAGTCACTCTAATAATACAAATTTGCCTCCAAATTTGAATTCGAATTTTGCTGTA AGGGGAGAAGTGGAGGTTTCATTCTACAGGCTGAATAGTATTCCCCAATTTACTCTTTAC ATTTTATCATCTCATTTTGATAGCTTTACACTTTTGTCAATACTCAATTCATCCATTAAA AGGTTCAAGACTGATATAATTGACAGCGAGGAAGTGCTTTCTGAGGAAGAATTCAGCTCA GTTAAAAGTTATTTTATTAGATATTATTGTATAAAAGAGAAGATTCAAATTAGAAATCTC AGAGCTTCTCTCTTGGAAATGTCAAAGTGGAGATATAACTATAATTGGAAGCATGAATCA TGTAATTTGATTCGAACTTTAAAGAAGAAACATATTGTTCAATTCTATTATGATTATTTC TTAATGGATTCCCCCTATAGAAGGTCATACATTCTATTACTCCAAGCACCACCTTTCAAC AGATTAATATCCTATTCTAAACAAAAAGGTACATCAATTGACCCTGTATCCACAGTTTTC CAGAATTATATTGTCTCTTTACTTGGAAAATGTGACAAAGCTGATTACTATAGACAGACC AATACAACTAAAGATGCAGACTGGAACATAAGTATGCTTTCCTATCCACGTATACTGCAA AGTGACATTGGTATCTTGGATTATAAATATAAGAATATTAAAAAGTATCAGCCAAGATGC TCCAAGTTTATGCTTGAAGCAATTAACACAGAGAAACAAAACTAG
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  • Fasta :-

    MPKTYRMNQNGSSGWKKLLNCLSICLGLSLIGRCLSKNYEFTNKMTLYYSPIEGFINKQF DNKTQELENLKFIIGEPWEGFEIAKVQLNSSSINNDTKTMESLDGKNNVVFGKYKKLEIN YPLGSKKKLIALQNCKTGVTALINYSPMRIKTEFSIYLSFGSNIDPINNQGLTYLMGFIF LNMASEVDNYLFNSGEYIEKQKDNSLTSVTVSSLYTKLTVTVSDDKAIEALKRFINSVGY SGNVDNMTSTSKNDDGEFYIKNRPLTTKNLLNSLCRLYYIYKSCLRDEEYRISFIKTSMR AIDPKKSKEEESSSFGSSDKVEEDLVSDYFSNCGIFSTYWQKYLNFFSTSSCSFQSNIIE ANLSSSLKDWLHELKQLIKEHYEKYWLPENMNLYIDSALDYRLFEKLLASEMATFSSECD NKGKLFIENDLFMQEIEIKKKYGRKLEESKNQGFDENVDLNDRKSNKTIKIFNVVPLSYK KSVLDIDYKIKLKNISQLVSISLTRVMDVVTTLFLDSKMVKRLRDELGIIRDLKLTWRLH YSSLKLRLIFRFILKSMEVSNARKVMEDFYSYSIFLFRQFERTNGRKKSNPEFKVSKELF DIVDEIQRLNEINWHLQYLYEDLPTQLTTPINNCGTPIQVSQPNNLESNWIKNEIRIYNP LLFKNYPQLILSSIHRSLTRLPKECDIMKRKKCNCYRTDHSGKISKANSILDTGSIVFVL MEFIIKKIVELKANVIFTDPYFRYRTDFVLKVRAYNYHEYVNLQFSSYYQKNNLLKEDFT DFTNSENWTLPERIVNFETSMLIPDYEYYKNSTAINRQLSYPRISYKNELSLTTRLENFK FYSPIVFVRSIIRTKLSPCKIFKDCFCEVDCISKRHTGLIMLKILSDIFNISIEKFLESE PIPGYMNILEKLSHNSSTKYGNWRISDSLTKPFHFGSIMIGNNEIELNFVGPSCSLIEYM RKIFKEMNSRFKPLKIVKFYQILRNFMKNEIKRRKNRTPMDFIRYYQGILQYEDYFEDES FITTGISITYDNYLSFHNYIIDTLFNKDSDRPRQKGFMETVVLGITSDEFNKRYTETILD WIYFEKPDSYKEICMLQEPYFAFSAGDEPLIIRQTFTDGILTTSSASIRFQLPCNKNSST GFNSSLSDNDIFFKDEKEYKWETNDGLQPRCIFNTVASRVLERILRKYFSSIVRKLVLEM SQSHSNNTNLPPNLNSNFAVRGEVEVSFYRLNSIPQFTLYILSSHFDSFTLLSILNSSIK RFKTDIIDSEEVLSEEEFSSVKSYFIRYYCIKEKIQIRNLRASLLEMSKWRYNYNWKHES CNLIRTLKKKHIVQFYYDYFLMDSPYRRSYILLLQAPPFNRLISYSKQKGTSIDPVSTVF QNYIVSLLGKCDKADYYRQTNTTKDADWNISMLSYPRILQSDIGILDYKYKNIKKYQPRC SKFMLEAINTEKQN

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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
cgd7_770366 SNLSSSLKDW0.997unspcgd7_770366 SNLSSSLKDW0.997unspcgd7_770366 SNLSSSLKDW0.997unspcgd7_770465 SNDRKSNKTI0.995unspcgd7_770709 SSKANSILDT0.996unspcgd7_770820 SNRQLSYPRI0.994unspcgd7_770825 SYPRISYKNE0.997unspcgd7_7701089 SEKPDSYKEI0.998unspcgd7_7701104 SYFAFSAGDE0.993unspcgd7_7701127 STSSASIRFQ0.992unspcgd7_7701145 SGFNSSLSDN0.994unspcgd7_7701147 SNSSLSDNDI0.994unspcgd7_7701274 SEEVLSEEEF0.996unspcgd7_7701303 SNLRASLLEM0.993unspcgd7_7701364 SNRLISYSKQ0.99unspcgd7_77050 STLYYSPIEG0.994unspcgd7_770307 SDPKKSKEEE0.998unsp

cgd7_770      



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