cgd3_590 | Uncharacterized protein

  • 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:        

_IDPredictionOTHERSPmTPCS_Position
cgd3_590OTHER0.9999980.0000010.000000
No Results

  • Fasta :-

    >cgd3_590 MDVIEAGDVVEKPSPDVFRSSRQFLDSEVKLIEEIKHNFLDTVGYMEFRKFSRKHQGVFR DVARAWTLILLVLCGFFSNLLFFSSCPNLGDIAAHGLFYKGYNLIILCVEIGMIVTTSFW LLMTQFQTGVVYSFRLSVLYTAITFLLFILRTTISDSENSTILQKCDYILSNGEVIVYNI IPLIYITLQFLISFISFFYSKLRPIIAVYYFKHPWFLKSWKFVNIEPVELKLLSFGKRFD GSRNISPRNTSSKYCEKSESEDKTSSEGMKGGYSSDTKMFWDTESDNQNIRLASGYFIEI KRFSVRKLLKKLNPIRLDLLLTFRTRKDRGRRPNSLKNQGCSINSWYLGEINEEGRPHGF GRWREDDYYGEILVGFWKNGHPVGPFKTRECRSGSGFICLKLGFCRTEANLTPNLYGYAD IECSVSGQFFRGFPLCHIYPAPSIGMNRSGSIFARIGAKGKAALDDTTQKGKKMVGAVFN SSWFKKIRKKDKDKKTALEKKESILDSKKVVRLNLDNIEGNSDKMESNELNSLSIDIPSG NEQNLKEVEPKLSSGMCKSEMNLSLQKKGVHMIRKVRQKLRRNQNRQDKERDLSLLWVFQ NLSPHIPMFTIHPKNEVTILVDAERGLYIAGYFPVSEVLRYTKQTGARLALSNQDPESLL SENNLKSTILGPNDAISGLIPFSSSFSSSSIIKASQYPLNRPQDNRYLESVEVRVVDRYC NDSVFSKDALDENQDNTVYYPELEVKNWIHSDGLHAAEALIFIHGYNNTIMDALRQVGQM IAFGNFPSYIKPMVFSWPSGNSFLEYFKARKSAESPHTHNSLYQLILGLKNRGIRHIHIM THSMGTRLFIQSFPKLLSENLLERCEQHDHRSSIDPGNYLGLRHSETQFGDEINPIINEK VQIVSMTFLNPDYYLDDFINKAFPMLRQYCNLITMYGDSQDGALKWSEIIQGRKALGCNV FGLHYGTIGSFSKRMKSQINDLDQYRASDVELTSGLKKTVSTSNMAVYGDEINFSSNQKI GTTGLKSDTENHPNSENRASQESKPRNDSALSLIYPSKVLINSFNASQSPRQGSPRASSS GILETSSPYANRHTPEQRFNYLDMDVIDQSFIEQNVGTMRHNNWNLNREVIEDLRELVVS RKRAYQRSTRLDKREGNVWVYRIAPSCVTSIFD
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/cgd3_590.fa Sequence name : cgd3_590 Sequence length : 1173 VALUES OF COMPUTED PARAMETERS Coef20 : 3.294 CoefTot : 0.000 ChDiff : 22 ZoneTo : 1 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 2.194 2.341 0.410 0.804 MesoH : 1.053 1.255 0.062 0.528 MuHd_075 : 29.041 16.215 7.917 4.619 MuHd_095 : 29.769 16.114 8.221 5.008 MuHd_100 : 37.288 21.035 10.612 6.293 MuHd_105 : 38.849 22.562 11.257 6.521 Hmax_075 : 5.200 14.800 0.807 5.120 Hmax_095 : 4.813 10.938 0.521 3.955 Hmax_100 : 14.700 16.000 2.898 5.420 Hmax_105 : 14.583 18.550 3.704 5.833 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9249 0.0751 DFMC : 0.9170 0.0830
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1173 cgd3_590 MDVIEAGDVVEKPSPDVFRSSRQFLDSEVKLIEEIKHNFLDTVGYMEFRKFSRKHQGVFRDVARAWTLILLVLCGFFSNL 80 LFFSSCPNLGDIAAHGLFYKGYNLIILCVEIGMIVTTSFWLLMTQFQTGVVYSFRLSVLYTAITFLLFILRTTISDSENS 160 TILQKCDYILSNGEVIVYNIIPLIYITLQFLISFISFFYSKLRPIIAVYYFKHPWFLKSWKFVNIEPVELKLLSFGKRFD 240 GSRNISPRNTSSKYCEKSESEDKTSSEGMKGGYSSDTKMFWDTESDNQNIRLASGYFIEIKRFSVRKLLKKLNPIRLDLL 320 LTFRTRKDRGRRPNSLKNQGCSINSWYLGEINEEGRPHGFGRWREDDYYGEILVGFWKNGHPVGPFKTRECRSGSGFICL 400 KLGFCRTEANLTPNLYGYADIECSVSGQFFRGFPLCHIYPAPSIGMNRSGSIFARIGAKGKAALDDTTQKGKKMVGAVFN 480 SSWFKKIRKKDKDKKTALEKKESILDSKKVVRLNLDNIEGNSDKMESNELNSLSIDIPSGNEQNLKEVEPKLSSGMCKSE 560 MNLSLQKKGVHMIRKVRQKLRRNQNRQDKERDLSLLWVFQNLSPHIPMFTIHPKNEVTILVDAERGLYIAGYFPVSEVLR 640 YTKQTGARLALSNQDPESLLSENNLKSTILGPNDAISGLIPFSSSFSSSSIIKASQYPLNRPQDNRYLESVEVRVVDRYC 720 NDSVFSKDALDENQDNTVYYPELEVKNWIHSDGLHAAEALIFIHGYNNTIMDALRQVGQMIAFGNFPSYIKPMVFSWPSG 800 NSFLEYFKARKSAESPHTHNSLYQLILGLKNRGIRHIHIMTHSMGTRLFIQSFPKLLSENLLERCEQHDHRSSIDPGNYL 880 GLRHSETQFGDEINPIINEKVQIVSMTFLNPDYYLDDFINKAFPMLRQYCNLITMYGDSQDGALKWSEIIQGRKALGCNV 960 FGLHYGTIGSFSKRMKSQINDLDQYRASDVELTSGLKKTVSTSNMAVYGDEINFSSNQKIGTTGLKSDTENHPNSENRAS 1040 QESKPRNDSALSLIYPSKVLINSFNASQSPRQGSPRASSSGILETSSPYANRHTPEQRFNYLDMDVIDQSFIEQNVGTMR 1120 HNNWNLNREVIEDLRELVVSRKRAYQRSTRLDKREGNVWVYRIAPSCVTSIFD 1200 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ..................................................... 1200 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ cgd3_590 12 AGDVVEK|PS 0.066 . cgd3_590 19 PSPDVFR|SS 0.209 . cgd3_590 22 DVFRSSR|QF 0.240 . cgd3_590 30 FLDSEVK|LI 0.065 . cgd3_590 36 KLIEEIK|HN 0.063 . cgd3_590 49 VGYMEFR|KF 0.090 . cgd3_590 50 GYMEFRK|FS 0.112 . cgd3_590 53 EFRKFSR|KH 0.095 . cgd3_590 54 FRKFSRK|HQ 0.117 . cgd3_590 60 KHQGVFR|DV 0.177 . cgd3_590 64 VFRDVAR|AW 0.111 . cgd3_590 100 AHGLFYK|GY 0.068 . cgd3_590 135 GVVYSFR|LS 0.072 . cgd3_590 151 FLLFILR|TT 0.067 . cgd3_590 165 NSTILQK|CD 0.057 . cgd3_590 201 ISFFYSK|LR 0.056 . cgd3_590 203 FFYSKLR|PI 0.093 . cgd3_590 212 IAVYYFK|HP 0.060 . cgd3_590 218 KHPWFLK|SW 0.076 . cgd3_590 221 WFLKSWK|FV 0.087 . cgd3_590 231 IEPVELK|LL 0.062 . cgd3_590 237 KLLSFGK|RF 0.067 . cgd3_590 238 LLSFGKR|FD 0.234 . cgd3_590 243 KRFDGSR|NI 0.107 . cgd3_590 248 SRNISPR|NT 0.185 . cgd3_590 253 PRNTSSK|YC 0.117 . cgd3_590 257 SSKYCEK|SE 0.084 . cgd3_590 263 KSESEDK|TS 0.073 . cgd3_590 270 TSSEGMK|GG 0.077 . cgd3_590 278 GYSSDTK|MF 0.075 . cgd3_590 291 SDNQNIR|LA 0.123 . cgd3_590 301 GYFIEIK|RF 0.058 . cgd3_590 302 YFIEIKR|FS 0.137 . cgd3_590 306 IKRFSVR|KL 0.112 . cgd3_590 307 KRFSVRK|LL 0.095 . cgd3_590 310 SVRKLLK|KL 0.070 . cgd3_590 311 VRKLLKK|LN 0.087 . cgd3_590 316 KKLNPIR|LD 0.068 . cgd3_590 324 DLLLTFR|TR 0.065 . cgd3_590 326 LLTFRTR|KD 0.079 . cgd3_590 327 LTFRTRK|DR 0.231 . cgd3_590 329 FRTRKDR|GR 0.224 . cgd3_590 331 TRKDRGR|RP 0.095 . cgd3_590 332 RKDRGRR|PN 0.366 . cgd3_590 337 RRPNSLK|NQ 0.080 . cgd3_590 356 EINEEGR|PH 0.101 . cgd3_590 362 RPHGFGR|WR 0.148 . cgd3_590 364 HGFGRWR|ED 0.095 . cgd3_590 378 ILVGFWK|NG 0.068 . cgd3_590 387 HPVGPFK|TR 0.062 . cgd3_590 389 VGPFKTR|EC 0.089 . cgd3_590 392 FKTRECR|SG 0.358 . cgd3_590 401 SGFICLK|LG 0.055 . cgd3_590 406 LKLGFCR|TE 0.073 . cgd3_590 431 VSGQFFR|GF 0.085 . cgd3_590 448 PSIGMNR|SG 0.117 . cgd3_590 455 SGSIFAR|IG 0.141 . cgd3_590 459 FARIGAK|GK 0.069 . cgd3_590 461 RIGAKGK|AA 0.076 . cgd3_590 470 LDDTTQK|GK 0.065 . cgd3_590 472 DTTQKGK|KM 0.061 . cgd3_590 473 TTQKGKK|MV 0.302 . cgd3_590 485 FNSSWFK|KI 0.080 . cgd3_590 486 NSSWFKK|IR 0.119 . cgd3_590 488 SWFKKIR|KK 0.126 . cgd3_590 489 WFKKIRK|KD 0.078 . cgd3_590 490 FKKIRKK|DK 0.185 . cgd3_590 492 KIRKKDK|DK 0.102 . cgd3_590 494 RKKDKDK|KT 0.068 . cgd3_590 495 KKDKDKK|TA 0.109 . cgd3_590 500 KKTALEK|KE 0.057 . cgd3_590 501 KTALEKK|ES 0.077 . cgd3_590 508 ESILDSK|KV 0.062 . cgd3_590 509 SILDSKK|VV 0.106 . cgd3_590 512 DSKKVVR|LN 0.091 . cgd3_590 524 IEGNSDK|ME 0.074 . cgd3_590 546 GNEQNLK|EV 0.105 . cgd3_590 551 LKEVEPK|LS 0.080 . cgd3_590 558 LSSGMCK|SE 0.089 . cgd3_590 567 MNLSLQK|KG 0.055 . cgd3_590 568 NLSLQKK|GV 0.282 . cgd3_590 574 KGVHMIR|KV 0.152 . cgd3_590 575 GVHMIRK|VR 0.079 . cgd3_590 577 HMIRKVR|QK 0.166 . cgd3_590 579 IRKVRQK|LR 0.072 . cgd3_590 581 KVRQKLR|RN 0.090 . cgd3_590 582 VRQKLRR|NQ 0.163 . cgd3_590 586 LRRNQNR|QD 0.116 . cgd3_590 589 NQNRQDK|ER 0.140 . cgd3_590 591 NRQDKER|DL 0.139 . cgd3_590 614 MFTIHPK|NE 0.066 . cgd3_590 625 ILVDAER|GL 0.095 . cgd3_590 640 PVSEVLR|YT 0.118 . cgd3_590 643 EVLRYTK|QT 0.133 . cgd3_590 648 TKQTGAR|LA 0.102 . cgd3_590 666 LSENNLK|ST 0.081 . cgd3_590 693 SSSSIIK|AS 0.068 . cgd3_590 701 SQYPLNR|PQ 0.075 . cgd3_590 706 NRPQDNR|YL 0.146 . cgd3_590 714 LESVEVR|VV 0.156 . cgd3_590 718 EVRVVDR|YC 0.117 . cgd3_590 727 NDSVFSK|DA 0.098 . cgd3_590 746 YPELEVK|NW 0.064 . cgd3_590 775 TIMDALR|QV 0.184 . cgd3_590 791 NFPSYIK|PM 0.052 . cgd3_590 808 SFLEYFK|AR 0.056 . cgd3_590 810 LEYFKAR|KS 0.137 . cgd3_590 811 EYFKARK|SA 0.114 . cgd3_590 830 QLILGLK|NR 0.055 . cgd3_590 832 ILGLKNR|GI 0.138 . cgd3_590 835 LKNRGIR|HI 0.408 . cgd3_590 847 THSMGTR|LF 0.116 . cgd3_590 855 FIQSFPK|LL 0.068 . cgd3_590 864 SENLLER|CE 0.077 . cgd3_590 871 CEQHDHR|SS 0.137 . cgd3_590 883 GNYLGLR|HS 0.105 . cgd3_590 900 NPIINEK|VQ 0.061 . cgd3_590 921 LDDFINK|AF 0.056 . cgd3_590 927 KAFPMLR|QY 0.092 . cgd3_590 945 SQDGALK|WS 0.065 . cgd3_590 953 SEIIQGR|KA 0.092 . cgd3_590 954 EIIQGRK|AL 0.087 . cgd3_590 973 TIGSFSK|RM 0.062 . cgd3_590 974 IGSFSKR|MK 0.364 . cgd3_590 976 SFSKRMK|SQ 0.112 . cgd3_590 986 NDLDQYR|AS 0.102 . cgd3_590 997 ELTSGLK|KT 0.051 . cgd3_590 998 LTSGLKK|TV 0.220 . cgd3_590 1019 NFSSNQK|IG 0.071 . cgd3_590 1026 IGTTGLK|SD 0.067 . cgd3_590 1038 HPNSENR|AS 0.122 . cgd3_590 1044 RASQESK|PR 0.075 . cgd3_590 1046 SQESKPR|ND 0.090 . cgd3_590 1058 SLIYPSK|VL 0.070 . cgd3_590 1071 NASQSPR|QG 0.124 . cgd3_590 1076 PRQGSPR|AS 0.161 . cgd3_590 1092 SSPYANR|HT 0.109 . cgd3_590 1098 RHTPEQR|FN 0.088 . cgd3_590 1120 QNVGTMR|HN 0.097 . cgd3_590 1128 NNWNLNR|EV 0.130 . cgd3_590 1135 EVIEDLR|EL 0.067 . cgd3_590 1141 RELVVSR|KR 0.081 . cgd3_590 1142 ELVVSRK|RA 0.081 . cgd3_590 1143 LVVSRKR|AY 0.128 . cgd3_590 1147 RKRAYQR|ST 0.128 . cgd3_590 1150 AYQRSTR|LD 0.185 . cgd3_590 1153 RSTRLDK|RE 0.111 . cgd3_590 1154 STRLDKR|EG 0.123 . cgd3_590 1162 GNVWVYR|IA 0.111 . ____________________________^_________________

  • Fasta :-

    >cgd3_590 ATGGATGTAATAGAAGCAGGAGATGTTGTGGAAAAGCCATCTCCAGATGTTTTTCGCTCA AGTAGGCAATTTTTGGACTCTGAGGTGAAGTTAATAGAAGAAATAAAACATAATTTTTTG GATACAGTAGGTTATATGGAATTTCGAAAATTTAGCAGAAAACACCAGGGAGTATTTAGA GATGTTGCAAGGGCTTGGACTTTGATTTTGTTAGTACTTTGTGGATTTTTCTCAAATCTG CTATTTTTTTCTTCATGTCCAAATTTGGGAGATATAGCAGCACATGGGTTGTTTTACAAG GGATATAATTTGATAATATTATGCGTTGAAATCGGAATGATAGTGACTACATCATTTTGG CTGCTAATGACTCAGTTCCAGACTGGAGTAGTTTACTCGTTTAGATTGAGCGTTTTATAC ACAGCTATTACATTTCTATTATTTATTTTGAGGACAACAATTTCAGATTCAGAAAACTCA ACAATTCTACAAAAATGTGACTATATTTTGAGTAATGGAGAGGTGATCGTTTACAATATA ATTCCGCTCATATATATTACGTTACAGTTCTTAATTTCTTTTATTTCATTTTTTTACTCA AAACTGAGACCAATCATAGCTGTATATTACTTTAAGCATCCTTGGTTCCTCAAGTCTTGG AAATTTGTAAATATTGAGCCTGTAGAGTTAAAATTACTTTCTTTTGGAAAGAGGTTTGAT GGGAGCAGAAATATTAGTCCAAGAAATACAAGTTCAAAGTATTGTGAAAAAAGCGAGTCA GAGGACAAGACGAGCTCTGAAGGTATGAAAGGAGGATATTCAAGCGATACAAAAATGTTT TGGGATACGGAAAGTGATAACCAGAATATCAGATTAGCTTCTGGTTATTTCATTGAGATT AAAAGGTTTAGTGTAAGAAAGCTACTGAAAAAGTTGAATCCGATAAGATTGGATTTGCTT TTAACTTTTAGAACAAGAAAGGATAGAGGTAGAAGACCAAATTCTTTGAAAAACCAGGGA TGCAGCATAAATAGTTGGTATTTGGGAGAAATTAATGAGGAAGGAAGGCCTCATGGTTTT GGAAGATGGAGGGAGGATGATTACTACGGCGAGATTCTCGTTGGGTTTTGGAAGAATGGG CATCCTGTTGGACCATTTAAAACAAGAGAGTGTAGATCAGGGAGTGGCTTTATTTGTTTG AAGCTAGGATTCTGTCGAACAGAGGCAAATTTGACTCCTAATCTATATGGTTATGCAGAT ATTGAATGCAGTGTTTCTGGTCAATTCTTTAGAGGGTTTCCTTTATGCCATATTTATCCG GCTCCGTCAATAGGAATGAATAGAAGTGGATCAATCTTTGCGAGAATTGGGGCTAAAGGA AAGGCAGCATTAGATGATACAACTCAAAAGGGCAAGAAAATGGTTGGTGCAGTGTTTAAT AGTTCTTGGTTTAAGAAAATAAGGAAAAAGGACAAAGATAAGAAGACCGCATTAGAGAAG AAGGAGAGCATTTTAGATTCTAAAAAGGTGGTTAGGCTTAATTTAGATAATATTGAAGGT AATAGTGATAAGATGGAGTCAAATGAATTAAATAGTTTATCAATTGATATACCGTCAGGA AATGAGCAAAATTTAAAGGAAGTAGAACCCAAACTGTCATCAGGGATGTGTAAAAGTGAA ATGAATTTAAGCTTACAGAAAAAAGGAGTTCACATGATCCGTAAAGTTAGACAAAAGCTA AGAAGGAACCAAAACAGACAGGACAAGGAGCGTGATTTGTCTCTTCTGTGGGTTTTCCAA AATTTATCCCCACACATTCCGATGTTTACAATCCACCCTAAGAATGAAGTCACTATTTTG GTTGATGCAGAAAGGGGTTTGTATATTGCCGGATACTTTCCAGTATCAGAAGTATTACGT TATACAAAACAAACAGGAGCGAGGTTGGCTTTGAGCAACCAGGATCCTGAGAGTTTGCTA AGCGAAAATAACCTAAAGAGTACAATTTTGGGCCCGAATGATGCCATTAGTGGGCTTATT CCGTTCTCAAGCTCATTTTCGAGCTCCTCCATTATCAAAGCTTCTCAGTATCCTCTAAAT AGGCCTCAAGATAATAGGTACTTGGAGTCTGTTGAAGTTAGGGTAGTTGATAGATATTGC AATGATTCCGTCTTCTCAAAAGATGCTTTAGATGAAAACCAGGATAATACCGTATACTAC CCAGAGTTGGAAGTCAAGAATTGGATTCATAGCGATGGACTTCATGCGGCTGAGGCGCTG ATATTTATTCATGGGTATAATAACACAATAATGGATGCTTTAAGGCAAGTTGGACAGATG ATTGCTTTTGGAAACTTTCCCTCGTATATAAAACCTATGGTATTTTCTTGGCCATCAGGA AATTCCTTCTTAGAGTATTTCAAGGCTAGAAAGAGTGCAGAAAGTCCTCACACTCATAAT TCACTTTACCAACTCATATTAGGGTTAAAGAATAGAGGAATTCGACATATCCACATTATG ACTCATTCAATGGGAACTAGATTATTCATCCAGTCGTTCCCTAAGCTTTTATCAGAGAAT TTACTTGAAAGATGTGAACAGCATGATCATAGATCAAGCATTGATCCTGGAAATTATTTG GGTCTTCGTCATTCTGAGACTCAGTTCGGAGACGAGATTAATCCAATTATTAATGAAAAG GTTCAAATAGTTTCAATGACTTTCTTGAATCCTGATTATTACTTGGATGACTTTATTAAC AAAGCTTTCCCAATGTTAAGGCAATACTGTAATTTAATTACTATGTATGGAGATAGCCAA GATGGTGCTCTAAAGTGGAGTGAAATCATTCAGGGTAGGAAAGCTCTCGGCTGCAACGTT TTTGGATTGCATTACGGGACTATTGGGAGCTTTAGTAAGAGAATGAAATCTCAAATCAAC GATCTTGACCAATATAGAGCTTCTGATGTGGAACTAACCAGTGGCTTGAAGAAGACAGTT TCTACATCAAACATGGCCGTCTATGGGGATGAAATCAACTTCTCTTCCAATCAGAAAATA GGAACAACAGGATTAAAATCGGATACGGAAAATCACCCTAATTCTGAGAATAGAGCTTCA CAAGAATCAAAACCAAGAAATGATAGCGCATTATCTCTTATTTACCCTTCTAAGGTCCTA ATTAACAGTTTCAACGCCTCTCAAAGTCCCAGGCAAGGTTCTCCAAGAGCAAGTAGTTCC GGAATTTTGGAGACTTCCAGTCCATATGCAAATAGACATACTCCTGAACAAAGATTCAAC TATTTAGATATGGATGTAATTGACCAGAGTTTCATTGAACAAAATGTTGGGACAATGCGT CATAATAACTGGAACTTAAACAGAGAAGTCATTGAGGATTTGAGGGAACTGGTGGTGAGC AGGAAAAGAGCATACCAGAGATCTACCAGGCTAGACAAACGAGAAGGTAATGTTTGGGTC TACAGAATTGCTCCTTCTTGTGTCACTTCCATTTTCGACTAG
  • Download Fasta

  • Fasta :-

    MDVIEAGDVVEKPSPDVFRSSRQFLDSEVKLIEEIKHNFLDTVGYMEFRKFSRKHQGVFR DVARAWTLILLVLCGFFSNLLFFSSCPNLGDIAAHGLFYKGYNLIILCVEIGMIVTTSFW LLMTQFQTGVVYSFRLSVLYTAITFLLFILRTTISDSENSTILQKCDYILSNGEVIVYNI IPLIYITLQFLISFISFFYSKLRPIIAVYYFKHPWFLKSWKFVNIEPVELKLLSFGKRFD GSRNISPRNTSSKYCEKSESEDKTSSEGMKGGYSSDTKMFWDTESDNQNIRLASGYFIEI KRFSVRKLLKKLNPIRLDLLLTFRTRKDRGRRPNSLKNQGCSINSWYLGEINEEGRPHGF GRWREDDYYGEILVGFWKNGHPVGPFKTRECRSGSGFICLKLGFCRTEANLTPNLYGYAD IECSVSGQFFRGFPLCHIYPAPSIGMNRSGSIFARIGAKGKAALDDTTQKGKKMVGAVFN SSWFKKIRKKDKDKKTALEKKESILDSKKVVRLNLDNIEGNSDKMESNELNSLSIDIPSG NEQNLKEVEPKLSSGMCKSEMNLSLQKKGVHMIRKVRQKLRRNQNRQDKERDLSLLWVFQ NLSPHIPMFTIHPKNEVTILVDAERGLYIAGYFPVSEVLRYTKQTGARLALSNQDPESLL SENNLKSTILGPNDAISGLIPFSSSFSSSSIIKASQYPLNRPQDNRYLESVEVRVVDRYC NDSVFSKDALDENQDNTVYYPELEVKNWIHSDGLHAAEALIFIHGYNNTIMDALRQVGQM IAFGNFPSYIKPMVFSWPSGNSFLEYFKARKSAESPHTHNSLYQLILGLKNRGIRHIHIM THSMGTRLFIQSFPKLLSENLLERCEQHDHRSSIDPGNYLGLRHSETQFGDEINPIINEK VQIVSMTFLNPDYYLDDFINKAFPMLRQYCNLITMYGDSQDGALKWSEIIQGRKALGCNV FGLHYGTIGSFSKRMKSQINDLDQYRASDVELTSGLKKTVSTSNMAVYGDEINFSSNQKI GTTGLKSDTENHPNSENRASQESKPRNDSALSLIYPSKVLINSFNASQSPRQGSPRASSS GILETSSPYANRHTPEQRFNYLDMDVIDQSFIEQNVGTMRHNNWNLNREVIEDLRELVVS RKRAYQRSTRLDKREGNVWVYRIAPSCVTSIFD

    No Results
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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
cgd3_590258 SYCEKSESED0.995unspcgd3_590258 SYCEKSESED0.995unspcgd3_590258 SYCEKSESED0.995unspcgd3_590265 SEDKTSSEGM0.994unspcgd3_590304 SIKRFSVRKL0.995unspcgd3_590335 SRRPNSLKNQ0.997unspcgd3_590503 SEKKESILDS0.99unspcgd3_590812 SKARKSAESP0.997unspcgd3_590815 SKSAESPHTH0.991unspcgd3_590977 SKRMKSQIND0.994unspcgd3_5901027 STGLKSDTEN0.993unspcgd3_5901040 SENRASQESK0.996unspcgd3_5901069 SNASQSPRQG0.991unspcgd3_5901074 SPRQGSPRAS0.997unspcgd3_5901140 SELVVSRKRA0.994unspcgd3_59052 SFRKFSRKHQ0.992unspcgd3_590246 SSRNISPRNT0.997unsp

cgd3_590      



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