cgd8_2720 | Insulinase like metalloprotease

  • 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
cgd8_2720OTHER0.9998750.0001000.000025
No Results

  • Fasta :-

    >cgd8_2720 MNEVANLFKVKLGDLNKEEFIRDETKYNFSFIKSIKVSNVGILELYQHQKGVIVAFMKTF TICGPSFTHCKLSFTTVPNNNKGIPHALEHVIFNGSKRFPYNDSIDKISNRLCCPYTNAF TIDDSTTFEFECTTEWSLLRMLEVWLDHLFHPILSEESFLTEIVHLNENAEYHGVVYSEV SSFERNYDEVVTTLSKFHTLCESPTEKKKIKLHSTWELYDEITEKYDGSQSSVFSCTGRT TGLQKLSLDELKEFHANFYSLDNMLIFIHGNESININNIFGTIGKFISEAELVNDHKTCK KIRISDSPINQRPLNKKLCFNENLKEQSFPWHLEIPFPSEEEDLSTISFSWRFGAFSNFK EMLSITVLLHYLCIGNDSPLMKELVEGKSYCSDVDMSNVCEKNRYHQILLHGVETTKINK IVDLFKRIISEFHNGERSFDINDLKCKIEGLYYGHLVSLENKTIDTVFNQLSGFINYGIN NMDDLTEYCNLHFILKKLLSEGLEYWKTLFNKAFCLQKMNILEFVPSKKLSKEMTKRFKE ERKERISKKGKRFFQICKAKLEESIINNKKRAISLEILNNFNISFDLNCIGLNKANITTN VNYSEAKLAEINEGSDIIFKKLNMDHDLESQTIDNCLYFFLENSNTEFVHAQLRINLNEN LSNTEKLLSSLLVELLFQTSVKVINLIGPQISEKYSKLRESKVFLPDVNWSDGELINFDD FDKLLNTFCIDYYAEFSDGWILDSNTIPNQIKVNWTTPIEYTEFSSILIMSGICGMRLNA ERISTIARTIKGTISELKLSEEGLITSVSNSLCFCDQSIFNISNIPNFDHISKRLIKEPK NYLVELERLHSVLIRPFALGKSEVIPASNTKFSLFVIGKEEANKINLFKYFSINKNYKSQ YLINNQIQNTPNINLLPWEILSRALPLDLGIDFNSNSSQKFRIPEKYGYSIYLKVPSSNT ACFIQSINLNTFGTFFPKGSHFFNPDVPALLVLSNYLWDPCSLLFDSIRGSGLAYSGSLD LCMTTGQFSNCVYESTSIGQSLIKTWEIFRELSMDENEVYEEIKKTNKLPNYYESFYNSL DLDEAKRIAAYKFISKHKKFNSWAKQLNFDLNVGISPKFDSFIIKKISEVTVEDIKRVSI KYLKHFLPNTTNMMPSSCIALCGGENSAIDAMEVLKDYPNFRFSVISYSEFLKETLKNVE I
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/cgd8_2720.fa Sequence name : cgd8_2720 Sequence length : 1201 VALUES OF COMPUTED PARAMETERS Coef20 : 3.299 CoefTot : -0.134 ChDiff : -17 ZoneTo : 2 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.512 1.618 0.204 0.556 MesoH : 0.184 0.425 -0.168 0.296 MuHd_075 : 12.604 8.337 4.284 1.755 MuHd_095 : 36.523 22.890 9.726 6.353 MuHd_100 : 33.321 22.167 8.543 6.162 MuHd_105 : 19.979 16.221 4.817 4.294 Hmax_075 : -3.733 7.700 -2.968 2.077 Hmax_095 : 12.100 14.800 0.809 4.980 Hmax_100 : 12.100 14.800 0.809 4.980 Hmax_105 : 0.700 6.700 -2.908 2.380 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9877 0.0123 DFMC : 0.9820 0.0180
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1201 cgd8_2720 MNEVANLFKVKLGDLNKEEFIRDETKYNFSFIKSIKVSNVGILELYQHQKGVIVAFMKTFTICGPSFTHCKLSFTTVPNN 80 NKGIPHALEHVIFNGSKRFPYNDSIDKISNRLCCPYTNAFTIDDSTTFEFECTTEWSLLRMLEVWLDHLFHPILSEESFL 160 TEIVHLNENAEYHGVVYSEVSSFERNYDEVVTTLSKFHTLCESPTEKKKIKLHSTWELYDEITEKYDGSQSSVFSCTGRT 240 TGLQKLSLDELKEFHANFYSLDNMLIFIHGNESININNIFGTIGKFISEAELVNDHKTCKKIRISDSPINQRPLNKKLCF 320 NENLKEQSFPWHLEIPFPSEEEDLSTISFSWRFGAFSNFKEMLSITVLLHYLCIGNDSPLMKELVEGKSYCSDVDMSNVC 400 EKNRYHQILLHGVETTKINKIVDLFKRIISEFHNGERSFDINDLKCKIEGLYYGHLVSLENKTIDTVFNQLSGFINYGIN 480 NMDDLTEYCNLHFILKKLLSEGLEYWKTLFNKAFCLQKMNILEFVPSKKLSKEMTKRFKEERKERISKKGKRFFQICKAK 560 LEESIINNKKRAISLEILNNFNISFDLNCIGLNKANITTNVNYSEAKLAEINEGSDIIFKKLNMDHDLESQTIDNCLYFF 640 LENSNTEFVHAQLRINLNENLSNTEKLLSSLLVELLFQTSVKVINLIGPQISEKYSKLRESKVFLPDVNWSDGELINFDD 720 FDKLLNTFCIDYYAEFSDGWILDSNTIPNQIKVNWTTPIEYTEFSSILIMSGICGMRLNAERISTIARTIKGTISELKLS 800 EEGLITSVSNSLCFCDQSIFNISNIPNFDHISKRLIKEPKNYLVELERLHSVLIRPFALGKSEVIPASNTKFSLFVIGKE 880 EANKINLFKYFSINKNYKSQYLINNQIQNTPNINLLPWEILSRALPLDLGIDFNSNSSQKFRIPEKYGYSIYLKVPSSNT 960 ACFIQSINLNTFGTFFPKGSHFFNPDVPALLVLSNYLWDPCSLLFDSIRGSGLAYSGSLDLCMTTGQFSNCVYESTSIGQ 1040 SLIKTWEIFRELSMDENEVYEEIKKTNKLPNYYESFYNSLDLDEAKRIAAYKFISKHKKFNSWAKQLNFDLNVGISPKFD 1120 SFIIKKISEVTVEDIKRVSIKYLKHFLPNTTNMMPSSCIALCGGENSAIDAMEVLKDYPNFRFSVISYSEFLKETLKNVE 1200 I 1280 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 . 1280 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ cgd8_2720 9 EVANLFK|VK 0.057 . cgd8_2720 11 ANLFKVK|LG 0.062 . cgd8_2720 17 KLGDLNK|EE 0.058 . cgd8_2720 22 NKEEFIR|DE 0.113 . cgd8_2720 26 FIRDETK|YN 0.073 . cgd8_2720 33 YNFSFIK|SI 0.091 . cgd8_2720 36 SFIKSIK|VS 0.066 . cgd8_2720 50 ELYQHQK|GV 0.098 . cgd8_2720 58 VIVAFMK|TF 0.069 . cgd8_2720 71 PSFTHCK|LS 0.065 . cgd8_2720 82 TVPNNNK|GI 0.073 . cgd8_2720 97 VIFNGSK|RF 0.053 . cgd8_2720 98 IFNGSKR|FP 0.149 . cgd8_2720 107 YNDSIDK|IS 0.053 . cgd8_2720 111 IDKISNR|LC 0.097 . cgd8_2720 140 TEWSLLR|ML 0.113 . cgd8_2720 185 EVSSFER|NY 0.118 . cgd8_2720 196 VVTTLSK|FH 0.053 . cgd8_2720 207 CESPTEK|KK 0.067 . cgd8_2720 208 ESPTEKK|KI 0.077 . cgd8_2720 209 SPTEKKK|IK 0.097 . cgd8_2720 211 TEKKKIK|LH 0.078 . cgd8_2720 225 YDEITEK|YD 0.069 . cgd8_2720 239 VFSCTGR|TT 0.114 . cgd8_2720 245 RTTGLQK|LS 0.067 . cgd8_2720 252 LSLDELK|EF 0.066 . cgd8_2720 285 IFGTIGK|FI 0.080 . cgd8_2720 297 ELVNDHK|TC 0.061 . cgd8_2720 300 NDHKTCK|KI 0.075 . cgd8_2720 301 DHKTCKK|IR 0.072 . cgd8_2720 303 KTCKKIR|IS 0.108 . cgd8_2720 312 DSPINQR|PL 0.087 . cgd8_2720 316 NQRPLNK|KL 0.066 . cgd8_2720 317 QRPLNKK|LC 0.095 . cgd8_2720 325 CFNENLK|EQ 0.054 . cgd8_2720 352 TISFSWR|FG 0.116 . cgd8_2720 360 GAFSNFK|EM 0.056 . cgd8_2720 382 NDSPLMK|EL 0.074 . cgd8_2720 388 KELVEGK|SY 0.078 . cgd8_2720 402 MSNVCEK|NR 0.070 . cgd8_2720 404 NVCEKNR|YH 0.104 . cgd8_2720 417 HGVETTK|IN 0.059 . cgd8_2720 420 ETTKINK|IV 0.061 . cgd8_2720 426 KIVDLFK|RI 0.068 . cgd8_2720 427 IVDLFKR|II 0.200 . cgd8_2720 437 EFHNGER|SF 0.105 . cgd8_2720 445 FDINDLK|CK 0.063 . cgd8_2720 447 INDLKCK|IE 0.067 . cgd8_2720 462 LVSLENK|TI 0.089 . cgd8_2720 496 NLHFILK|KL 0.060 . cgd8_2720 497 LHFILKK|LL 0.130 . cgd8_2720 507 EGLEYWK|TL 0.056 . cgd8_2720 512 WKTLFNK|AF 0.066 . cgd8_2720 518 KAFCLQK|MN 0.059 . cgd8_2720 528 LEFVPSK|KL 0.071 . cgd8_2720 529 EFVPSKK|LS 0.087 . cgd8_2720 532 PSKKLSK|EM 0.061 . cgd8_2720 536 LSKEMTK|RF 0.061 . cgd8_2720 537 SKEMTKR|FK 0.213 . cgd8_2720 539 EMTKRFK|EE 0.063 . cgd8_2720 542 KRFKEER|KE 0.099 . cgd8_2720 543 RFKEERK|ER 0.071 . cgd8_2720 545 KEERKER|IS 0.343 . cgd8_2720 548 RKERISK|KG 0.106 . cgd8_2720 549 KERISKK|GK 0.125 . cgd8_2720 551 RISKKGK|RF 0.083 . cgd8_2720 552 ISKKGKR|FF 0.199 . cgd8_2720 558 RFFQICK|AK 0.054 . cgd8_2720 560 FQICKAK|LE 0.072 . cgd8_2720 569 ESIINNK|KR 0.057 . cgd8_2720 570 SIINNKK|RA 0.100 . cgd8_2720 571 IINNKKR|AI 0.360 . cgd8_2720 594 NCIGLNK|AN 0.059 . cgd8_2720 607 VNYSEAK|LA 0.084 . cgd8_2720 620 GSDIIFK|KL 0.058 . cgd8_2720 621 SDIIFKK|LN 0.115 . cgd8_2720 654 FVHAQLR|IN 0.073 . cgd8_2720 666 NLSNTEK|LL 0.070 . cgd8_2720 682 LFQTSVK|VI 0.073 . cgd8_2720 694 GPQISEK|YS 0.066 . cgd8_2720 697 ISEKYSK|LR 0.063 . cgd8_2720 699 EKYSKLR|ES 0.104 . cgd8_2720 702 SKLRESK|VF 0.105 . cgd8_2720 723 NFDDFDK|LL 0.056 . cgd8_2720 752 TIPNQIK|VN 0.060 . cgd8_2720 777 SGICGMR|LN 0.081 . cgd8_2720 782 MRLNAER|IS 0.093 . cgd8_2720 788 RISTIAR|TI 0.118 . cgd8_2720 791 TIARTIK|GT 0.181 . cgd8_2720 798 GTISELK|LS 0.073 . cgd8_2720 833 NFDHISK|RL 0.060 . cgd8_2720 834 FDHISKR|LI 0.187 . cgd8_2720 837 ISKRLIK|EP 0.116 . cgd8_2720 840 RLIKEPK|NY 0.067 . cgd8_2720 848 YLVELER|LH 0.077 . cgd8_2720 855 LHSVLIR|PF 0.101 . cgd8_2720 861 RPFALGK|SE 0.066 . cgd8_2720 871 IPASNTK|FS 0.068 . cgd8_2720 879 SLFVIGK|EE 0.061 . cgd8_2720 884 GKEEANK|IN 0.060 . cgd8_2720 889 NKINLFK|YF 0.077 . cgd8_2720 895 KYFSINK|NY 0.053 . cgd8_2720 898 SINKNYK|SQ 0.092 . cgd8_2720 923 PWEILSR|AL 0.073 . cgd8_2720 940 NSNSSQK|FR 0.073 . cgd8_2720 942 NSSQKFR|IP 0.175 . cgd8_2720 946 KFRIPEK|YG 0.065 . cgd8_2720 954 GYSIYLK|VP 0.063 . cgd8_2720 978 FGTFFPK|GS 0.066 . cgd8_2720 1009 LLFDSIR|GS 0.109 . cgd8_2720 1044 IGQSLIK|TW 0.065 . cgd8_2720 1050 KTWEIFR|EL 0.088 . cgd8_2720 1064 EVYEEIK|KT 0.063 . cgd8_2720 1065 VYEEIKK|TN 0.062 . cgd8_2720 1068 EIKKTNK|LP 0.057 . cgd8_2720 1086 LDLDEAK|RI 0.065 . cgd8_2720 1087 DLDEAKR|IA 0.143 . cgd8_2720 1092 KRIAAYK|FI 0.098 . cgd8_2720 1096 AYKFISK|HK 0.054 . cgd8_2720 1098 KFISKHK|KF 0.066 . cgd8_2720 1099 FISKHKK|FN 0.191 . cgd8_2720 1105 KFNSWAK|QL 0.076 . cgd8_2720 1118 NVGISPK|FD 0.072 . cgd8_2720 1125 FDSFIIK|KI 0.086 . cgd8_2720 1126 DSFIIKK|IS 0.095 . cgd8_2720 1136 VTVEDIK|RV 0.062 . cgd8_2720 1137 TVEDIKR|VS 0.198 . cgd8_2720 1141 IKRVSIK|YL 0.099 . cgd8_2720 1144 VSIKYLK|HF 0.059 . cgd8_2720 1176 DAMEVLK|DY 0.067 . cgd8_2720 1182 KDYPNFR|FS 0.098 . cgd8_2720 1193 SYSEFLK|ET 0.066 . cgd8_2720 1197 FLKETLK|NV 0.071 . ____________________________^_________________

  • Fasta :-

    >cgd8_2720 ATGAATGAAGTGGCTAATTTATTTAAAGTTAAACTTGGAGACCTAAATAAAGAGGAATTT ATTCGAGATGAAACAAAATATAACTTCTCTTTTATTAAATCGATCAAAGTCTCAAATGTT GGAATATTGGAACTCTACCAGCACCAAAAGGGAGTCATTGTAGCATTCATGAAGACTTTT ACTATTTGTGGGCCATCTTTTACTCACTGTAAATTAAGTTTTACAACTGTGCCAAACAAC AATAAAGGGATACCGCATGCGCTAGAGCATGTCATTTTTAATGGTAGCAAACGCTTTCCA TATAATGATAGCATTGATAAGATCTCTAACAGACTGTGTTGTCCATACACAAATGCTTTC ACTATAGATGATTCGACTACATTTGAATTTGAATGTACAACAGAATGGAGCCTTTTACGA ATGTTGGAAGTTTGGCTAGATCATTTATTTCATCCAATTTTGTCGGAAGAATCATTTCTT ACAGAGATCGTACATTTAAATGAAAATGCAGAGTACCATGGAGTAGTTTATTCAGAAGTT TCTTCTTTCGAGAGAAACTATGATGAGGTTGTCACAACTCTTTCTAAGTTTCATACTTTA TGTGAGAGCCCTACTGAGAAAAAAAAAATCAAGCTTCACTCTACATGGGAGCTTTACGAT GAAATCACTGAAAAATATGATGGAAGCCAATCTAGTGTATTTTCATGCACTGGTCGAACA ACTGGACTTCAAAAACTTTCATTAGATGAACTAAAGGAATTTCATGCAAACTTTTATAGT TTGGATAATATGTTAATCTTCATACATGGGAATGAAAGTATTAATATAAATAATATTTTT GGAACAATTGGGAAATTTATTAGCGAAGCAGAACTTGTTAATGATCATAAAACCTGTAAG AAAATTCGAATTTCAGATTCCCCAATAAACCAAAGACCATTAAATAAAAAGCTTTGTTTT AATGAAAATTTAAAAGAACAATCTTTTCCATGGCATCTAGAGATCCCATTCCCTAGCGAA GAAGAGGATTTAAGTACCATTAGTTTTTCATGGAGATTTGGAGCATTTTCGAACTTTAAA GAAATGTTATCAATTACCGTATTATTGCATTATTTATGTATTGGAAACGACTCCCCATTG ATGAAAGAACTCGTAGAAGGTAAATCTTACTGCTCAGATGTAGACATGTCAAATGTTTGC GAAAAAAATAGGTACCACCAAATTTTACTTCATGGGGTAGAAACAACAAAGATTAATAAG ATAGTGGATTTATTTAAGAGAATAATTTCTGAATTCCACAATGGTGAACGAAGTTTTGAT ATTAATGACTTAAAATGTAAGATAGAAGGTCTATACTACGGACACCTTGTTTCATTGGAA AATAAGACAATTGATACAGTATTTAACCAGCTATCTGGTTTTATTAACTATGGAATTAAT AATATGGATGATCTCACCGAATACTGTAATCTGCATTTTATTCTCAAAAAATTACTTTCA GAGGGATTAGAATATTGGAAAACGCTTTTTAACAAAGCCTTTTGTTTACAAAAAATGAAC ATACTTGAATTTGTTCCAAGCAAAAAATTATCAAAAGAAATGACAAAGAGATTCAAGGAA GAAAGAAAAGAAAGAATAAGTAAGAAAGGTAAACGTTTTTTTCAGATTTGTAAGGCGAAG TTGGAGGAGTCCATAATAAATAATAAAAAACGTGCTATTAGTCTCGAAATACTTAATAAT TTTAATATATCTTTCGATTTAAACTGTATTGGTCTTAATAAAGCAAATATTACCACAAAT GTGAATTACTCAGAAGCCAAACTAGCAGAGATTAATGAAGGGAGCGACATAATATTTAAA AAGTTAAATATGGACCATGACTTAGAATCACAAACAATAGATAATTGTTTGTACTTTTTT TTAGAAAACTCAAATACTGAGTTTGTACACGCACAACTGAGGATTAATTTGAACGAAAAT CTATCTAACACTGAAAAACTACTTTCATCCCTTCTAGTAGAATTATTATTTCAAACATCT GTTAAAGTTATAAATTTAATTGGCCCACAAATTTCTGAAAAATATTCAAAATTGAGAGAG TCAAAAGTCTTCCTACCTGATGTTAATTGGTCAGACGGAGAACTAATTAACTTCGATGAT TTTGATAAACTTTTAAATACTTTTTGTATCGATTACTATGCAGAATTCAGCGATGGATGG ATTTTGGATTCTAATACAATTCCAAACCAAATTAAAGTAAATTGGACAACCCCAATAGAA TATACTGAGTTTTCCTCAATATTAATTATGAGTGGAATTTGTGGCATGAGATTGAATGCT GAAAGAATTTCTACAATAGCCAGAACTATCAAAGGAACAATCAGCGAACTAAAATTGAGT GAAGAAGGTTTAATTACTTCTGTTTCGAACTCTCTTTGTTTCTGCGATCAATCAATTTTT AATATTTCAAATATTCCAAACTTTGATCATATTTCCAAAAGATTGATAAAAGAACCAAAA AATTACTTGGTTGAACTAGAAAGGCTTCATTCAGTTCTTATTAGACCATTCGCTCTTGGG AAATCAGAAGTTATTCCAGCTAGTAACACAAAGTTTTCGTTATTTGTTATTGGAAAAGAG GAGGCCAACAAAATAAATTTATTTAAATATTTTTCTATCAATAAAAACTACAAAAGCCAA TACTTAATTAATAACCAAATACAGAACACCCCCAACATAAATTTACTTCCATGGGAAATA CTTTCAAGAGCACTCCCATTGGATCTAGGTATAGACTTTAATTCAAACAGCTCACAAAAA TTTAGAATACCTGAAAAATATGGCTATTCAATTTACCTAAAGGTTCCAAGCTCAAATACA GCGTGCTTTATTCAGTCAATCAATTTAAATACATTTGGTACTTTCTTCCCAAAAGGATCT CATTTTTTCAATCCAGATGTTCCAGCTCTTCTCGTACTTTCAAACTATCTTTGGGATCCT TGCTCACTACTCTTTGATTCAATTAGGGGCAGTGGTTTAGCATATAGTGGAAGTTTGGAT CTTTGTATGACTACTGGTCAGTTTTCAAATTGTGTGTATGAATCAACATCAATTGGTCAG TCTTTAATCAAGACTTGGGAAATTTTCAGAGAGTTATCAATGGATGAAAATGAGGTTTAT GAAGAGATTAAGAAAACTAACAAATTACCTAATTACTATGAAAGCTTTTATAACAGTCTA GATCTTGATGAAGCAAAAAGGATCGCTGCTTATAAATTTATTTCAAAGCACAAAAAATTC AATTCTTGGGCAAAACAGCTAAATTTTGATCTTAATGTTGGTATTTCTCCAAAGTTTGAC AGTTTTATTATAAAGAAAATATCTGAAGTTACAGTTGAAGATATAAAAAGAGTTTCAATC AAGTACCTTAAACATTTCTTACCTAATACCACAAATATGATGCCTTCAAGTTGCATAGCT CTTTGCGGTGGAGAAAATTCTGCTATTGATGCAATGGAAGTTCTAAAAGATTACCCAAAT TTTAGATTTAGTGTCATTTCATACTCTGAATTTTTAAAAGAAACACTAAAAAATGTTGAA ATTTAG
  • Download Fasta

  • Fasta :-

    MNEVANLFKVKLGDLNKEEFIRDETKYNFSFIKSIKVSNVGILELYQHQKGVIVAFMKTF TICGPSFTHCKLSFTTVPNNNKGIPHALEHVIFNGSKRFPYNDSIDKISNRLCCPYTNAF TIDDSTTFEFECTTEWSLLRMLEVWLDHLFHPILSEESFLTEIVHLNENAEYHGVVYSEV SSFERNYDEVVTTLSKFHTLCESPTEKKKIKLHSTWELYDEITEKYDGSQSSVFSCTGRT TGLQKLSLDELKEFHANFYSLDNMLIFIHGNESININNIFGTIGKFISEAELVNDHKTCK KIRISDSPINQRPLNKKLCFNENLKEQSFPWHLEIPFPSEEEDLSTISFSWRFGAFSNFK EMLSITVLLHYLCIGNDSPLMKELVEGKSYCSDVDMSNVCEKNRYHQILLHGVETTKINK IVDLFKRIISEFHNGERSFDINDLKCKIEGLYYGHLVSLENKTIDTVFNQLSGFINYGIN NMDDLTEYCNLHFILKKLLSEGLEYWKTLFNKAFCLQKMNILEFVPSKKLSKEMTKRFKE ERKERISKKGKRFFQICKAKLEESIINNKKRAISLEILNNFNISFDLNCIGLNKANITTN VNYSEAKLAEINEGSDIIFKKLNMDHDLESQTIDNCLYFFLENSNTEFVHAQLRINLNEN LSNTEKLLSSLLVELLFQTSVKVINLIGPQISEKYSKLRESKVFLPDVNWSDGELINFDD FDKLLNTFCIDYYAEFSDGWILDSNTIPNQIKVNWTTPIEYTEFSSILIMSGICGMRLNA ERISTIARTIKGTISELKLSEEGLITSVSNSLCFCDQSIFNISNIPNFDHISKRLIKEPK NYLVELERLHSVLIRPFALGKSEVIPASNTKFSLFVIGKEEANKINLFKYFSINKNYKSQ YLINNQIQNTPNINLLPWEILSRALPLDLGIDFNSNSSQKFRIPEKYGYSIYLKVPSSNT ACFIQSINLNTFGTFFPKGSHFFNPDVPALLVLSNYLWDPCSLLFDSIRGSGLAYSGSLD LCMTTGQFSNCVYESTSIGQSLIKTWEIFRELSMDENEVYEEIKKTNKLPNYYESFYNSL DLDEAKRIAAYKFISKHKKFNSWAKQLNFDLNVGISPKFDSFIIKKISEVTVEDIKRVSI KYLKHFLPNTTNMMPSSCIALCGGENSAIDAMEVLKDYPNFRFSVISYSEFLKETLKNVE I

    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
cgd8_2720547 SKERISKKGK0.998unspcgd8_2720547 SKERISKKGK0.998unspcgd8_2720547 SKERISKKGK0.998unspcgd8_2720701 SKLRESKVFL0.99unspcgd8_27201053 SFRELSMDEN0.996unspcgd8_27201139 SIKRVSIKYL0.996unspcgd8_2720307 SRISDSPINQ0.996unspcgd8_2720531 SSKKLSKEMT0.997unsp

cgd8_2720      



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