TA09615 | hypothetical 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
TA09615SP0.0640380.9354520.000511CS pos: 18-19. YSC-NI. Pr: 0.3243
No Results

  • Fasta :-

    >TA09615 MKLIILIILNISLQNYSCNINSKNNPQQTINPLESTNLQESTNIHETTTKFRNTKNVETL ENVENSENMEQSEKLDEIEFDEKLVLNILKRRPKGFEVIRQNYYGIDILVFIPYGIITEI IDSNGIIWKNYNNIKYIKVTTFKHNSKLLHIQFFNSPVTVLGQTDSNGPKVSSSKGISST TGTVGASTVTEGKGANDTFSTPGKGANSTLMECTPGKGANFTLMECTSGKGANSTATECT SRKGANSMPMECTPGKGANSMPMECTIGNSTEGSKGAIGTRFESQSSNTTGREPDTVTEV TEIYYHRNGRVWNEIDEENFYNIFNIIRMESSCLGKYTIYLNDKNSHRNVIWNHSDERYA TYAPASGIRINKLCDYNWGPICLKSIWRTKKNEYLLYTSVFNKIKPKLVYIILSNGIDIT EEYYFKYNSKWYQINRNTFFNKLYTYFPVTVTGPPESSTQDSTVIPSTSTNGGTIGASTV TEENSTTKIAAPKVGTTVLTEPLGTSTTNSTGKGANDTFGSPGKGANSTLMECTSEKNST EIAAPKVGIGPFGTRFETQFSNTNTIRGPDTVMEKLNKLMEIEIDFENINKEKLYTSTFG INRTIQIIYPRPGIKIISVRNGKSIIWKSNFNLYCDYAYLIKTPELPILCYLLLSNNFTR KINYFIYLNYWININKSQFFYFITHNISTSQILKIISNNTKNTNNIEDSIEDTENEEDSI EDSRDKDINVESTVKEDISVESKVNTDSILESTVNYENEEDSIESEDELFTVKEIPIESA KEGEITIESENENTEVNSTKDTTGKGANDTFGTSGKGANSMGMECTTGKGANSTAMECTS EKNSNEIAVVTKTGESSTFSEESKDTMDTNTNTKETPIRAEGEDTNTKEAPIRAGTRDTK GVDEETGTVGASTVPEIETSNFINKKGLKIRIYRSRIKESKGIIILTHGIGLHFIEVSMR NNLEWNYENFGFITHPFLICPNLNYYNLNNLNINRFKHIFQHNFFSSNISTNLSPNILST TNISSTTNKSENISENSKKSNKSENLTNLSTNKSNISEKSNLLPNYEYKNSLMELLNNLG YDVYGMDLQSNGFSESYDSIRSHIHNTNDFLDDLLQFIFIIINNQFYSNNNNLNNNKFNL NKFENLNNFVNLINWKKKKRIILFGFSFGANLSIRIIQYYYQSIYKMKKKYKKFGLNKRF GLNKKIKEKIGKFEENKKIKEKNEELDNIFVEDLLVDGVISLSGMLNMDNHLGTRFIKLK ILLIKFLALICPRNINKFKSLPVFNQSYQYSILLNVRSYGACYSSSQSTTKPLVILITIV LK
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/TA09615.fa Sequence name : TA09615 Sequence length : 1322 VALUES OF COMPUTED PARAMETERS Coef20 : 4.400 CoefTot : -1.346 ChDiff : -3 ZoneTo : 33 KR : 2 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.200 1.976 0.190 0.756 MesoH : -0.114 0.560 -0.288 0.248 MuHd_075 : 23.351 15.766 8.697 4.254 MuHd_095 : 19.761 13.639 7.715 4.394 MuHd_100 : 15.319 11.935 5.929 3.476 MuHd_105 : 12.066 13.986 5.054 4.512 Hmax_075 : 5.133 22.100 3.550 0.840 Hmax_095 : 4.700 4.200 0.759 6.895 Hmax_100 : 4.700 4.200 0.759 6.180 Hmax_105 : -7.933 2.500 4.522 2.000 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.7983 0.2017 DFMC : 0.8795 0.1205
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1322 TA09615 MKLIILIILNISLQNYSCNINSKNNPQQTINPLESTNLQESTNIHETTTKFRNTKNVETLENVENSENMEQSEKLDEIEF 80 DEKLVLNILKRRPKGFEVIRQNYYGIDILVFIPYGIITEIIDSNGIIWKNYNNIKYIKVTTFKHNSKLLHIQFFNSPVTV 160 LGQTDSNGPKVSSSKGISSTTGTVGASTVTEGKGANDTFSTPGKGANSTLMECTPGKGANFTLMECTSGKGANSTATECT 240 SRKGANSMPMECTPGKGANSMPMECTIGNSTEGSKGAIGTRFESQSSNTTGREPDTVTEVTEIYYHRNGRVWNEIDEENF 320 YNIFNIIRMESSCLGKYTIYLNDKNSHRNVIWNHSDERYATYAPASGIRINKLCDYNWGPICLKSIWRTKKNEYLLYTSV 400 FNKIKPKLVYIILSNGIDITEEYYFKYNSKWYQINRNTFFNKLYTYFPVTVTGPPESSTQDSTVIPSTSTNGGTIGASTV 480 TEENSTTKIAAPKVGTTVLTEPLGTSTTNSTGKGANDTFGSPGKGANSTLMECTSEKNSTEIAAPKVGIGPFGTRFETQF 560 SNTNTIRGPDTVMEKLNKLMEIEIDFENINKEKLYTSTFGINRTIQIIYPRPGIKIISVRNGKSIIWKSNFNLYCDYAYL 640 IKTPELPILCYLLLSNNFTRKINYFIYLNYWININKSQFFYFITHNISTSQILKIISNNTKNTNNIEDSIEDTENEEDSI 720 EDSRDKDINVESTVKEDISVESKVNTDSILESTVNYENEEDSIESEDELFTVKEIPIESAKEGEITIESENENTEVNSTK 800 DTTGKGANDTFGTSGKGANSMGMECTTGKGANSTAMECTSEKNSNEIAVVTKTGESSTFSEESKDTMDTNTNTKETPIRA 880 EGEDTNTKEAPIRAGTRDTKGVDEETGTVGASTVPEIETSNFINKKGLKIRIYRSRIKESKGIIILTHGIGLHFIEVSMR 960 NNLEWNYENFGFITHPFLICPNLNYYNLNNLNINRFKHIFQHNFFSSNISTNLSPNILSTTNISSTTNKSENISENSKKS 1040 NKSENLTNLSTNKSNISEKSNLLPNYEYKNSLMELLNNLGYDVYGMDLQSNGFSESYDSIRSHIHNTNDFLDDLLQFIFI 1120 IINNQFYSNNNNLNNNKFNLNKFENLNNFVNLINWKKKKRIILFGFSFGANLSIRIIQYYYQSIYKMKKKYKKFGLNKRF 1200 GLNKKIKEKIGKFEENKKIKEKNEELDNIFVEDLLVDGVISLSGMLNMDNHLGTRFIKLKILLIKFLALICPRNINKFKS 1280 LPVFNQSYQYSILLNVRSYGACYSSSQSTTKPLVILITIVLK 1360 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 .......................................... 1360 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ TA09615 2 -----MK|LI 0.066 . TA09615 23 SCNINSK|NN 0.068 . TA09615 50 IHETTTK|FR 0.065 . TA09615 52 ETTTKFR|NT 0.106 . TA09615 55 TKFRNTK|NV 0.296 . TA09615 74 NMEQSEK|LD 0.062 . TA09615 83 EIEFDEK|LV 0.063 . TA09615 90 LVLNILK|RR 0.058 . TA09615 91 VLNILKR|RP 0.143 . TA09615 92 LNILKRR|PK 0.148 . TA09615 94 ILKRRPK|GF 0.187 . TA09615 100 KGFEVIR|QN 0.097 . TA09615 129 SNGIIWK|NY 0.065 . TA09615 135 KNYNNIK|YI 0.069 . TA09615 138 NNIKYIK|VT 0.062 . TA09615 143 IKVTTFK|HN 0.079 . TA09615 147 TFKHNSK|LL 0.072 . TA09615 170 TDSNGPK|VS 0.075 . TA09615 175 PKVSSSK|GI 0.078 . TA09615 193 STVTEGK|GA 0.079 . TA09615 204 TFSTPGK|GA 0.092 . TA09615 217 MECTPGK|GA 0.075 . TA09615 230 MECTSGK|GA 0.071 . TA09615 242 ATECTSR|KG 0.080 . TA09615 243 TECTSRK|GA 0.105 . TA09615 256 MECTPGK|GA 0.075 . TA09615 275 NSTEGSK|GA 0.066 . TA09615 281 KGAIGTR|FE 0.111 . TA09615 292 SSNTTGR|EP 0.135 . TA09615 307 TEIYYHR|NG 0.077 . TA09615 310 YYHRNGR|VW 0.241 . TA09615 328 NIFNIIR|ME 0.083 . TA09615 336 ESSCLGK|YT 0.072 . TA09615 344 TIYLNDK|NS 0.061 . TA09615 348 NDKNSHR|NV 0.125 . TA09615 358 WNHSDER|YA 0.120 . TA09615 369 APASGIR|IN 0.074 . TA09615 372 SGIRINK|LC 0.106 . TA09615 384 WGPICLK|SI 0.071 . TA09615 388 CLKSIWR|TK 0.071 . TA09615 390 KSIWRTK|KN 0.075 . TA09615 391 SIWRTKK|NE 0.206 . TA09615 403 YTSVFNK|IK 0.066 . TA09615 405 SVFNKIK|PK 0.063 . TA09615 407 FNKIKPK|LV 0.091 . TA09615 426 TEEYYFK|YN 0.068 . TA09615 430 YFKYNSK|WY 0.070 . TA09615 436 KWYQINR|NT 0.080 . TA09615 442 RNTFFNK|LY 0.066 . TA09615 488 EENSTTK|IA 0.079 . TA09615 493 TKIAAPK|VG 0.073 . TA09615 513 TTNSTGK|GA 0.100 . TA09615 524 TFGSPGK|GA 0.077 . TA09615 537 MECTSEK|NS 0.060 . TA09615 546 TEIAAPK|VG 0.062 . TA09615 555 IGPFGTR|FE 0.079 . TA09615 567 SNTNTIR|GP 0.106 . TA09615 575 PDTVMEK|LN 0.056 . TA09615 578 VMEKLNK|LM 0.064 . TA09615 591 DFENINK|EK 0.051 . TA09615 593 ENINKEK|LY 0.062 . TA09615 603 STFGINR|TI 0.083 . TA09615 611 IQIIYPR|PG 0.089 . TA09615 615 YPRPGIK|II 0.070 . TA09615 620 IKIISVR|NG 0.088 . TA09615 623 ISVRNGK|SI 0.195 . TA09615 628 GKSIIWK|SN 0.099 . TA09615 642 DYAYLIK|TP 0.054 . TA09615 660 LSNNFTR|KI 0.102 . TA09615 661 SNNFTRK|IN 0.089 . TA09615 676 YWININK|SQ 0.074 . TA09615 694 STSQILK|II 0.073 . TA09615 701 IISNNTK|NT 0.087 . TA09615 724 DSIEDSR|DK 0.106 . TA09615 726 IEDSRDK|DI 0.066 . TA09615 735 NVESTVK|ED 0.058 . TA09615 743 DISVESK|VN 0.067 . TA09615 773 DELFTVK|EI 0.055 . TA09615 781 IPIESAK|EG 0.070 . TA09615 800 TEVNSTK|DT 0.097 . TA09615 805 TKDTTGK|GA 0.098 . TA09615 816 TFGTSGK|GA 0.083 . TA09615 829 MECTTGK|GA 0.069 . TA09615 842 MECTSEK|NS 0.062 . TA09615 852 EIAVVTK|TG 0.072 . TA09615 864 TFSEESK|DT 0.097 . TA09615 874 DTNTNTK|ET 0.060 . TA09615 879 TKETPIR|AE 0.121 . TA09615 888 GEDTNTK|EA 0.058 . TA09615 893 TKEAPIR|AG 0.098 . TA09615 897 PIRAGTR|DT 0.112 . TA09615 900 AGTRDTK|GV 0.222 . TA09615 925 TSNFINK|KG 0.066 . TA09615 926 SNFINKK|GL 0.108 . TA09615 929 INKKGLK|IR 0.053 . TA09615 931 KKGLKIR|IY 0.101 . TA09615 934 LKIRIYR|SR 0.398 . TA09615 936 IRIYRSR|IK 0.119 . TA09615 938 IYRSRIK|ES 0.062 . TA09615 941 SRIKESK|GI 0.090 . TA09615 960 FIEVSMR|NN 0.074 . TA09615 995 NNLNINR|FK 0.109 . TA09615 997 LNINRFK|HI 0.082 . TA09615 1029 ISSTTNK|SE 0.119 . TA09615 1038 NISENSK|KS 0.068 . TA09615 1039 ISENSKK|SN 0.173 . TA09615 1042 NSKKSNK|SE 0.070 . TA09615 1053 TNLSTNK|SN 0.078 . TA09615 1059 KSNISEK|SN 0.073 . TA09615 1069 LPNYEYK|NS 0.069 . TA09615 1101 ESYDSIR|SH 0.136 . TA09615 1137 NNLNNNK|FN 0.061 . TA09615 1142 NKFNLNK|FE 0.061 . TA09615 1156 VNLINWK|KK 0.057 . TA09615 1157 NLINWKK|KK 0.107 . TA09615 1158 LINWKKK|KR 0.116 . TA09615 1159 INWKKKK|RI 0.130 . TA09615 1160 NWKKKKR|II 0.221 . TA09615 1175 GANLSIR|II 0.108 . TA09615 1186 YYQSIYK|MK 0.058 . TA09615 1188 QSIYKMK|KK 0.075 . TA09615 1189 SIYKMKK|KY 0.099 . TA09615 1190 IYKMKKK|YK 0.127 . TA09615 1192 KMKKKYK|KF 0.076 . TA09615 1193 MKKKYKK|FG 0.126 . TA09615 1198 KKFGLNK|RF 0.061 . TA09615 1199 KFGLNKR|FG 0.120 . TA09615 1204 KRFGLNK|KI 0.074 . TA09615 1205 RFGLNKK|IK 0.120 . TA09615 1207 GLNKKIK|EK 0.084 . TA09615 1209 NKKIKEK|IG 0.064 . TA09615 1212 IKEKIGK|FE 0.069 . TA09615 1217 GKFEENK|KI 0.064 . TA09615 1218 KFEENKK|IK 0.098 . TA09615 1220 EENKKIK|EK 0.081 . TA09615 1222 NKKIKEK|NE 0.062 . TA09615 1255 DNHLGTR|FI 0.088 . TA09615 1258 LGTRFIK|LK 0.090 . TA09615 1260 TRFIKLK|IL 0.076 . TA09615 1265 LKILLIK|FL 0.066 . TA09615 1273 LALICPR|NI 0.080 . TA09615 1277 CPRNINK|FK 0.066 . TA09615 1279 RNINKFK|SL 0.094 . TA09615 1297 SILLNVR|SY 0.129 . TA09615 1311 SSQSTTK|PL 0.070 . TA09615 1322 LITIVLK|-- 0.061 . ____________________________^_________________

  • Fasta :-

    >TA09615 ATGAAGTTAATAATTTTAATAATATTAAATATTTCTTTACAAAATTATTCTTGTAATATT AATTCTAAAAATAATCCTCAACAAACTATAAATCCACTAGAATCAACAAACTTACAAGAA TCAACAAATATACATGAAACTACTACTAAATTTAGAAATACTAAAAATGTAGAAACATTA GAAAATGTAGAAAATTCCGAAAATATGGAACAATCAGAAAAATTGGATGAAATTGAATTT GATGAGAAATTAGTATTAAATATATTAAAACGTAGACCTAAAGGATTTGAAGTAATTAGA CAGAATTATTATGGTATAGATATATTAGTTTTTATACCATATGGTATTATTACTGAAATT ATTGATTCCAATGGTATTATATGGAAAAATTATAATAATATTAAATATATTAAAGTTACT ACTTTTAAACATAATTCTAAATTATTACATATACAATTTTTTAATTCTCCCGTTACGGTG CTTGGTCAAACGGATAGTAATGGACCTAAGGTTAGTAGTAGTAAGGGTATTAGTAGTACT ACAGGTACTGTTGGAGCAAGCACCGTAACGGAGGGAAAGGGAGCTAATGACACTTTTAGT ACTCCGGGAAAGGGAGCTAATTCTACCCTTATGGAGTGTACCCCTGGAAAGGGAGCTAAT TTTACCCTTATGGAGTGTACCTCGGGAAAGGGAGCTAATTCTACAGCCACGGAGTGTACT TCGCGAAAGGGAGCAAATTCTATGCCTATGGAGTGTACTCCTGGAAAGGGAGCTAATTCT ATGCCTATGGAGTGTACTATAGGTAATAGTACTGAGGGCTCTAAGGGAGCTATAGGTACT AGGTTCGAATCCCAGTCCAGTAATACTACTGGCCGTGAACCAGACACCGTAACGGAGGTA ACGGAAATATATTATCATCGTAATGGACGTGTATGGAATGAAATAGATGAAGAGAATTTT TATAATATATTTAATATAATACGTATGGAATCATCTTGTTTAGGAAAATATACAATATAT TTAAATGATAAAAATTCACATCGTAATGTGATATGGAATCATTCAGATGAACGTTATGCA ACATATGCACCAGCATCTGGTATAAGAATTAATAAATTATGTGATTACAATTGGGGTCCA ATATGTCTAAAATCCATTTGGCGTACGAAAAAAAATGAATATCTACTCTATACATCTGTT TTTAATAAAATTAAACCTAAATTAGTTTATATTATTTTATCTAATGGGATTGATATTACT GAGGAATATTATTTTAAATATAATTCCAAATGGTATCAAATTAATCGTAATACTTTTTTT AATAAATTATATACATATTTTCCCGTTACGGTGACTGGTCCACCAGAAAGTAGTACTCAG GATAGTACAGTTATACCTAGTACCAGTACTAATGGTGGTACCATTGGAGCAAGCACCGTT ACGGAAGAAAATTCTACTACTAAAATTGCTGCACCTAAAGTAGGTACTACAGTACTTACT GAACCCTTAGGTACTTCAACTACTAATAGTACTGGAAAGGGAGCTAATGACACTTTTGGT AGTCCTGGAAAGGGAGCTAATTCTACCCTTATGGAATGTACTAGTGAGAAAAATAGTACC GAAATTGCTGCACCTAAAGTAGGTATTGGACCGTTTGGTACTAGGTTCGAAACCCAGTTC AGTAATACTAATACTATTCGTGGACCAGACACCGTAATGGAAAAATTAAATAAATTAATG GAAATAGAAATAGATTTTGAAAATATAAATAAAGAGAAATTATATACAAGTACATTTGGT ATAAATAGAACAATACAAATAATATATCCAAGACCAGGTATAAAAATAATAAGTGTAAGA AATGGTAAATCAATAATATGGAAATCAAATTTTAATTTATATTGTGATTATGCATATTTA ATAAAAACACCAGAATTACCAATTTTATGTTATTTATTATTATCTAATAATTTTACAAGA AAAATTAATTATTTTATTTATTTAAATTATTGGATTAATATTAATAAATCACAATTTTTT TATTTTATTACACATAATATTTCTACATCACAAATACTCAAAATTATATCCAATAATACT AAAAATACTAATAATATAGAAGATTCCATAGAAGATACTGAGAATGAGGAAGATTCCATA GAAGATTCCAGAGATAAGGATATTAATGTGGAATCTACTGTAAAAGAGGATATTAGTGTG GAATCTAAGGTAAATACGGATAGTATTTTGGAATCTACTGTAAATTATGAGAATGAGGAA GATTCTATAGAATCTGAGGATGAGTTATTTACTGTAAAAGAAATTCCTATAGAATCTGCT AAAGAAGGGGAGATTACTATAGAATCTGAGAATGAGAATACTGAAGTAAATTCTACTAAG GATACTACTGGAAAGGGAGCTAATGACACTTTTGGTACCTCGGGAAAGGGAGCTAATTCT ATGGGTATGGAGTGTACCACCGGAAAGGGAGCTAATTCTACAGCCATGGAGTGTACTAGT GAGAAAAATTCTAATGAAATTGCTGTTGTAACTAAAACTGGGGAGTCGAGTACTTTTTCT GAGGAAAGTAAAGATACTATGGATACTAATACTAATACTAAGGAAACCCCTATCAGGGCT GAGGGAGAGGATACTAATACTAAGGAAGCCCCTATCAGGGCTGGTACTAGGGATACTAAG GGAGTTGATGAGGAAACTGGTACCGTTGGAGCAAGCACCGTACCGGAAATAGAAACAAGT AATTTTATAAATAAAAAAGGATTAAAAATAAGAATATATAGAAGTAGAATAAAAGAATCC AAAGGTATAATAATATTAACACATGGTATAGGATTACATTTTATAGAAGTATCCATGAGA AATAATTTAGAATGGAATTATGAAAATTTCGGATTTATTACACATCCATTTCTAATCTGT CCTAATTTAAATTATTATAATTTAAATAATTTAAATATTAATCGATTTAAACATATTTTT CAACATAACTTTTTTTCTTCCAATATATCTACCAATCTGTCACCAAATATATTATCAACT ACTAATATATCATCAACTACTAATAAATCAGAGAATATATCAGAAAATTCTAAAAAATCT AATAAATCAGAGAATTTAACAAATTTATCAACAAATAAATCAAATATATCAGAAAAATCT AATTTATTACCAAATTATGAATATAAAAATAGTTTAATGGAATTATTGAATAATTTAGGA TATGATGTTTATGGTATGGATTTACAATCAAATGGATTTTCTGAAAGTTATGATTCTATA AGATCACATATACATAATACAAATGATTTTCTTGATGATTTATTACAATTCATTTTTATT ATTATAAATAATCAATTTTATTCAAATAATAATAATTTAAATAATAATAAATTTAATTTA AATAAATTTGAAAATTTAAATAATTTTGTAAATTTAATAAATTGGAAAAAGAAAAAACGT ATAATATTATTTGGTTTTTCATTTGGTGCTAATTTATCTATACGTATTATACAATATTAT TATCAATCTATTTATAAAATGAAGAAGAAATATAAGAAATTTGGGTTAAATAAGAGATTT GGGTTAAATAAGAAAATTAAGGAGAAAATTGGTAAATTTGAGGAAAATAAGAAAATTAAG GAGAAAAATGAGGAATTGGATAATATATTTGTAGAAGATTTATTAGTGGATGGTGTAATA TCATTATCAGGAATGTTAAATATGGATAATCATTTAGGTACAAGATTTATAAAATTGAAA ATATTATTAATAAAATTCTTGGCATTAATTTGTCCTAGAAATATTAATAAATTTAAATCA TTACCTGTTTTCAATCAATCATATCAATATTCTATATTACTCAATGTAAGAAGTTACGGT GCTTGCTACAGCAGCTCCCAATCCACTACTAAACCTCTAGTTATTCTAATTACAATAGTT CTTAAATAG
  • Download Fasta

  • Fasta :-

    MKLIILIILNISLQNYSCNINSKNNPQQTINPLESTNLQESTNIHETTTKFRNTKNVETL ENVENSENMEQSEKLDEIEFDEKLVLNILKRRPKGFEVIRQNYYGIDILVFIPYGIITEI IDSNGIIWKNYNNIKYIKVTTFKHNSKLLHIQFFNSPVTVLGQTDSNGPKVSSSKGISST TGTVGASTVTEGKGANDTFSTPGKGANSTLMECTPGKGANFTLMECTSGKGANSTATECT SRKGANSMPMECTPGKGANSMPMECTIGNSTEGSKGAIGTRFESQSSNTTGREPDTVTEV TEIYYHRNGRVWNEIDEENFYNIFNIIRMESSCLGKYTIYLNDKNSHRNVIWNHSDERYA TYAPASGIRINKLCDYNWGPICLKSIWRTKKNEYLLYTSVFNKIKPKLVYIILSNGIDIT EEYYFKYNSKWYQINRNTFFNKLYTYFPVTVTGPPESSTQDSTVIPSTSTNGGTIGASTV TEENSTTKIAAPKVGTTVLTEPLGTSTTNSTGKGANDTFGSPGKGANSTLMECTSEKNST EIAAPKVGIGPFGTRFETQFSNTNTIRGPDTVMEKLNKLMEIEIDFENINKEKLYTSTFG INRTIQIIYPRPGIKIISVRNGKSIIWKSNFNLYCDYAYLIKTPELPILCYLLLSNNFTR KINYFIYLNYWININKSQFFYFITHNISTSQILKIISNNTKNTNNIEDSIEDTENEEDSI EDSRDKDINVESTVKEDISVESKVNTDSILESTVNYENEEDSIESEDELFTVKEIPIESA KEGEITIESENENTEVNSTKDTTGKGANDTFGTSGKGANSMGMECTTGKGANSTAMECTS EKNSNEIAVVTKTGESSTFSEESKDTMDTNTNTKETPIRAEGEDTNTKEAPIRAGTRDTK GVDEETGTVGASTVPEIETSNFINKKGLKIRIYRSRIKESKGIIILTHGIGLHFIEVSMR NNLEWNYENFGFITHPFLICPNLNYYNLNNLNINRFKHIFQHNFFSSNISTNLSPNILST TNISSTTNKSENISENSKKSNKSENLTNLSTNKSNISEKSNLLPNYEYKNSLMELLNNLG YDVYGMDLQSNGFSESYDSIRSHIHNTNDFLDDLLQFIFIIINNQFYSNNNNLNNNKFNL NKFENLNNFVNLINWKKKKRIILFGFSFGANLSIRIIQYYYQSIYKMKKKYKKFGLNKRF GLNKKIKEKIGKFEENKKIKEKNEELDNIFVEDLLVDGVISLSGMLNMDNHLGTRFIKLK ILLIKFLALICPRNINKFKSLPVFNQSYQYSILLNVRSYGACYSSSQSTTKPLVILITIV LK

    No Results
IDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscore
TA09615T4630.6260.022TA09615T4680.5730.194TA09615T4590.5680.176TA09615T4700.5350.072
IDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscore
TA09615T4630.6260.022TA09615T4680.5730.194TA09615T4590.5680.176TA09615T4700.5350.072
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
TA09615762 SNEEDSIESE0.995unspTA09615762 SNEEDSIESE0.995unspTA09615762 SNEEDSIESE0.995unspTA09615779 SIPIESAKEG0.994unspTA09615798 STEVNSTKDT0.997unspTA09615860 SSSTFSEESK0.992unspTA096151099 SESYDSIRSH0.992unspTA09615709 SNIEDSIEDT0.997unspTA09615719 SNEEDSIEDS0.998unsp

TA09615      



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