TA11690 | hypothetical protein, conserved

  • 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
TA11690OTHER0.9999790.0000030.000018
No Results

  • Fasta :-

    >TA11690 MGKVEVWELQESSSENLYYEESQESSYVESQETPDEERENRAVDLFDNDYTKRRLRKHSD SEDGRPREIDSNENTEEEESEFESEHSTSKESLSDNDYKEELFLLQYVRHYGQEVNQTLY NFECLPRHWNGVFYITSAHNLESVPQNYFYYIEIGRINPNAQSRYRPGERLTLGNPIFIC NKLKMEISYGDLKDYFVKIDLWKKHRLSLNTLHATRFLTFQDVIENKSNLTLALDMPVPD VTKESEGNTVITEDSERKIPLHKLNVVMLLEEIFDFMFVFENWSFTPSPHLPDHLKNSPK NIKVSVIREIGKGWDSKWAGVSNDDYWPSAGVFNYRGTIRHMKISYFQVKVYCITNKKFW RRTTTLLGTCVMSLRSVRDYPLVRGAVKKLAKGADQMQSGTIQGNIVCYMSSAGLKHFYE NKKRPAQPISGSSLLTHLDKSYRYLVIRLVRCESLPSTNTDTNSSDPMVKVRWDGIVNCT PTLECTTSPVYNHNMYFPIHLVDEEETKNIFLIMNCLPVDLLSKGPVVMEVWDGDDTSTE FLGGVEVPLSKLFLNGIETRRSLVDGIYNEGSKQGLDDEDGHEVGEPVLYSGFSNDVNVE HLTPVYRDTLTLTGYTVPHRGSKPTITFEMYILPPMPQGLTVPNDQKRQVKSDTYRDLAR RWDKEFETWQKMYKDQTLSNFPQRRFLTTTTNNALKMEISPTEVIILSCFVTPIQIPSQL SRPGTLMHWISNFALKEDSIDTVGELRKIDNWQTPSRFLTTRKGGLHDRAVLLCSCLLGI NFDAYVCKGTIKNGTVEHCWVMTRHSDSTVSFWETGNKKIWHLPKRWRVSKQDSDCYEDL NVTSGPILDNYKNITFEPSSNLQQLQVPNKNVHGLTKYEMYGNDYVPDQKVDLDALLHKH DEVNFDTSSLRDNLSKTLLDNPQRKQQFAKTVKQLNPKQDLIIPFETLVHLPYSSIETVF NNKQLWGNIQNHHPSCILYDLEDPLQWKPFLKVPLQDELSQYIQITPPPTMNKCIETSND ISNDICDMIEVMRAHRGLKCSISKEDEMKEKLGNFLDLMEYRESLDPQFDPGMPIHLLGW SNRKKLKKLSKTRNVQEVVNNMKKSTKQPQFDSYYSTESTDVSPKPQSVNQQVNEQSEKV SEKSQKSARDLESGVNPEQPPVEAEQNADNENPEVNTEPERRKKTTSRGRKRRHSRREKR TKPLEKRTVEDPKHQSLIRYRGTRLNLEKKVNLVKNGFEISLKKKSKPKNVKNLKQPKIH KSFYDVTHVEVPEFQICSRFNPINTPSSSGVSRTPMSDLSVASLEKFSFNKHSDIIHSAV HRMRVSIQEKSRNHNLGRREDSKNVKLTNYMNQQNYLVKNRKSFLKKLRTAVNKRGSRFE RNPRFIEDMNLVVQMPEFRKEYMYADYNIPYEFTIHKSVETSNWNHYYHYEALFYSWQKN IPVMANHTFVGIPIHFSTSDVNEIRRLLCCNKRFKKLFVNKLDDLVYVICCKVYPFLGNL FSTWVFIGCHVPWRM
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/TA11690.fa Sequence name : TA11690 Sequence length : 1515 VALUES OF COMPUTED PARAMETERS Coef20 : 3.096 CoefTot : -0.363 ChDiff : 9 ZoneTo : 4 KR : 1 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.588 1.806 0.375 0.642 MesoH : -0.542 0.495 -0.340 0.241 MuHd_075 : 8.002 5.183 3.087 0.941 MuHd_095 : 23.773 14.271 7.070 3.444 MuHd_100 : 18.108 9.642 5.269 1.792 MuHd_105 : 15.411 7.275 3.602 1.040 Hmax_075 : -0.612 2.300 -2.009 2.126 Hmax_095 : 4.900 4.813 -0.272 2.476 Hmax_100 : 0.900 3.600 -1.794 2.080 Hmax_105 : 3.267 3.400 -0.842 2.990 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9823 0.0177 DFMC : 0.9846 0.0154
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1515 TA11690 MGKVEVWELQESSSENLYYEESQESSYVESQETPDEERENRAVDLFDNDYTKRRLRKHSDSEDGRPREIDSNENTEEEES 80 EFESEHSTSKESLSDNDYKEELFLLQYVRHYGQEVNQTLYNFECLPRHWNGVFYITSAHNLESVPQNYFYYIEIGRINPN 160 AQSRYRPGERLTLGNPIFICNKLKMEISYGDLKDYFVKIDLWKKHRLSLNTLHATRFLTFQDVIENKSNLTLALDMPVPD 240 VTKESEGNTVITEDSERKIPLHKLNVVMLLEEIFDFMFVFENWSFTPSPHLPDHLKNSPKNIKVSVIREIGKGWDSKWAG 320 VSNDDYWPSAGVFNYRGTIRHMKISYFQVKVYCITNKKFWRRTTTLLGTCVMSLRSVRDYPLVRGAVKKLAKGADQMQSG 400 TIQGNIVCYMSSAGLKHFYENKKRPAQPISGSSLLTHLDKSYRYLVIRLVRCESLPSTNTDTNSSDPMVKVRWDGIVNCT 480 PTLECTTSPVYNHNMYFPIHLVDEEETKNIFLIMNCLPVDLLSKGPVVMEVWDGDDTSTEFLGGVEVPLSKLFLNGIETR 560 RSLVDGIYNEGSKQGLDDEDGHEVGEPVLYSGFSNDVNVEHLTPVYRDTLTLTGYTVPHRGSKPTITFEMYILPPMPQGL 640 TVPNDQKRQVKSDTYRDLARRWDKEFETWQKMYKDQTLSNFPQRRFLTTTTNNALKMEISPTEVIILSCFVTPIQIPSQL 720 SRPGTLMHWISNFALKEDSIDTVGELRKIDNWQTPSRFLTTRKGGLHDRAVLLCSCLLGINFDAYVCKGTIKNGTVEHCW 800 VMTRHSDSTVSFWETGNKKIWHLPKRWRVSKQDSDCYEDLNVTSGPILDNYKNITFEPSSNLQQLQVPNKNVHGLTKYEM 880 YGNDYVPDQKVDLDALLHKHDEVNFDTSSLRDNLSKTLLDNPQRKQQFAKTVKQLNPKQDLIIPFETLVHLPYSSIETVF 960 NNKQLWGNIQNHHPSCILYDLEDPLQWKPFLKVPLQDELSQYIQITPPPTMNKCIETSNDISNDICDMIEVMRAHRGLKC 1040 SISKEDEMKEKLGNFLDLMEYRESLDPQFDPGMPIHLLGWSNRKKLKKLSKTRNVQEVVNNMKKSTKQPQFDSYYSTEST 1120 DVSPKPQSVNQQVNEQSEKVSEKSQKSARDLESGVNPEQPPVEAEQNADNENPEVNTEPERRKKTTSRGRKRRHSRREKR 1200 TKPLEKRTVEDPKHQSLIRYRGTRLNLEKKVNLVKNGFEISLKKKSKPKNVKNLKQPKIHKSFYDVTHVEVPEFQICSRF 1280 NPINTPSSSGVSRTPMSDLSVASLEKFSFNKHSDIIHSAVHRMRVSIQEKSRNHNLGRREDSKNVKLTNYMNQQNYLVKN 1360 RKSFLKKLRTAVNKRGSRFERNPRFIEDMNLVVQMPEFRKEYMYADYNIPYEFTIHKSVETSNWNHYYHYEALFYSWQKN 1440 IPVMANHTFVGIPIHFSTSDVNEIRRLLCCNKRFKKLFVNKLDDLVYVICCKVYPFLGNLFSTWVFIGCHVPWRM 1520 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ........................................................................P......P 1200 ................................................................................ 1280 ................................................................................ 1360 ................................................................................ 1440 ........................................................................... 1520 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 2 Name Pos Context Score Pred ____________________________v_________________ TA11690 3 ----MGK|VE 0.059 . TA11690 38 ETPDEER|EN 0.074 . TA11690 41 DEERENR|AV 0.307 . TA11690 52 FDNDYTK|RR 0.055 . TA11690 53 DNDYTKR|RL 0.143 . TA11690 54 NDYTKRR|LR 0.110 . TA11690 56 YTKRRLR|KH 0.310 . TA11690 57 TKRRLRK|HS 0.387 . TA11690 65 SDSEDGR|PR 0.086 . TA11690 67 SEDGRPR|EI 0.132 . TA11690 90 SEHSTSK|ES 0.058 . TA11690 99 LSDNDYK|EE 0.058 . TA11690 109 FLLQYVR|HY 0.112 . TA11690 127 NFECLPR|HW 0.092 . TA11690 156 YYIEIGR|IN 0.070 . TA11690 164 NPNAQSR|YR 0.116 . TA11690 166 NAQSRYR|PG 0.086 . TA11690 170 RYRPGER|LT 0.074 . TA11690 182 PIFICNK|LK 0.054 . TA11690 184 FICNKLK|ME 0.064 . TA11690 193 ISYGDLK|DY 0.071 . TA11690 198 LKDYFVK|ID 0.060 . TA11690 203 VKIDLWK|KH 0.065 . TA11690 204 KIDLWKK|HR 0.067 . TA11690 206 DLWKKHR|LS 0.083 . TA11690 216 NTLHATR|FL 0.084 . TA11690 227 QDVIENK|SN 0.070 . TA11690 243 PVPDVTK|ES 0.059 . TA11690 257 ITEDSER|KI 0.071 . TA11690 258 TEDSERK|IP 0.074 . TA11690 263 RKIPLHK|LN 0.062 . TA11690 296 HLPDHLK|NS 0.064 . TA11690 300 HLKNSPK|NI 0.074 . TA11690 303 NSPKNIK|VS 0.057 . TA11690 308 IKVSVIR|EI 0.157 . TA11690 312 VIREIGK|GW 0.074 . TA11690 317 GKGWDSK|WA 0.097 . TA11690 336 AGVFNYR|GT 0.106 . TA11690 340 NYRGTIR|HM 0.095 . TA11690 343 GTIRHMK|IS 0.148 . TA11690 350 ISYFQVK|VY 0.067 . TA11690 357 VYCITNK|KF 0.062 . TA11690 358 YCITNKK|FW 0.086 . TA11690 361 TNKKFWR|RT 0.135 . TA11690 362 NKKFWRR|TT 0.148 . TA11690 375 TCVMSLR|SV 0.203 . TA11690 378 MSLRSVR|DY 0.296 . TA11690 384 RDYPLVR|GA 0.106 . TA11690 388 LVRGAVK|KL 0.072 . TA11690 389 VRGAVKK|LA 0.180 . TA11690 392 AVKKLAK|GA 0.098 . TA11690 416 MSSAGLK|HF 0.067 . TA11690 422 KHFYENK|KR 0.062 . TA11690 423 HFYENKK|RP 0.081 . TA11690 424 FYENKKR|PA 0.203 . TA11690 440 LLTHLDK|SY 0.070 . TA11690 443 HLDKSYR|YL 0.091 . TA11690 448 YRYLVIR|LV 0.102 . TA11690 451 LVIRLVR|CE 0.129 . TA11690 470 SSDPMVK|VR 0.063 . TA11690 472 DPMVKVR|WD 0.164 . TA11690 508 VDEEETK|NI 0.066 . TA11690 524 PVDLLSK|GP 0.056 . TA11690 551 VEVPLSK|LF 0.058 . TA11690 560 LNGIETR|RS 0.072 . TA11690 561 NGIETRR|SL 0.218 . TA11690 573 IYNEGSK|QG 0.062 . TA11690 607 HLTPVYR|DT 0.103 . TA11690 620 GYTVPHR|GS 0.086 . TA11690 623 VPHRGSK|PT 0.173 . TA11690 647 TVPNDQK|RQ 0.054 . TA11690 648 VPNDQKR|QV 0.288 . TA11690 651 DQKRQVK|SD 0.150 . TA11690 656 VKSDTYR|DL 0.124 . TA11690 660 TYRDLAR|RW 0.140 . TA11690 661 YRDLARR|WD 0.139 . TA11690 664 LARRWDK|EF 0.197 . TA11690 671 EFETWQK|MY 0.061 . TA11690 674 TWQKMYK|DQ 0.072 . TA11690 684 LSNFPQR|RF 0.090 . TA11690 685 SNFPQRR|FL 0.218 . TA11690 696 TTNNALK|ME 0.061 . TA11690 722 IPSQLSR|PG 0.095 . TA11690 736 ISNFALK|ED 0.077 . TA11690 747 DTVGELR|KI 0.077 . TA11690 748 TVGELRK|ID 0.084 . TA11690 757 NWQTPSR|FL 0.106 . TA11690 762 SRFLTTR|KG 0.101 . TA11690 763 RFLTTRK|GG 0.069 . TA11690 769 KGGLHDR|AV 0.089 . TA11690 788 FDAYVCK|GT 0.093 . TA11690 792 VCKGTIK|NG 0.060 . TA11690 804 HCWVMTR|HS 0.088 . TA11690 818 FWETGNK|KI 0.058 . TA11690 819 WETGNKK|IW 0.076 . TA11690 825 KIWHLPK|RW 0.068 . TA11690 826 IWHLPKR|WR 0.190 . TA11690 828 HLPKRWR|VS 0.081 . TA11690 831 KRWRVSK|QD 0.208 . TA11690 852 PILDNYK|NI 0.058 . TA11690 870 QLQVPNK|NV 0.085 . TA11690 877 NVHGLTK|YE 0.071 . TA11690 890 DYVPDQK|VD 0.056 . TA11690 899 LDALLHK|HD 0.073 . TA11690 911 FDTSSLR|DN 0.076 . TA11690 916 LRDNLSK|TL 0.064 . TA11690 924 LLDNPQR|KQ 0.072 . TA11690 925 LDNPQRK|QQ 0.102 . TA11690 930 RKQQFAK|TV 0.109 . TA11690 933 QFAKTVK|QL 0.072 . TA11690 938 VKQLNPK|QD 0.062 . TA11690 963 ETVFNNK|QL 0.062 . TA11690 988 EDPLQWK|PF 0.060 . TA11690 992 QWKPFLK|VP 0.061 . TA11690 1013 PPPTMNK|CI 0.076 . TA11690 1033 DMIEVMR|AH 0.081 . TA11690 1036 EVMRAHR|GL 0.242 . TA11690 1039 RAHRGLK|CS 0.174 . TA11690 1044 LKCSISK|ED 0.068 . TA11690 1049 SKEDEMK|EK 0.064 . TA11690 1051 EDEMKEK|LG 0.061 . TA11690 1062 LDLMEYR|ES 0.081 . TA11690 1083 LLGWSNR|KK 0.099 . TA11690 1084 LGWSNRK|KL 0.073 . TA11690 1085 GWSNRKK|LK 0.095 . TA11690 1087 SNRKKLK|KL 0.089 . TA11690 1088 NRKKLKK|LS 0.115 . TA11690 1091 KLKKLSK|TR 0.066 . TA11690 1093 KKLSKTR|NV 0.140 . TA11690 1103 EVVNNMK|KS 0.060 . TA11690 1104 VVNNMKK|ST 0.172 . TA11690 1107 NMKKSTK|QP 0.059 . TA11690 1125 STDVSPK|PQ 0.067 . TA11690 1139 VNEQSEK|VS 0.070 . TA11690 1143 SEKVSEK|SQ 0.091 . TA11690 1146 VSEKSQK|SA 0.153 . TA11690 1149 KSQKSAR|DL 0.275 . TA11690 1181 VNTEPER|RK 0.067 . TA11690 1182 NTEPERR|KK 0.133 . TA11690 1183 TEPERRK|KT 0.078 . TA11690 1184 EPERRKK|TT 0.445 . TA11690 1188 RKKTTSR|GR 0.081 . TA11690 1190 KTTSRGR|KR 0.079 . TA11690 1191 TTSRGRK|RR 0.174 . TA11690 1192 TSRGRKR|RH 0.237 . TA11690 1193 SRGRKRR|HS 0.733 *ProP* TA11690 1196 RKRRHSR|RE 0.238 . TA11690 1197 KRRHSRR|EK 0.282 . TA11690 1199 RHSRREK|RT 0.169 . TA11690 1200 HSRREKR|TK 0.535 *ProP* TA11690 1202 RREKRTK|PL 0.083 . TA11690 1206 RTKPLEK|RT 0.062 . TA11690 1207 TKPLEKR|TV 0.319 . TA11690 1213 RTVEDPK|HQ 0.068 . TA11690 1219 KHQSLIR|YR 0.109 . TA11690 1221 QSLIRYR|GT 0.095 . TA11690 1224 IRYRGTR|LN 0.190 . TA11690 1229 TRLNLEK|KV 0.086 . TA11690 1230 RLNLEKK|VN 0.086 . TA11690 1235 KKVNLVK|NG 0.057 . TA11690 1243 GFEISLK|KK 0.060 . TA11690 1244 FEISLKK|KS 0.075 . TA11690 1245 EISLKKK|SK 0.193 . TA11690 1247 SLKKKSK|PK 0.070 . TA11690 1249 KKKSKPK|NV 0.080 . TA11690 1252 SKPKNVK|NL 0.062 . TA11690 1255 KNVKNLK|QP 0.058 . TA11690 1258 KNLKQPK|IH 0.060 . TA11690 1261 KQPKIHK|SF 0.099 . TA11690 1279 EFQICSR|FN 0.092 . TA11690 1293 SSSGVSR|TP 0.106 . TA11690 1306 SVASLEK|FS 0.064 . TA11690 1311 EKFSFNK|HS 0.071 . TA11690 1322 IHSAVHR|MR 0.097 . TA11690 1324 SAVHRMR|VS 0.096 . TA11690 1330 RVSIQEK|SR 0.087 . TA11690 1332 SIQEKSR|NH 0.090 . TA11690 1338 RNHNLGR|RE 0.093 . TA11690 1339 NHNLGRR|ED 0.133 . TA11690 1343 GRREDSK|NV 0.076 . TA11690 1346 EDSKNVK|LT 0.069 . TA11690 1359 QQNYLVK|NR 0.062 . TA11690 1361 NYLVKNR|KS 0.072 . TA11690 1362 YLVKNRK|SF 0.138 . TA11690 1366 NRKSFLK|KL 0.076 . TA11690 1367 RKSFLKK|LR 0.132 . TA11690 1369 SFLKKLR|TA 0.108 . TA11690 1374 LRTAVNK|RG 0.071 . TA11690 1375 RTAVNKR|GS 0.227 . TA11690 1378 VNKRGSR|FE 0.172 . TA11690 1381 RGSRFER|NP 0.373 . TA11690 1384 RFERNPR|FI 0.329 . TA11690 1399 VQMPEFR|KE 0.071 . TA11690 1400 QMPEFRK|EY 0.075 . TA11690 1417 YEFTIHK|SV 0.114 . TA11690 1439 LFYSWQK|NI 0.062 . TA11690 1465 SDVNEIR|RL 0.079 . TA11690 1466 DVNEIRR|LL 0.105 . TA11690 1472 RLLCCNK|RF 0.055 . TA11690 1473 LLCCNKR|FK 0.126 . TA11690 1475 CCNKRFK|KL 0.067 . TA11690 1476 CNKRFKK|LF 0.279 . TA11690 1481 KKLFVNK|LD 0.062 . TA11690 1492 VYVICCK|VY 0.053 . TA11690 1514 GCHVPWR|M- 0.118 . ____________________________^_________________

  • Fasta :-

    >TA11690 ATGGGAAAGGTTGAAGTTTGGGAACTTCAGGAAAGCTCTTCAGAAAATCTGTATTATGAA GAAAGCCAAGAAAGTTCCTACGTTGAAAGTCAAGAAACACCAGATGAAGAAAGAGAAAAC AGAGCAGTGGACCTATTCGACAACGATTATACAAAAAGAAGACTAAGAAAACACTCGGAT TCTGAGGATGGAAGACCTAGAGAAATCGATTCAAATGAAAATACGGAAGAGGAAGAATCG GAATTTGAAAGTGAACATTCAACAAGCAAGGAATCATTGTCAGATAATGACTACAAAGAA GAATTGTTCCTTCTTCAATATGTTAGACACTATGGCCAAGAAGTAAATCAAACCCTTTAT AACTTCGAGTGTCTTCCCAGACATTGGAATGGAGTGTTTTATATTACATCAGCGCATAAT TTAGAGTCTGTGCCTCAAAATTACTTTTACTATATTGAAATTGGACGTATCAACCCCAAT GCACAATCTAGATATAGACCAGGAGAAAGATTGACACTGGGAAATCCAATTTTTATATGC AATAAATTGAAAATGGAGATCTCATATGGCGATTTAAAGGACTACTTTGTGAAAATCGAC TTGTGGAAAAAACATAGACTGAGTTTAAACACACTCCATGCTACTAGGTTCTTAACATTT CAGGATGTAATAGAAAACAAATCAAACCTAACACTCGCTTTGGATATGCCTGTTCCTGAT GTTACAAAGGAAAGTGAGGGGAATACCGTTATCACAGAGGATAGCGAGAGAAAAATACCC CTTCATAAACTTAATGTAGTAATGCTTCTGGAGGAAATTTTTGATTTCATGTTTGTATTT GAGAACTGGTCCTTTACTCCGTCCCCTCATCTTCCAGATCATTTAAAAAATTCGCCCAAG AATATAAAAGTCTCAGTGATTAGGGAGATTGGAAAGGGGTGGGATAGTAAGTGGGCTGGT GTTTCTAACGATGACTACTGGCCATCAGCTGGAGTGTTTAATTACAGAGGAACTATCCGC CACATGAAAATTTCTTATTTTCAAGTAAAAGTTTATTGCATCACTAACAAGAAATTCTGG AGAAGGACCACAACATTACTTGGGACATGCGTTATGTCACTTAGATCAGTAAGGGATTAT CCATTAGTGAGAGGAGCTGTAAAGAAGCTTGCCAAAGGGGCTGACCAAATGCAGAGTGGA ACAATCCAAGGAAATATAGTGTGTTATATGAGCAGTGCAGGCCTGAAACATTTTTATGAG AACAAAAAAAGGCCAGCACAACCTATATCAGGATCATCACTACTTACACACCTTGATAAG AGTTACAGATATTTAGTTATAAGGTTGGTTAGATGTGAAAGTTTACCCTCAACTAATACA GATACAAACTCGTCAGACCCCATGGTGAAGGTCAGATGGGACGGAATAGTCAACTGTACT CCTACTTTGGAATGCACAACTAGTCCCGTTTACAACCACAATATGTACTTCCCAATCCAT TTAGTTGACGAAGAGGAAACTAAGAATATATTCCTTATCATGAACTGTCTTCCAGTGGAT TTGTTATCCAAAGGACCTGTTGTCATGGAAGTCTGGGATGGGGATGATACTTCAACTGAG TTTTTGGGAGGGGTCGAGGTTCCTTTATCTAAGTTATTCCTAAATGGAATAGAAACTAGG AGAAGTTTGGTTGATGGTATTTACAATGAAGGATCGAAACAGGGTTTGGATGATGAAGAC GGTCATGAAGTGGGTGAACCTGTTTTATATTCTGGGTTTTCTAACGATGTTAACGTGGAA CATCTTACTCCAGTTTATAGGGATACACTGACTCTAACTGGATATACAGTACCACATAGA GGATCCAAGCCCACAATTACCTTTGAAATGTATATACTCCCTCCCATGCCCCAAGGTTTA ACAGTTCCAAACGATCAGAAGAGACAAGTTAAATCTGATACTTACAGGGATTTGGCTAGA CGTTGGGATAAGGAATTTGAAACTTGGCAGAAGATGTACAAGGATCAAACCTTATCCAAC TTTCCCCAGAGACGTTTTTTAACAACTACTACAAACAATGCTCTTAAAATGGAAATCTCG CCAACTGAAGTGATTATTCTTTCATGTTTTGTTACTCCTATACAAATCCCCTCTCAATTA TCAAGACCAGGAACATTGATGCATTGGATTTCAAACTTTGCACTTAAGGAAGATTCGATT GACACAGTTGGAGAATTGAGAAAAATTGATAATTGGCAAACCCCCTCAAGGTTTCTTACA ACCAGGAAGGGAGGCCTTCATGATAGAGCTGTTTTACTCTGTAGTTGTCTGCTTGGAATT AATTTCGACGCATACGTCTGTAAGGGAACCATAAAAAATGGAACTGTTGAGCACTGTTGG GTCATGACCAGGCACTCTGATTCAACTGTGTCCTTTTGGGAAACTGGAAACAAGAAAATT TGGCACCTTCCTAAGAGGTGGAGAGTTTCCAAACAAGACTCCGACTGTTATGAAGATTTA AATGTTACCTCGGGACCCATTTTAGATAACTATAAAAATATTACATTCGAACCCTCCTCA AACCTACAGCAATTACAAGTTCCAAATAAAAATGTTCATGGACTTACAAAGTATGAAATG TACGGAAATGATTATGTCCCTGATCAAAAGGTGGACTTGGATGCCTTGCTCCACAAACAC GACGAAGTTAACTTTGATACCTCCTCCTTAAGAGATAACTTGAGTAAAACACTCCTTGAT AATCCCCAAAGAAAACAGCAATTTGCAAAAACTGTGAAACAATTAAATCCGAAACAGGAT CTAATTATACCCTTTGAGACTTTGGTTCACTTGCCTTATTCTTCCATTGAAACTGTATTC AATAACAAACAACTTTGGGGAAATATACAAAACCATCACCCCTCTTGCATTTTATACGAT TTGGAAGATCCACTTCAGTGGAAACCATTTCTCAAAGTTCCATTACAAGACGAATTATCG CAGTACATACAAATCACTCCCCCTCCAACCATGAACAAATGCATTGAGACATCTAATGAT ATATCTAATGATATTTGTGACATGATTGAAGTCATGAGGGCCCATAGAGGTTTAAAGTGC TCAATTTCGAAAGAAGATGAAATGAAAGAAAAGCTCGGGAATTTTCTAGATTTAATGGAA TATAGAGAGTCACTCGACCCTCAATTCGATCCAGGAATGCCTATTCACCTTTTGGGTTGG AGTAACAGAAAGAAGTTGAAGAAGTTAAGTAAGACTAGAAATGTCCAGGAAGTGGTAAAT AATATGAAAAAATCAACTAAACAACCTCAATTTGATTCATATTATTCAACAGAATCTACA GATGTATCCCCTAAACCCCAATCAGTTAACCAACAAGTCAATGAACAAAGTGAAAAGGTT TCTGAAAAATCACAGAAATCAGCTAGGGATTTAGAATCTGGAGTTAATCCTGAACAGCCA CCTGTTGAGGCGGAACAAAATGCTGATAATGAAAATCCTGAAGTAAATACAGAACCAGAA AGGCGTAAAAAAACTACTTCTCGAGGTCGAAAAAGAAGACATAGCAGGCGTGAAAAGAGA ACAAAGCCGTTGGAGAAAAGGACTGTTGAGGACCCAAAACATCAAAGCCTAATTAGATAT AGGGGAACCAGGTTAAATTTGGAGAAAAAAGTAAATTTGGTCAAAAATGGATTTGAAATC AGTTTAAAGAAAAAATCCAAGCCTAAAAATGTTAAAAACCTGAAACAACCAAAGATACAC AAAAGTTTCTATGATGTTACTCATGTTGAAGTTCCTGAATTTCAAATCTGTTCCAGATTT AACCCTATAAATACTCCTTCAAGTTCTGGAGTTTCTAGAACTCCCATGTCTGATTTATCA GTGGCAAGTCTTGAAAAATTCTCATTCAACAAACACTCTGATATAATTCATTCTGCTGTT CACAGAATGAGGGTTTCTATTCAGGAAAAGTCTCGTAACCATAATCTTGGTAGAAGAGAA GATTCTAAAAATGTCAAGCTTACAAATTATATGAACCAGCAAAATTATTTGGTAAAGAAT AGAAAGTCGTTCCTTAAAAAGTTAAGGACTGCTGTTAATAAGCGTGGCTCTAGATTTGAA AGAAATCCCAGATTCATTGAGGACATGAATCTAGTGGTTCAAATGCCAGAGTTCCGAAAG GAATATATGTATGCAGACTACAATATTCCTTACGAGTTCACTATACACAAGTCTGTTGAG ACTTCTAATTGGAACCATTACTACCATTATGAGGCTCTTTTTTATTCTTGGCAGAAGAAT ATACCAGTAATGGCAAACCACACTTTTGTAGGAATTCCTATCCACTTTTCAACGAGTGAT GTTAATGAGATTAGGAGACTCTTGTGTTGTAACAAAAGATTCAAGAAACTGTTTGTCAAC AAGTTGGACGATTTGGTTTATGTTATTTGTTGTAAAGTTTATCCATTCTTGGGTAACCTC TTTTCAACCTGGGTCTTTATAGGATGCCATGTCCCGTGGAGAATGTAA
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  • Fasta :-

    MGKVEVWELQESSSENLYYEESQESSYVESQETPDEERENRAVDLFDNDYTKRRLRKHSD SEDGRPREIDSNENTEEEESEFESEHSTSKESLSDNDYKEELFLLQYVRHYGQEVNQTLY NFECLPRHWNGVFYITSAHNLESVPQNYFYYIEIGRINPNAQSRYRPGERLTLGNPIFIC NKLKMEISYGDLKDYFVKIDLWKKHRLSLNTLHATRFLTFQDVIENKSNLTLALDMPVPD VTKESEGNTVITEDSERKIPLHKLNVVMLLEEIFDFMFVFENWSFTPSPHLPDHLKNSPK NIKVSVIREIGKGWDSKWAGVSNDDYWPSAGVFNYRGTIRHMKISYFQVKVYCITNKKFW RRTTTLLGTCVMSLRSVRDYPLVRGAVKKLAKGADQMQSGTIQGNIVCYMSSAGLKHFYE NKKRPAQPISGSSLLTHLDKSYRYLVIRLVRCESLPSTNTDTNSSDPMVKVRWDGIVNCT PTLECTTSPVYNHNMYFPIHLVDEEETKNIFLIMNCLPVDLLSKGPVVMEVWDGDDTSTE FLGGVEVPLSKLFLNGIETRRSLVDGIYNEGSKQGLDDEDGHEVGEPVLYSGFSNDVNVE HLTPVYRDTLTLTGYTVPHRGSKPTITFEMYILPPMPQGLTVPNDQKRQVKSDTYRDLAR RWDKEFETWQKMYKDQTLSNFPQRRFLTTTTNNALKMEISPTEVIILSCFVTPIQIPSQL SRPGTLMHWISNFALKEDSIDTVGELRKIDNWQTPSRFLTTRKGGLHDRAVLLCSCLLGI NFDAYVCKGTIKNGTVEHCWVMTRHSDSTVSFWETGNKKIWHLPKRWRVSKQDSDCYEDL NVTSGPILDNYKNITFEPSSNLQQLQVPNKNVHGLTKYEMYGNDYVPDQKVDLDALLHKH DEVNFDTSSLRDNLSKTLLDNPQRKQQFAKTVKQLNPKQDLIIPFETLVHLPYSSIETVF NNKQLWGNIQNHHPSCILYDLEDPLQWKPFLKVPLQDELSQYIQITPPPTMNKCIETSND ISNDICDMIEVMRAHRGLKCSISKEDEMKEKLGNFLDLMEYRESLDPQFDPGMPIHLLGW SNRKKLKKLSKTRNVQEVVNNMKKSTKQPQFDSYYSTESTDVSPKPQSVNQQVNEQSEKV SEKSQKSARDLESGVNPEQPPVEAEQNADNENPEVNTEPERRKKTTSRGRKRRHSRREKR TKPLEKRTVEDPKHQSLIRYRGTRLNLEKKVNLVKNGFEISLKKKSKPKNVKNLKQPKIH KSFYDVTHVEVPEFQICSRFNPINTPSSSGVSRTPMSDLSVASLEKFSFNKHSDIIHSAV HRMRVSIQEKSRNHNLGRREDSKNVKLTNYMNQQNYLVKNRKSFLKKLRTAVNKRGSRFE RNPRFIEDMNLVVQMPEFRKEYMYADYNIPYEFTIHKSVETSNWNHYYHYEALFYSWQKN IPVMANHTFVGIPIHFSTSDVNEIRRLLCCNKRFKKLFVNKLDDLVYVICCKVYPFLGNL FSTWVFIGCHVPWRM

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No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
TA1169089 SEHSTSKESL0.993unspTA1169089 SEHSTSKESL0.993unspTA1169089 SEHSTSKESL0.993unspTA1169092 STSKESLSDN0.997unspTA1169094 SKESLSDNDY0.996unspTA11690298 SHLKNSPKNI0.996unspTA11690376 SMSLRSVRDY0.995unspTA11690562 SETRRSLVDG0.998unspTA11690830 SRWRVSKQDS0.997unspTA116901043 SKCSISKEDE0.994unspTA116901116 SDSYYSTEST0.996unspTA116901123 SSTDVSPKPQ0.996unspTA116901141 SSEKVSEKSQ0.995unspTA116901144 SVSEKSQKSA0.997unspTA116901147 SKSQKSARDL0.998unspTA116901187 SKKTTSRGRK0.994unspTA116901195 SKRRHSRREK0.998unspTA1169059 SLRKHSDSED0.998unspTA1169080 SEEEESEFES0.996unsp

TA11690      



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