Chro.50111 | 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
Chro.50111OTHER0.9997270.0000050.000267
No Results

  • Fasta :-

    >Chro.50111 MPIEKKEVFKAIFKSKERKPIKEEKKKQINRDKFIKNNVRYIAPNNEKVKLKIEKMEKDL KRAKNKTKLMRFFDNKAISRSSPLDSRLGTYYEFENEVKMSILTTEGTEVSSITLNLEIT AENIKHEKIPGLYHFMIQILFSEKFLEIEYNWNPLEPSSFREYVKDIGGKINIQYLPSCI MISVGCPSKHYIKMLEHFFNTIYLKNKGKPRKLILRKSSIEEAIQNMNLNYVEYIQDESY LRFEILREFIKNNVKSFQRTTNHKTIDILKLWSIGSESTILSLIKEGNLEVEIMQAYNRI ISNKPVIVAFHSNISNEKLFKILNDFNIPILQENEKIKDNTNKTIGDKSFFKQSKSKNNK NQNNNYSELPPVSVADLKPSIIVNSPIHDSINSNGEIEIQWIIPAFYSSLSSSNSKPLKV ISYLLESGSLVNFLNKRKLIKSVSSGEVYFAAHSSQKLGFTIYSVIIKLSEKFESEIDPK SPFIQFIVQSIFAYFNSLIKQIEDSLNNLNIKSTKKDILENKEINRPFLAICDILQIENY ISNSNYQMNSERENYIDYFDRNFETTEIAIQNLKSHNPSEILVGNNRFYSKIKVILKYVK FTLENALKPSNFIIFITSKAFFNNNNEYNFKKLKLLLPDPPTINYFELKFEPNFLNLLKD PENLKKYVIKMDPLRQVILKNEIKDEYDFLISPHHLLKNSELTFLDGEFEWSSFSNQIED DNPIQGTTPYISEPKIISQDENNKFLIYYSQINYPEKSSEILQSSLSSAIIRWYDSIDYS KLLLNKGKQGNLTKNSVLASFISRIIFAIWITTTLSLNFNSYRKIGATINFQPCHHFGTA LSTNCVQLQVTSPSPMFPEYLKEVLKSIRTVSMLNISKELSEKVKVDAIKEINQSILANS ATNYCTDKIKQLFLPEIFTHEEVLSEIKELESDEIIILLDKKLDIKNPYINVIGLITHID EPNVSFDIVKESLISNTCFNDFKYFPDSLYTKNTSGEIKFPHPLLEEIDSSRTRLLFYAN KENKNNRSNKNENFEMLISTLWISASKNDIQQKSMLILLVRLIQFTFKNIYLPTSLLVDK SQRKNINLLVIPSPFLKKLGLQLILEVSDNKVFSSNDITTSILLLDFLSFIENSEFTEFN YNQDDKPYYKSNHLIDQSLSLNFKQIKTEVILQLLLSQTQIVAQSSYLFSRIVEYFESES FSPSNQNTSRISNEKEQINRIIKSTSLNSAISFVKSIISNNSMILVELNTQNDNSNNPEN EIMLKYDFKLAN
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/222 Sequence name : 222 Sequence length : 1272 VALUES OF COMPUTED PARAMETERS Coef20 : 3.460 CoefTot : -0.253 ChDiff : 11 ZoneTo : 3 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.453 1.841 0.224 0.629 MesoH : 0.136 0.591 -0.240 0.258 MuHd_075 : 12.426 15.080 5.783 5.637 MuHd_095 : 29.860 17.445 8.318 6.208 MuHd_100 : 29.890 14.575 7.425 5.041 MuHd_105 : 27.536 12.412 7.070 4.072 Hmax_075 : -4.100 7.400 -2.245 3.740 Hmax_095 : -5.400 7.200 -2.073 2.860 Hmax_100 : -3.900 4.800 -3.215 1.560 Hmax_105 : 4.400 7.100 -1.311 2.780 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9231 0.0769 DFMC : 0.9697 0.0303
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1272 Chro.50111 MPIEKKEVFKAIFKSKERKPIKEEKKKQINRDKFIKNNVRYIAPNNEKVKLKIEKMEKDLKRAKNKTKLMRFFDNKAISR 80 SSPLDSRLGTYYEFENEVKMSILTTEGTEVSSITLNLEITAENIKHEKIPGLYHFMIQILFSEKFLEIEYNWNPLEPSSF 160 REYVKDIGGKINIQYLPSCIMISVGCPSKHYIKMLEHFFNTIYLKNKGKPRKLILRKSSIEEAIQNMNLNYVEYIQDESY 240 LRFEILREFIKNNVKSFQRTTNHKTIDILKLWSIGSESTILSLIKEGNLEVEIMQAYNRIISNKPVIVAFHSNISNEKLF 320 KILNDFNIPILQENEKIKDNTNKTIGDKSFFKQSKSKNNKNQNNNYSELPPVSVADLKPSIIVNSPIHDSINSNGEIEIQ 400 WIIPAFYSSLSSSNSKPLKVISYLLESGSLVNFLNKRKLIKSVSSGEVYFAAHSSQKLGFTIYSVIIKLSEKFESEIDPK 480 SPFIQFIVQSIFAYFNSLIKQIEDSLNNLNIKSTKKDILENKEINRPFLAICDILQIENYISNSNYQMNSERENYIDYFD 560 RNFETTEIAIQNLKSHNPSEILVGNNRFYSKIKVILKYVKFTLENALKPSNFIIFITSKAFFNNNNEYNFKKLKLLLPDP 640 PTINYFELKFEPNFLNLLKDPENLKKYVIKMDPLRQVILKNEIKDEYDFLISPHHLLKNSELTFLDGEFEWSSFSNQIED 720 DNPIQGTTPYISEPKIISQDENNKFLIYYSQINYPEKSSEILQSSLSSAIIRWYDSIDYSKLLLNKGKQGNLTKNSVLAS 800 FISRIIFAIWITTTLSLNFNSYRKIGATINFQPCHHFGTALSTNCVQLQVTSPSPMFPEYLKEVLKSIRTVSMLNISKEL 880 SEKVKVDAIKEINQSILANSATNYCTDKIKQLFLPEIFTHEEVLSEIKELESDEIIILLDKKLDIKNPYINVIGLITHID 960 EPNVSFDIVKESLISNTCFNDFKYFPDSLYTKNTSGEIKFPHPLLEEIDSSRTRLLFYANKENKNNRSNKNENFEMLIST 1040 LWISASKNDIQQKSMLILLVRLIQFTFKNIYLPTSLLVDKSQRKNINLLVIPSPFLKKLGLQLILEVSDNKVFSSNDITT 1120 SILLLDFLSFIENSEFTEFNYNQDDKPYYKSNHLIDQSLSLNFKQIKTEVILQLLLSQTQIVAQSSYLFSRIVEYFESES 1200 FSPSNQNTSRISNEKEQINRIIKSTSLNSAISFVKSIISNNSMILVELNTQNDNSNNPENEIMLKYDFKLAN 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_________________ Chro.50111 5 --MPIEK|KE 0.050 . Chro.50111 6 -MPIEKK|EV 0.138 . Chro.50111 10 EKKEVFK|AI 0.082 . Chro.50111 14 VFKAIFK|SK 0.069 . Chro.50111 16 KAIFKSK|ER 0.070 . Chro.50111 18 IFKSKER|KP 0.083 . Chro.50111 19 FKSKERK|PI 0.116 . Chro.50111 22 KERKPIK|EE 0.066 . Chro.50111 25 KPIKEEK|KK 0.069 . Chro.50111 26 PIKEEKK|KQ 0.080 . Chro.50111 27 IKEEKKK|QI 0.113 . Chro.50111 31 KKKQINR|DK 0.115 . Chro.50111 33 KQINRDK|FI 0.076 . Chro.50111 36 NRDKFIK|NN 0.063 . Chro.50111 40 FIKNNVR|YI 0.089 . Chro.50111 48 IAPNNEK|VK 0.063 . Chro.50111 50 PNNEKVK|LK 0.067 . Chro.50111 52 NEKVKLK|IE 0.064 . Chro.50111 55 VKLKIEK|ME 0.062 . Chro.50111 58 KIEKMEK|DL 0.067 . Chro.50111 61 KMEKDLK|RA 0.060 . Chro.50111 62 MEKDLKR|AK 0.198 . Chro.50111 64 KDLKRAK|NK 0.064 . Chro.50111 66 LKRAKNK|TK 0.069 . Chro.50111 68 RAKNKTK|LM 0.064 . Chro.50111 71 NKTKLMR|FF 0.111 . Chro.50111 76 MRFFDNK|AI 0.077 . Chro.50111 80 DNKAISR|SS 0.080 . Chro.50111 87 SSPLDSR|LG 0.072 . Chro.50111 99 EFENEVK|MS 0.057 . Chro.50111 125 ITAENIK|HE 0.056 . Chro.50111 128 ENIKHEK|IP 0.068 . Chro.50111 144 QILFSEK|FL 0.070 . Chro.50111 161 LEPSSFR|EY 0.082 . Chro.50111 165 SFREYVK|DI 0.111 . Chro.50111 170 VKDIGGK|IN 0.070 . Chro.50111 189 SVGCPSK|HY 0.072 . Chro.50111 193 PSKHYIK|ML 0.077 . Chro.50111 205 FNTIYLK|NK 0.061 . Chro.50111 207 TIYLKNK|GK 0.068 . Chro.50111 209 YLKNKGK|PR 0.066 . Chro.50111 211 KNKGKPR|KL 0.097 . Chro.50111 212 NKGKPRK|LI 0.083 . Chro.50111 216 PRKLILR|KS 0.105 . Chro.50111 217 RKLILRK|SS 0.108 . Chro.50111 242 QDESYLR|FE 0.072 . Chro.50111 247 LRFEILR|EF 0.084 . Chro.50111 251 ILREFIK|NN 0.062 . Chro.50111 255 FIKNNVK|SF 0.068 . Chro.50111 259 NVKSFQR|TT 0.083 . Chro.50111 264 QRTTNHK|TI 0.069 . Chro.50111 270 KTIDILK|LW 0.064 . Chro.50111 285 TILSLIK|EG 0.058 . Chro.50111 299 IMQAYNR|II 0.104 . Chro.50111 304 NRIISNK|PV 0.118 . Chro.50111 318 SNISNEK|LF 0.056 . Chro.50111 321 SNEKLFK|IL 0.065 . Chro.50111 336 ILQENEK|IK 0.064 . Chro.50111 338 QENEKIK|DN 0.085 . Chro.50111 343 IKDNTNK|TI 0.085 . Chro.50111 348 NKTIGDK|SF 0.075 . Chro.50111 352 GDKSFFK|QS 0.063 . Chro.50111 355 SFFKQSK|SK 0.083 . Chro.50111 357 FKQSKSK|NN 0.068 . Chro.50111 360 SKSKNNK|NQ 0.068 . Chro.50111 378 VSVADLK|PS 0.061 . Chro.50111 416 LSSSNSK|PL 0.067 . Chro.50111 419 SNSKPLK|VI 0.090 . Chro.50111 436 LVNFLNK|RK 0.056 . Chro.50111 437 VNFLNKR|KL 0.175 . Chro.50111 438 NFLNKRK|LI 0.071 . Chro.50111 441 NKRKLIK|SV 0.206 . Chro.50111 457 AAHSSQK|LG 0.066 . Chro.50111 468 IYSVIIK|LS 0.074 . Chro.50111 472 IIKLSEK|FE 0.068 . Chro.50111 480 ESEIDPK|SP 0.079 . Chro.50111 500 YFNSLIK|QI 0.077 . Chro.50111 512 LNNLNIK|ST 0.082 . Chro.50111 515 LNIKSTK|KD 0.064 . Chro.50111 516 NIKSTKK|DI 0.102 . Chro.50111 522 KDILENK|EI 0.063 . Chro.50111 526 ENKEINR|PF 0.082 . Chro.50111 552 YQMNSER|EN 0.084 . Chro.50111 561 YIDYFDR|NF 0.100 . Chro.50111 574 IAIQNLK|SH 0.074 . Chro.50111 587 ILVGNNR|FY 0.103 . Chro.50111 591 NNRFYSK|IK 0.058 . Chro.50111 593 RFYSKIK|VI 0.069 . Chro.50111 597 KIKVILK|YV 0.073 . Chro.50111 600 VILKYVK|FT 0.057 . Chro.50111 608 TLENALK|PS 0.067 . Chro.50111 619 IIFITSK|AF 0.062 . Chro.50111 631 NNEYNFK|KL 0.062 . Chro.50111 632 NEYNFKK|LK 0.075 . Chro.50111 634 YNFKKLK|LL 0.066 . Chro.50111 649 INYFELK|FE 0.067 . Chro.50111 659 NFLNLLK|DP 0.062 . Chro.50111 665 KDPENLK|KY 0.055 . Chro.50111 666 DPENLKK|YV 0.160 . Chro.50111 670 LKKYVIK|MD 0.067 . Chro.50111 675 IKMDPLR|QV 0.108 . Chro.50111 680 LRQVILK|NE 0.072 . Chro.50111 684 ILKNEIK|DE 0.071 . Chro.50111 698 SPHHLLK|NS 0.067 . Chro.50111 735 PYISEPK|II 0.074 . Chro.50111 744 SQDENNK|FL 0.059 . Chro.50111 757 QINYPEK|SS 0.100 . Chro.50111 772 LSSAIIR|WY 0.126 . Chro.50111 781 DSIDYSK|LL 0.061 . Chro.50111 786 SKLLLNK|GK 0.060 . Chro.50111 788 LLLNKGK|QG 0.066 . Chro.50111 794 KQGNLTK|NS 0.057 . Chro.50111 804 LASFISR|II 0.131 . Chro.50111 823 LNFNSYR|KI 0.133 . Chro.50111 824 NFNSYRK|IG 0.076 . Chro.50111 862 MFPEYLK|EV 0.072 . Chro.50111 866 YLKEVLK|SI 0.082 . Chro.50111 869 EVLKSIR|TV 0.106 . Chro.50111 878 SMLNISK|EL 0.062 . Chro.50111 883 SKELSEK|VK 0.063 . Chro.50111 885 ELSEKVK|VD 0.071 . Chro.50111 890 VKVDAIK|EI 0.074 . Chro.50111 908 TNYCTDK|IK 0.065 . Chro.50111 910 YCTDKIK|QL 0.063 . Chro.50111 928 EVLSEIK|EL 0.058 . Chro.50111 941 IIILLDK|KL 0.061 . Chro.50111 942 IILLDKK|LD 0.070 . Chro.50111 946 DKKLDIK|NP 0.058 . Chro.50111 970 VSFDIVK|ES 0.060 . Chro.50111 983 TCFNDFK|YF 0.074 . Chro.50111 992 PDSLYTK|NT 0.078 . Chro.50111 999 NTSGEIK|FP 0.081 . Chro.50111 1012 EEIDSSR|TR 0.061 . Chro.50111 1014 IDSSRTR|LL 0.101 . Chro.50111 1021 LLFYANK|EN 0.058 . Chro.50111 1024 YANKENK|NN 0.065 . Chro.50111 1027 KENKNNR|SN 0.162 . Chro.50111 1030 KNNRSNK|NE 0.155 . Chro.50111 1047 LWISASK|ND 0.061 . Chro.50111 1053 KNDIQQK|SM 0.079 . Chro.50111 1061 MLILLVR|LI 0.081 . Chro.50111 1068 LIQFTFK|NI 0.061 . Chro.50111 1080 TSLLVDK|SQ 0.080 . Chro.50111 1083 LVDKSQR|KN 0.082 . Chro.50111 1084 VDKSQRK|NI 0.073 . Chro.50111 1097 IPSPFLK|KL 0.086 . Chro.50111 1098 PSPFLKK|LG 0.076 . Chro.50111 1111 LEVSDNK|VF 0.057 . Chro.50111 1146 NYNQDDK|PY 0.069 . Chro.50111 1150 DDKPYYK|SN 0.077 . Chro.50111 1164 SLSLNFK|QI 0.074 . Chro.50111 1167 LNFKQIK|TE 0.059 . Chro.50111 1191 SSYLFSR|IV 0.179 . Chro.50111 1210 SNQNTSR|IS 0.118 . Chro.50111 1215 SRISNEK|EQ 0.060 . Chro.50111 1220 EKEQINR|II 0.072 . Chro.50111 1223 QINRIIK|ST 0.196 . Chro.50111 1235 SAISFVK|SI 0.090 . Chro.50111 1265 ENEIMLK|YD 0.063 . Chro.50111 1269 MLKYDFK|LA 0.071 . ____________________________^_________________

  • Fasta :-

    >Chro.50111 ATGCCAATTGAAAAAAAAGAAGTTTTCAAAGCCATATTCAAATCCAAGGAAAGAAAGCCA ATAAAGGAAGAGAAAAAAAAACAAATAAATAGAGATAAATTTATCAAGAATAATGTAAGG TATATTGCTCCAAATAATGAAAAGGTCAAATTAAAGATTGAAAAGATGGAGAAGGATTTA AAGAGGGCAAAAAACAAAACAAAACTGATGAGATTTTTTGATAATAAAGCAATTTCAAGA TCAAGTCCATTAGATAGCCGGCTTGGAACTTACTATGAATTTGAAAATGAAGTAAAAATG AGTATTCTTACGACAGAAGGAACTGAAGTTAGTAGCATTACCTTAAATTTAGAAATTACG GCTGAAAATATTAAACATGAAAAGATACCAGGGCTTTACCACTTTATGATTCAAATACTT TTTTCTGAGAAATTTCTTGAAATTGAGTATAATTGGAATCCACTTGAACCATCATCTTTT AGAGAATATGTTAAAGATATAGGAGGAAAAATTAATATCCAATATTTACCTTCTTGTATT ATGATAAGTGTTGGATGTCCTTCAAAACACTATATTAAGATGTTGGAACATTTCTTTAAT ACAATTTATTTGAAAAATAAAGGAAAACCAAGAAAGTTAATTTTAAGGAAAAGTTCGATT GAGGAGGCAATACAAAATATGAATTTGAATTATGTTGAATATATCCAAGATGAATCTTAT TTACGTTTTGAAATTCTGAGAGAATTTATTAAGAATAATGTCAAATCCTTTCAAAGAACA ACAAACCACAAAACTATTGATATACTTAAATTGTGGTCAATTGGTTCAGAATCCACAATA TTATCTTTAATTAAAGAAGGGAATTTGGAGGTAGAAATAATGCAAGCTTATAATCGAATT ATCAGCAATAAACCAGTAATTGTTGCTTTCCATTCAAACATTTCCAATGAAAAACTTTTT AAAATATTGAATGATTTTAATATTCCAATTTTGCAAGAAAATGAGAAAATTAAAGATAAT ACCAATAAAACCATAGGAGATAAATCCTTCTTTAAGCAATCGAAATCTAAGAATAATAAG AACCAAAATAATAATTATTCTGAGCTACCTCCTGTTTCAGTAGCAGATTTGAAACCTTCA ATAATAGTAAATTCTCCAATTCATGATTCCATAAATAGTAATGGAGAGATTGAAATTCAA TGGATTATTCCTGCTTTCTATTCATCTCTTTCGTCATCAAATTCAAAACCACTAAAAGTT ATTTCTTATTTATTAGAATCCGGAAGTCTTGTGAATTTTTTGAATAAAAGAAAACTTATC AAATCAGTTAGTAGTGGAGAAGTATACTTTGCAGCTCACTCATCACAAAAGCTTGGATTT ACTATATATTCTGTTATTATTAAACTTTCAGAAAAGTTTGAATCTGAAATTGACCCAAAA TCACCATTCATTCAATTTATTGTTCAATCCATATTTGCTTACTTTAATTCATTAATAAAA CAAATTGAAGATAGTTTAAATAACTTGAATATTAAATCCACAAAAAAAGATATTTTAGAG AATAAAGAAATAAATCGACCATTTCTTGCCATATGTGATATACTCCAAATTGAAAACTAC ATTTCAAACTCAAATTACCAAATGAATAGTGAAAGAGAAAACTATATTGATTACTTTGAT CGTAATTTTGAAACCACAGAAATTGCCATACAAAACTTAAAATCCCATAATCCAAGCGAA ATTCTGGTTGGTAATAACCGTTTTTATTCAAAAATTAAAGTAATTTTGAAATATGTAAAA TTCACTCTTGAAAATGCACTTAAACCTTCAAATTTTATTATTTTTATTACTTCAAAAGCC TTTTTCAATAATAATAATGAGTATAATTTCAAAAAGCTCAAGCTTCTATTGCCAGACCCA CCTACAATTAATTATTTTGAGCTCAAATTTGAGCCGAACTTCCTCAATTTACTGAAAGAT CCTGAAAACTTGAAGAAATATGTCATCAAAATGGATCCATTAAGACAAGTAATACTTAAG AACGAAATAAAAGATGAATATGATTTCCTGATTTCTCCGCATCATCTTTTGAAGAATTCA GAATTAACTTTTTTAGATGGAGAATTTGAATGGAGCTCTTTTTCAAACCAAATTGAAGAT GATAATCCAATACAAGGCACAACTCCTTATATTTCAGAACCGAAAATCATATCACAAGAT GAGAATAATAAATTCTTAATTTACTACTCTCAAATCAATTATCCAGAAAAATCCAGTGAA ATTCTTCAAAGCTCTCTATCTTCTGCTATTATTAGATGGTATGATAGTATTGATTACTCC AAACTTTTACTAAATAAAGGAAAACAAGGAAATCTAACAAAAAATTCAGTACTCGCTTCC TTTATTTCAAGAATTATCTTTGCTATATGGATAACAACGACCTTATCTCTGAACTTTAAT TCATATAGAAAAATTGGTGCAACCATTAACTTCCAGCCTTGCCATCATTTTGGCACAGCT TTATCGACAAATTGTGTACAATTACAAGTAACATCTCCATCACCCATGTTTCCAGAATAC TTGAAAGAGGTTCTTAAATCTATTCGAACTGTCTCTATGCTGAATATATCGAAAGAACTC TCTGAAAAGGTTAAAGTGGATGCAATTAAGGAAATTAATCAATCAATATTAGCGAATAGT GCAACCAATTATTGTACTGATAAGATCAAACAATTGTTTCTTCCTGAGATATTTACACAT GAAGAAGTGCTTTCTGAGATAAAAGAGTTAGAAAGTGATGAGATAATTATTCTTTTGGAC AAAAAACTTGATATTAAAAATCCATATATCAATGTAATTGGATTAATTACTCATATTGAT GAACCAAATGTTAGTTTTGATATTGTAAAAGAGTCCCTTATTTCAAATACATGCTTTAAT GACTTTAAATACTTTCCTGATTCACTTTACACGAAGAATACTTCCGGAGAAATCAAATTT CCCCATCCTTTATTAGAAGAAATTGATTCATCAAGAACAAGATTATTATTTTATGCCAAC AAGGAGAACAAAAATAACCGATCAAATAAAAATGAAAATTTTGAAATGTTAATTTCCACT CTTTGGATTTCAGCCTCTAAAAATGATATCCAACAAAAGTCAATGTTAATACTTCTTGTT CGTCTCATTCAATTTACTTTTAAAAACATTTATCTCCCAACTTCACTTTTGGTTGATAAA TCTCAAAGAAAGAATATTAACTTACTCGTGATACCTTCTCCTTTCCTTAAAAAACTTGGG CTACAGTTAATTCTTGAAGTTTCTGATAATAAAGTCTTCTCTAGTAACGACATAACGACT TCAATTTTACTATTAGACTTCCTTTCATTTATTGAAAATTCCGAATTCACTGAATTCAAC TACAATCAAGATGATAAACCCTATTACAAATCAAACCACTTGATTGATCAGTCTTTGAGT CTCAATTTTAAACAAATCAAAACTGAAGTCATCCTCCAATTATTACTCTCTCAAACTCAA ATTGTAGCCCAATCTTCCTATCTTTTTAGCAGAATTGTCGAATATTTTGAGTCAGAAAGC TTTTCTCCTTCGAATCAAAACACGAGTAGAATTTCTAACGAAAAAGAACAGATAAACAGA ATTATCAAAAGTACCAGTTTAAATTCTGCCATATCATTTGTTAAATCCATTATTTCCAAT AACTCAATGATTTTAGTTGAATTAAACACTCAAAATGACAACTCAAATAATCCAGAAAAT GAAATCATGCTTAAATACGATTTCAAACTTGCTAATTAA
  • Download Fasta

  • Fasta :-

    MPIEKKEVFKAIFKSKERKPIKEEKKKQINRDKFIKNNVRYIAPNNEKVKLKIEKMEKDL KRAKNKTKLMRFFDNKAISRSSPLDSRLGTYYEFENEVKMSILTTEGTEVSSITLNLEIT AENIKHEKIPGLYHFMIQILFSEKFLEIEYNWNPLEPSSFREYVKDIGGKINIQYLPSCI MISVGCPSKHYIKMLEHFFNTIYLKNKGKPRKLILRKSSIEEAIQNMNLNYVEYIQDESY LRFEILREFIKNNVKSFQRTTNHKTIDILKLWSIGSESTILSLIKEGNLEVEIMQAYNRI ISNKPVIVAFHSNISNEKLFKILNDFNIPILQENEKIKDNTNKTIGDKSFFKQSKSKNNK NQNNNYSELPPVSVADLKPSIIVNSPIHDSINSNGEIEIQWIIPAFYSSLSSSNSKPLKV ISYLLESGSLVNFLNKRKLIKSVSSGEVYFAAHSSQKLGFTIYSVIIKLSEKFESEIDPK SPFIQFIVQSIFAYFNSLIKQIEDSLNNLNIKSTKKDILENKEINRPFLAICDILQIENY ISNSNYQMNSERENYIDYFDRNFETTEIAIQNLKSHNPSEILVGNNRFYSKIKVILKYVK FTLENALKPSNFIIFITSKAFFNNNNEYNFKKLKLLLPDPPTINYFELKFEPNFLNLLKD PENLKKYVIKMDPLRQVILKNEIKDEYDFLISPHHLLKNSELTFLDGEFEWSSFSNQIED DNPIQGTTPYISEPKIISQDENNKFLIYYSQINYPEKSSEILQSSLSSAIIRWYDSIDYS KLLLNKGKQGNLTKNSVLASFISRIIFAIWITTTLSLNFNSYRKIGATINFQPCHHFGTA LSTNCVQLQVTSPSPMFPEYLKEVLKSIRTVSMLNISKELSEKVKVDAIKEINQSILANS ATNYCTDKIKQLFLPEIFTHEEVLSEIKELESDEIIILLDKKLDIKNPYINVIGLITHID EPNVSFDIVKESLISNTCFNDFKYFPDSLYTKNTSGEIKFPHPLLEEIDSSRTRLLFYAN KENKNNRSNKNENFEMLISTLWISASKNDIQQKSMLILLVRLIQFTFKNIYLPTSLLVDK SQRKNINLLVIPSPFLKKLGLQLILEVSDNKVFSSNDITTSILLLDFLSFIENSEFTEFN YNQDDKPYYKSNHLIDQSLSLNFKQIKTEVILQLLLSQTQIVAQSSYLFSRIVEYFESES FSPSNQNTSRISNEKEQINRIIKSTSLNSAISFVKSIISNNSMILVELNTQNDNSNNPEN EIMLKYDFKLAN

    No Results
    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
Chro.50111218 SILRKSSIEE0.993unspChro.50111218 SILRKSSIEE0.993unspChro.50111218 SILRKSSIEE0.993unspChro.50111219 SLRKSSIEEA0.998unspChro.50111445 SKSVSSGEVY0.991unspChro.50111475 SEKFESEIDP0.996unspChro.50111881 SSKELSEKVK0.992unspChro.5011182 SISRSSPLDS0.998unspChro.50111159 SLEPSSFREY0.992unsp

Chro.50111      



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