PY17X_1019000 | lipase, putative

  • Computed_GO_Component_IDs:        

  • Computed_GO_Components:        

  • Computed_GO_Function_IDs:        

  • Computed_GO_Functions:        

  • Computed_GO_Process_IDs:  GO:0006629      

  • Computed_GO_Processes:  lipid metabolic process      

  • Curated_GO_Component_IDs:        

  • Curated_GO_Components:        

  • Curated_GO_Function_IDs:        

  • Curated_GO_Functions:        

  • Curated_GO_Processes:        

_IDPredictionOTHERSPmTPCS_Position
PY17X_1019000OTHER0.6147870.3806710.004542
No Results

  • Fasta :-

    >PY17X_1019000 MRLSLNLYYFALMHVFTNSFLTYNSFININLFLFDTNLEYINIIKTGIPVFVKQDLLINR KLFSNNDNWDINDNTDNSVNEISTTRINVRKETEIYNINCKNINDEKCGIHAEGNQCMKK NNNCITTLKLKTDKTPNEEAQISDNKIIDTDNTQIKKYVDSDKNIIKEKNEEKIMRKNDE NVEMCKINNNENSGVELDTNKNMFDVRSNENCENYENCENCENVSTQKYTQIDDEILKIM DKKNILVIINEEDENKSFHEEDDKEDDEEDDEEDDDELINKHLNEIENIINELSSKNYEQ NKSTNSGDSDITDNTSNNLDDINEDEYEFVEGVCELDDINNVYVRYKNDLENYRNKLKEN KLDEYYSDIIKSRNLININYENEYMLKMKYHKDYNFPLHNLHIVNEKYIKNNLYNNFVLL NDENNNVSFQEINYYANLSKIDIRPTMFKEFYLKFSLCNGKYLPLGSSFVERVCFLSYHL KQNPHLNKIKITKSKFILYHLFLNVIKAFKILSINKCVKHIKESNLLYIIFILNEEIIKE SENEVNIGKCLNNIIERNKEWYEILNFIFTIMFGCSSYLKEHYSLTEEEKNNIFFKDNIL DLPIFEYFNKNVIDIFIPRNIELKINIDLFKDISNSSDKNLKLYQTWYFCYLFIHKVYLL NKMWNIIKKWETSNFVPNPWYIDHIGSVLVPHIISLRHIQQNDQKFFRYIDELQMFVSFK RSKKYSIPNYDKNEFHLVEHIVAFQGTSSPFIWLFNLIYELTPYPFLTKGKVHKAYLYIF KKAVKPYLHILKKKILNEIKNTKSKYSKENPYVIIFTGHSFGASMANMSSLYLENILREQ GVKTKVNNNIDDIGNDDNDHNSVYIKIYSITFGMPIFYDDKYYEDFEKSAVISNNINVNY DPIPVTMAIPILNGFRDPEENKKFNIIFKVEDLKKLNYDFGNIIFDGDELFNNEKNQPRS ITFLFMKYFFKDNIFFELCEQHIYQTHYFFYFVFLTLLSRWANEAKWGTYFLIPFFIFDI LSFSHKNVMFMLKENYKKYKKLVLKKTQSIEKQEKKQVAN
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PY17X_1019000.fa Sequence name : PY17X_1019000 Sequence length : 1060 VALUES OF COMPUTED PARAMETERS Coef20 : 4.522 CoefTot : 0.086 ChDiff : -25 ZoneTo : 34 KR : 1 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.647 1.606 0.176 0.761 MesoH : -0.033 0.516 -0.377 0.352 MuHd_075 : 28.237 25.539 9.324 6.778 MuHd_095 : 23.680 16.354 7.951 5.326 MuHd_100 : 19.570 17.703 7.108 5.454 MuHd_105 : 24.230 18.442 7.816 5.763 Hmax_075 : 18.500 17.033 2.905 5.900 Hmax_095 : 15.200 15.300 2.352 5.220 Hmax_100 : 16.900 16.000 2.664 6.180 Hmax_105 : 19.717 15.750 2.336 6.883 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.1332 0.8668 DFMC : 0.1552 0.8448 This protein is probably imported in mitochondria. f(Ser) = 0.0882 f(Arg) = 0.0294 CMi = 0.79365 CMi is the Chloroplast/Mitochondria Index It has been proposed by Von Heijne et al (Eur J Biochem,1989, 180: 535-545)
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1060 PY17X_1019000 MRLSLNLYYFALMHVFTNSFLTYNSFININLFLFDTNLEYINIIKTGIPVFVKQDLLINRKLFSNNDNWDINDNTDNSVN 80 EISTTRINVRKETEIYNINCKNINDEKCGIHAEGNQCMKKNNNCITTLKLKTDKTPNEEAQISDNKIIDTDNTQIKKYVD 160 SDKNIIKEKNEEKIMRKNDENVEMCKINNNENSGVELDTNKNMFDVRSNENCENYENCENCENVSTQKYTQIDDEILKIM 240 DKKNILVIINEEDENKSFHEEDDKEDDEEDDEEDDDELINKHLNEIENIINELSSKNYEQNKSTNSGDSDITDNTSNNLD 320 DINEDEYEFVEGVCELDDINNVYVRYKNDLENYRNKLKENKLDEYYSDIIKSRNLININYENEYMLKMKYHKDYNFPLHN 400 LHIVNEKYIKNNLYNNFVLLNDENNNVSFQEINYYANLSKIDIRPTMFKEFYLKFSLCNGKYLPLGSSFVERVCFLSYHL 480 KQNPHLNKIKITKSKFILYHLFLNVIKAFKILSINKCVKHIKESNLLYIIFILNEEIIKESENEVNIGKCLNNIIERNKE 560 WYEILNFIFTIMFGCSSYLKEHYSLTEEEKNNIFFKDNILDLPIFEYFNKNVIDIFIPRNIELKINIDLFKDISNSSDKN 640 LKLYQTWYFCYLFIHKVYLLNKMWNIIKKWETSNFVPNPWYIDHIGSVLVPHIISLRHIQQNDQKFFRYIDELQMFVSFK 720 RSKKYSIPNYDKNEFHLVEHIVAFQGTSSPFIWLFNLIYELTPYPFLTKGKVHKAYLYIFKKAVKPYLHILKKKILNEIK 800 NTKSKYSKENPYVIIFTGHSFGASMANMSSLYLENILREQGVKTKVNNNIDDIGNDDNDHNSVYIKIYSITFGMPIFYDD 880 KYYEDFEKSAVISNNINVNYDPIPVTMAIPILNGFRDPEENKKFNIIFKVEDLKKLNYDFGNIIFDGDELFNNEKNQPRS 960 ITFLFMKYFFKDNIFFELCEQHIYQTHYFFYFVFLTLLSRWANEAKWGTYFLIPFFIFDILSFSHKNVMFMLKENYKKYK 1040 KLVLKKTQSIEKQEKKQVAN 1120 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 .................... 1120 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ PY17X_1019000 2 -----MR|LS 0.070 . PY17X_1019000 45 EYINIIK|TG 0.058 . PY17X_1019000 53 GIPVFVK|QD 0.056 . PY17X_1019000 60 QDLLINR|KL 0.077 . PY17X_1019000 61 DLLINRK|LF 0.068 . PY17X_1019000 86 NEISTTR|IN 0.080 . PY17X_1019000 90 TTRINVR|KE 0.089 . PY17X_1019000 91 TRINVRK|ET 0.126 . PY17X_1019000 101 IYNINCK|NI 0.070 . PY17X_1019000 107 KNINDEK|CG 0.066 . PY17X_1019000 119 EGNQCMK|KN 0.068 . PY17X_1019000 120 GNQCMKK|NN 0.103 . PY17X_1019000 129 NCITTLK|LK 0.060 . PY17X_1019000 131 ITTLKLK|TD 0.054 . PY17X_1019000 134 LKLKTDK|TP 0.058 . PY17X_1019000 146 AQISDNK|II 0.068 . PY17X_1019000 156 TDNTQIK|KY 0.075 . PY17X_1019000 157 DNTQIKK|YV 0.116 . PY17X_1019000 163 KYVDSDK|NI 0.071 . PY17X_1019000 167 SDKNIIK|EK 0.067 . PY17X_1019000 169 KNIIKEK|NE 0.073 . PY17X_1019000 173 KEKNEEK|IM 0.062 . PY17X_1019000 176 NEEKIMR|KN 0.108 . PY17X_1019000 177 EEKIMRK|ND 0.090 . PY17X_1019000 186 ENVEMCK|IN 0.063 . PY17X_1019000 201 VELDTNK|NM 0.061 . PY17X_1019000 207 KNMFDVR|SN 0.180 . PY17X_1019000 228 ENVSTQK|YT 0.065 . PY17X_1019000 238 IDDEILK|IM 0.056 . PY17X_1019000 242 ILKIMDK|KN 0.059 . PY17X_1019000 243 LKIMDKK|NI 0.125 . PY17X_1019000 256 NEEDENK|SF 0.077 . PY17X_1019000 264 FHEEDDK|ED 0.061 . PY17X_1019000 281 DDELINK|HL 0.072 . PY17X_1019000 296 INELSSK|NY 0.070 . PY17X_1019000 302 KNYEQNK|ST 0.096 . PY17X_1019000 345 INNVYVR|YK 0.128 . PY17X_1019000 347 NVYVRYK|ND 0.059 . PY17X_1019000 354 NDLENYR|NK 0.068 . PY17X_1019000 356 LENYRNK|LK 0.076 . PY17X_1019000 358 NYRNKLK|EN 0.060 . PY17X_1019000 361 NKLKENK|LD 0.059 . PY17X_1019000 371 YYSDIIK|SR 0.065 . PY17X_1019000 373 SDIIKSR|NL 0.100 . PY17X_1019000 387 ENEYMLK|MK 0.062 . PY17X_1019000 389 EYMLKMK|YH 0.072 . PY17X_1019000 392 LKMKYHK|DY 0.076 . PY17X_1019000 407 LHIVNEK|YI 0.069 . PY17X_1019000 410 VNEKYIK|NN 0.056 . PY17X_1019000 440 YYANLSK|ID 0.057 . PY17X_1019000 444 LSKIDIR|PT 0.114 . PY17X_1019000 449 IRPTMFK|EF 0.062 . PY17X_1019000 454 FKEFYLK|FS 0.064 . PY17X_1019000 461 FSLCNGK|YL 0.060 . PY17X_1019000 472 GSSFVER|VC 0.116 . PY17X_1019000 481 FLSYHLK|QN 0.068 . PY17X_1019000 488 QNPHLNK|IK 0.062 . PY17X_1019000 490 PHLNKIK|IT 0.064 . PY17X_1019000 493 NKIKITK|SK 0.088 . PY17X_1019000 495 IKITKSK|FI 0.081 . PY17X_1019000 507 LFLNVIK|AF 0.055 . PY17X_1019000 510 NVIKAFK|IL 0.062 . PY17X_1019000 516 KILSINK|CV 0.068 . PY17X_1019000 519 SINKCVK|HI 0.073 . PY17X_1019000 522 KCVKHIK|ES 0.061 . PY17X_1019000 539 LNEEIIK|ES 0.061 . PY17X_1019000 549 NEVNIGK|CL 0.062 . PY17X_1019000 557 LNNIIER|NK 0.102 . PY17X_1019000 559 NIIERNK|EW 0.068 . PY17X_1019000 580 GCSSYLK|EH 0.058 . PY17X_1019000 590 SLTEEEK|NN 0.060 . PY17X_1019000 596 KNNIFFK|DN 0.093 . PY17X_1019000 610 IFEYFNK|NV 0.077 . PY17X_1019000 619 IDIFIPR|NI 0.098 . PY17X_1019000 624 PRNIELK|IN 0.073 . PY17X_1019000 631 INIDLFK|DI 0.079 . PY17X_1019000 639 ISNSSDK|NL 0.069 . PY17X_1019000 642 SSDKNLK|LY 0.059 . PY17X_1019000 656 CYLFIHK|VY 0.050 . PY17X_1019000 662 KVYLLNK|MW 0.070 . PY17X_1019000 668 KMWNIIK|KW 0.066 . PY17X_1019000 669 MWNIIKK|WE 0.104 . PY17X_1019000 697 PHIISLR|HI 0.090 . PY17X_1019000 705 IQQNDQK|FF 0.070 . PY17X_1019000 708 NDQKFFR|YI 0.171 . PY17X_1019000 720 QMFVSFK|RS 0.058 . PY17X_1019000 721 MFVSFKR|SK 0.281 . PY17X_1019000 723 VSFKRSK|KY 0.063 . PY17X_1019000 724 SFKRSKK|YS 0.409 . PY17X_1019000 732 SIPNYDK|NE 0.058 . PY17X_1019000 769 PYPFLTK|GK 0.054 . PY17X_1019000 771 PFLTKGK|VH 0.061 . PY17X_1019000 774 TKGKVHK|AY 0.076 . PY17X_1019000 781 AYLYIFK|KA 0.059 . PY17X_1019000 782 YLYIFKK|AV 0.189 . PY17X_1019000 785 IFKKAVK|PY 0.062 . PY17X_1019000 792 PYLHILK|KK 0.053 . PY17X_1019000 793 YLHILKK|KI 0.104 . PY17X_1019000 794 LHILKKK|IL 0.140 . PY17X_1019000 800 KILNEIK|NT 0.058 . PY17X_1019000 803 NEIKNTK|SK 0.081 . PY17X_1019000 805 IKNTKSK|YS 0.077 . PY17X_1019000 808 TKSKYSK|EN 0.073 . PY17X_1019000 838 YLENILR|EQ 0.079 . PY17X_1019000 843 LREQGVK|TK 0.056 . PY17X_1019000 845 EQGVKTK|VN 0.066 . PY17X_1019000 866 HNSVYIK|IY 0.092 . PY17X_1019000 881 PIFYDDK|YY 0.071 . PY17X_1019000 888 YYEDFEK|SA 0.079 . PY17X_1019000 916 PILNGFR|DP 0.081 . PY17X_1019000 922 RDPEENK|KF 0.062 . PY17X_1019000 923 DPEENKK|FN 0.089 . PY17X_1019000 929 KFNIIFK|VE 0.060 . PY17X_1019000 934 FKVEDLK|KL 0.059 . PY17X_1019000 935 KVEDLKK|LN 0.092 . PY17X_1019000 955 ELFNNEK|NQ 0.056 . PY17X_1019000 959 NEKNQPR|SI 0.140 . PY17X_1019000 967 ITFLFMK|YF 0.068 . PY17X_1019000 971 FMKYFFK|DN 0.073 . PY17X_1019000 1000 FLTLLSR|WA 0.083 . PY17X_1019000 1006 RWANEAK|WG 0.070 . PY17X_1019000 1026 ILSFSHK|NV 0.095 . PY17X_1019000 1033 NVMFMLK|EN 0.062 . PY17X_1019000 1037 MLKENYK|KY 0.058 . PY17X_1019000 1038 LKENYKK|YK 0.110 . PY17X_1019000 1040 ENYKKYK|KL 0.073 . PY17X_1019000 1041 NYKKYKK|LV 0.107 . PY17X_1019000 1045 YKKLVLK|KT 0.075 . PY17X_1019000 1046 KKLVLKK|TQ 0.097 . PY17X_1019000 1052 KTQSIEK|QE 0.061 . PY17X_1019000 1055 SIEKQEK|KQ 0.062 . PY17X_1019000 1056 IEKQEKK|QV 0.141 . ____________________________^_________________

  • Fasta :-

    >PY17X_1019000 ATGAGACTATCTTTAAACTTATATTATTTTGCATTAATGCATGTATTTACCAATAGCTTT TTGACATATAATTCATTTATTAATATAAATTTATTTTTATTTGATACAAATTTAGAATAC ATAAACATTATAAAGACTGGCATCCCAGTTTTTGTAAAACAGGACCTATTAATAAATAGG AAATTATTTTCAAATAATGACAATTGGGATATTAACGATAATACTGATAATTCAGTAAAT GAAATATCAACAACTCGTATAAATGTTCGAAAAGAAACAGAAATTTATAATATTAATTGT AAAAATATAAATGATGAAAAATGTGGAATACATGCAGAGGGAAACCAGTGTATGAAAAAA AATAATAATTGTATTACTACACTAAAATTAAAAACCGATAAAACTCCAAATGAGGAGGCA CAAATATCAGATAATAAAATCATTGACACTGATAATACACAAATAAAAAAATATGTTGAT TCAGACAAAAATATTATAAAAGAAAAAAACGAGGAAAAAATTATGAGAAAAAACGACGAA AATGTAGAAATGTGCAAAATAAATAATAATGAAAATTCAGGAGTAGAACTAGATACTAAT AAGAACATGTTTGATGTAAGATCAAATGAAAATTGTGAAAATTATGAAAATTGTGAAAAT TGTGAAAATGTATCGACTCAGAAATACACACAAATTGATGATGAAATATTAAAAATTATG GATAAAAAAAATATTCTAGTCATAATAAACGAAGAAGATGAAAATAAAAGTTTTCATGAA GAAGATGATAAAGAAGACGATGAAGAAGACGATGAAGAAGATGATGATGAATTAATAAAT AAACATTTAAATGAAATAGAAAATATTATAAATGAACTAAGTTCCAAAAATTATGAACAA AATAAATCCACAAATAGTGGTGACTCTGATATAACCGATAATACATCTAATAATTTAGAC GATATAAATGAAGATGAATATGAATTTGTGGAAGGTGTATGCGAACTAGATGATATAAAC AACGTGTATGTAAGATATAAAAATGATTTGGAAAATTATCGTAATAAATTAAAAGAGAAC AAATTAGATGAATATTATAGCGATATAATTAAAAGCCGTAATTTAATAAATATAAATTAT GAAAATGAATATATGTTAAAAATGAAATATCATAAGGATTATAATTTCCCTTTACATAAT TTACATATAGTAAATGAAAAATATATAAAAAATAATTTATATAACAATTTTGTTTTGCTT AATGATGAAAATAATAATGTAAGTTTTCAGGAAATAAATTATTATGCAAATTTAAGTAAA ATAGACATCCGCCCAACCATGTTTAAAGAATTTTATTTAAAGTTTAGTTTATGTAATGGT AAATATTTACCATTGGGTAGTAGTTTTGTTGAGAGAGTATGTTTTTTATCATATCATTTA AAACAAAATCCACATTTAAATAAAATAAAAATTACAAAAAGTAAATTTATTTTATATCAT TTATTTTTAAATGTAATAAAAGCCTTTAAAATATTATCAATAAATAAATGTGTTAAACAT ATAAAAGAGTCCAATTTATTATATATTATATTTATTTTAAATGAAGAAATAATAAAAGAA TCTGAAAACGAAGTTAATATAGGTAAATGTCTAAATAACATAATAGAAAGAAATAAAGAG TGGTATGAAATATTAAATTTTATATTTACGATTATGTTTGGATGTTCTAGTTATTTAAAG GAACATTATTCTTTAACGGAAGAAGAGAAAAATAATATATTTTTTAAAGACAATATATTA GATTTACCAATATTCGAATATTTTAATAAAAATGTAATTGATATATTTATTCCTAGAAAT ATCGAACTTAAAATAAACATTGACTTATTTAAAGACATTTCAAATTCTTCTGATAAAAAT TTAAAATTATATCAAACATGGTATTTTTGTTATTTATTTATACATAAAGTATATTTATTA AATAAAATGTGGAATATAATAAAAAAATGGGAAACTTCCAATTTTGTACCCAATCCTTGG TATATAGATCATATAGGAAGTGTGTTAGTTCCACATATAATTAGTTTACGTCATATTCAA CAAAATGATCAAAAATTTTTTAGATATATTGATGAATTACAAATGTTTGTATCTTTTAAA AGAAGTAAAAAATATTCTATTCCTAATTATGATAAAAATGAATTTCATTTAGTAGAACAT ATTGTTGCTTTTCAAGGTACGTCAAGCCCATTTATTTGGCTATTTAATTTAATATATGAA TTAACTCCTTACCCGTTTTTAACTAAAGGGAAAGTACATAAAGCTTATTTATACATTTTT AAAAAAGCTGTTAAACCATATTTGCATATTTTAAAAAAAAAAATTTTAAATGAAATAAAA AATACAAAATCTAAATACTCAAAGGAAAACCCTTATGTTATTATTTTTACTGGTCATTCT TTTGGGGCATCAATGGCTAATATGAGTTCCCTTTATTTGGAAAATATATTACGTGAACAA GGTGTAAAGACAAAAGTTAATAATAATATTGATGATATTGGAAATGATGATAATGACCAT AATAGCGTGTATATAAAAATATATTCTATAACATTTGGAATGCCAATATTTTATGATGAT AAATATTATGAGGACTTTGAAAAAAGTGCAGTTATAAGTAATAACATAAATGTAAATTAT GATCCAATACCCGTAACTATGGCTATTCCAATATTAAATGGTTTCCGTGATCCTGAAGAA AATAAAAAATTCAATATAATTTTCAAGGTAGAAGATTTAAAAAAATTAAATTACGATTTT GGTAACATTATTTTTGATGGTGATGAACTTTTTAATAATGAAAAAAATCAACCCCGTTCT ATTACATTTTTATTTATGAAATATTTTTTCAAAGACAATATTTTTTTTGAATTGTGTGAA CAACATATATACCAAACACATTATTTTTTTTATTTTGTATTTTTAACTCTCCTATCGAGA TGGGCAAATGAGGCTAAATGGGGAACATATTTTTTAATACCGTTTTTCATATTTGATATC TTGAGTTTTTCTCACAAAAACGTTATGTTTATGTTGAAAGAAAACTATAAAAAATATAAA AAATTAGTGTTAAAAAAGACACAATCTATTGAAAAACAGGAAAAAAAGCAAGTCGCTAAT TAA
  • Download Fasta

  • Fasta :-

    MRLSLNLYYFALMHVFTNSFLTYNSFININLFLFDTNLEYINIIKTGIPVFVKQDLLINR KLFSNNDNWDINDNTDNSVNEISTTRINVRKETEIYNINCKNINDEKCGIHAEGNQCMKK NNNCITTLKLKTDKTPNEEAQISDNKIIDTDNTQIKKYVDSDKNIIKEKNEEKIMRKNDE NVEMCKINNNENSGVELDTNKNMFDVRSNENCENYENCENCENVSTQKYTQIDDEILKIM DKKNILVIINEEDENKSFHEEDDKEDDEEDDEEDDDELINKHLNEIENIINELSSKNYEQ NKSTNSGDSDITDNTSNNLDDINEDEYEFVEGVCELDDINNVYVRYKNDLENYRNKLKEN KLDEYYSDIIKSRNLININYENEYMLKMKYHKDYNFPLHNLHIVNEKYIKNNLYNNFVLL NDENNNVSFQEINYYANLSKIDIRPTMFKEFYLKFSLCNGKYLPLGSSFVERVCFLSYHL KQNPHLNKIKITKSKFILYHLFLNVIKAFKILSINKCVKHIKESNLLYIIFILNEEIIKE SENEVNIGKCLNNIIERNKEWYEILNFIFTIMFGCSSYLKEHYSLTEEEKNNIFFKDNIL DLPIFEYFNKNVIDIFIPRNIELKINIDLFKDISNSSDKNLKLYQTWYFCYLFIHKVYLL NKMWNIIKKWETSNFVPNPWYIDHIGSVLVPHIISLRHIQQNDQKFFRYIDELQMFVSFK RSKKYSIPNYDKNEFHLVEHIVAFQGTSSPFIWLFNLIYELTPYPFLTKGKVHKAYLYIF KKAVKPYLHILKKKILNEIKNTKSKYSKENPYVIIFTGHSFGASMANMSSLYLENILREQ GVKTKVNNNIDDIGNDDNDHNSVYIKIYSITFGMPIFYDDKYYEDFEKSAVISNNINVNY DPIPVTMAIPILNGFRDPEENKKFNIIFKVEDLKKLNYDFGNIIFDGDELFNNEKNQPRS ITFLFMKYFFKDNIFFELCEQHIYQTHYFFYFVFLTLLSRWANEAKWGTYFLIPFFIFDI LSFSHKNVMFMLKENYKKYKKLVLKKTQSIEKQEKKQVAN

  • title: nucleophilic elbow
  • coordinates: G818,H819,S820,F821,G822
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PY17X_1019000637 SISNSSDKNL0.994unspPY17X_1019000637 SISNSSDKNL0.994unspPY17X_1019000637 SISNSSDKNL0.994unspPY17X_1019000807 SKSKYSKENP0.997unspPY17X_1019000257 SDENKSFHEE0.992unspPY17X_1019000327 YNEDEYEFVE0.99unsp
PY17X_1019000


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