LmjF.32.2910 | ubiquitin hydrolase, putative

_IDPredictionOTHERSPmTPCS_Position
LmjF.32.2910OTHER0.9999950.0000040.000001
No Results

  • Fasta :-

    >LmjF.32.2910 MSSEGVLSSGDAMEEMELKERNHSIEGSSFTATTRDSFASAEEDSTASQVNEEACMATGK PRTVAWNGTSTAAHDYIAASTAATDGEENAAVGAQPQPPLDRLQAYIQALVGNILESLRG FDGSIAWLKRSHSAIAAHLDGINAGAVPAATEEFSVAWFGIASAVLHDLIQESVADISAL ATPPLPFSENEESARGLCVTPRDLSVAFVSGLQSIVSEVMNNGGCHRSGGSHHFSRYSLR SFAHVKEISEMSRRLMEEHLTQGAHVPHALRNKYSDDTTSIDCKEDLCSILQRTADAWVC SFFPAYQQRSRNPTEVAPFLWGEEEDASRLNLELFFYCLYFACQQRSLMQNREALPRGVV VPTAWIEQLLRWSAQAKEQHCLASPGPHPPFPGPIDTFALMTVSPHDPRRHWLSLDSERY QVIPQALYNSFFDFFGTGPKYVMYGAFSLRERCLLMWKPLPLTVFTTFEWWERNESDGAL DKYSVEVPVEEALLHSDMREVCHLAWGMMREEEGMMSEKVARVWFAAINGTDTVRICCKG LYMLSVKTGPFAITEKGDGMDLTVQEILQQLRRRIEQYMPESVEEWRLQTSGKVLLSLVL TLNNTNGDDRGGEITGTMEVAAHQCGVCGLTNVGNTCYMNSALQCLSNLTSFRTKLLTLP ISHFSQAVITLLLIRLLTTMWSGQHSFAETRELKEQIGMQVKRFSGYQQQDANEFIEVLL DHLSEECNLISERCYRQREDSDKAIATQELSTIFWSNFLENNKSFIPPLFFHQSKTVFTC LTCGECSTVFDNNVTLSVSIKDPPQRRAMSVDVMVELNKPDYAAELASHSGFMAPLFRPV KGGAARAHALVTLKVHLLVQPDNTVREQEVEEALRQLLLSNASSSSEVLRFFLDGSADEM TAEEERQRARSVAARVQVDVRVMDIPDHGRVLAWARCYLASAELSVASAPPPTTVGAAGT PAARVWYFMKDAPLPFTTAIMGTPVWVDEFPASYGAEHPQPVAADAADAEELVLASESRD CMTAYAEHIRTRSLEVATALLQRVPEDETDEVALFNSTETLSGGVGYVMPPSHKDEAKET LASANDAGAAAASIERDIKIVQRILRKSASATVTKTTSPGGDINADATGSEACEKALASA AVTTTIVVCIQYDSAKYQLVTDGRRSDAFGLRGVGSDMTPEVKCSLHECLSHSMQPDLLR GEDAWFCRRCKEFRETKVHRTLFRLPPCLIVSFKRFKMHTYSADKKNTTVQFPSELDFAP YLDPEAAGLQTEGTKYRLRGVVYHTGSLSFGHYTAAAFNDSVKKWVYYNDTHATIDSCDA PAPNGAYILCFERVEATASPA
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/686 Sequence name : 686 Sequence length : 1341 VALUES OF COMPUTED PARAMETERS Coef20 : 3.211 CoefTot : 0.224 ChDiff : -50 ZoneTo : 3 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.453 1.635 0.296 0.652 MesoH : 0.374 0.640 -0.127 0.332 MuHd_075 : 11.828 9.868 2.689 1.980 MuHd_095 : 22.153 6.215 4.258 2.181 MuHd_100 : 28.376 8.151 6.274 2.314 MuHd_105 : 31.732 10.853 7.817 2.654 Hmax_075 : 3.675 6.200 -1.006 2.360 Hmax_095 : 5.950 3.850 -1.196 2.100 Hmax_100 : 14.000 7.800 1.182 3.120 Hmax_105 : 14.233 9.567 1.220 3.120 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9796 0.0204 DFMC : 0.9545 0.0455
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1341 LmjF.32.2910 MSSEGVLSSGDAMEEMELKERNHSIEGSSFTATTRDSFASAEEDSTASQVNEEACMATGKPRTVAWNGTSTAAHDYIAAS 80 TAATDGEENAAVGAQPQPPLDRLQAYIQALVGNILESLRGFDGSIAWLKRSHSAIAAHLDGINAGAVPAATEEFSVAWFG 160 IASAVLHDLIQESVADISALATPPLPFSENEESARGLCVTPRDLSVAFVSGLQSIVSEVMNNGGCHRSGGSHHFSRYSLR 240 SFAHVKEISEMSRRLMEEHLTQGAHVPHALRNKYSDDTTSIDCKEDLCSILQRTADAWVCSFFPAYQQRSRNPTEVAPFL 320 WGEEEDASRLNLELFFYCLYFACQQRSLMQNREALPRGVVVPTAWIEQLLRWSAQAKEQHCLASPGPHPPFPGPIDTFAL 400 MTVSPHDPRRHWLSLDSERYQVIPQALYNSFFDFFGTGPKYVMYGAFSLRERCLLMWKPLPLTVFTTFEWWERNESDGAL 480 DKYSVEVPVEEALLHSDMREVCHLAWGMMREEEGMMSEKVARVWFAAINGTDTVRICCKGLYMLSVKTGPFAITEKGDGM 560 DLTVQEILQQLRRRIEQYMPESVEEWRLQTSGKVLLSLVLTLNNTNGDDRGGEITGTMEVAAHQCGVCGLTNVGNTCYMN 640 SALQCLSNLTSFRTKLLTLPISHFSQAVITLLLIRLLTTMWSGQHSFAETRELKEQIGMQVKRFSGYQQQDANEFIEVLL 720 DHLSEECNLISERCYRQREDSDKAIATQELSTIFWSNFLENNKSFIPPLFFHQSKTVFTCLTCGECSTVFDNNVTLSVSI 800 KDPPQRRAMSVDVMVELNKPDYAAELASHSGFMAPLFRPVKGGAARAHALVTLKVHLLVQPDNTVREQEVEEALRQLLLS 880 NASSSSEVLRFFLDGSADEMTAEEERQRARSVAARVQVDVRVMDIPDHGRVLAWARCYLASAELSVASAPPPTTVGAAGT 960 PAARVWYFMKDAPLPFTTAIMGTPVWVDEFPASYGAEHPQPVAADAADAEELVLASESRDCMTAYAEHIRTRSLEVATAL 1040 LQRVPEDETDEVALFNSTETLSGGVGYVMPPSHKDEAKETLASANDAGAAAASIERDIKIVQRILRKSASATVTKTTSPG 1120 GDINADATGSEACEKALASAAVTTTIVVCIQYDSAKYQLVTDGRRSDAFGLRGVGSDMTPEVKCSLHECLSHSMQPDLLR 1200 GEDAWFCRRCKEFRETKVHRTLFRLPPCLIVSFKRFKMHTYSADKKNTTVQFPSELDFAPYLDPEAAGLQTEGTKYRLRG 1280 VVYHTGSLSFGHYTAAAFNDSVKKWVYYNDTHATIDSCDAPAPNGAYILCFERVEATASPA 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_________________ LmjF.32.2910 19 MEEMELK|ER 0.062 . LmjF.32.2910 21 EMELKER|NH 0.089 . LmjF.32.2910 35 SFTATTR|DS 0.098 . LmjF.32.2910 60 ACMATGK|PR 0.066 . LmjF.32.2910 62 MATGKPR|TV 0.153 . LmjF.32.2910 102 PQPPLDR|LQ 0.076 . LmjF.32.2910 119 NILESLR|GF 0.093 . LmjF.32.2910 129 GSIAWLK|RS 0.065 . LmjF.32.2910 130 SIAWLKR|SH 0.435 . LmjF.32.2910 195 ENEESAR|GL 0.114 . LmjF.32.2910 202 GLCVTPR|DL 0.173 . LmjF.32.2910 227 NNGGCHR|SG 0.136 . LmjF.32.2910 236 GSHHFSR|YS 0.155 . LmjF.32.2910 240 FSRYSLR|SF 0.160 . LmjF.32.2910 246 RSFAHVK|EI 0.073 . LmjF.32.2910 253 EISEMSR|RL 0.095 . LmjF.32.2910 254 ISEMSRR|LM 0.171 . LmjF.32.2910 271 HVPHALR|NK 0.070 . LmjF.32.2910 273 PHALRNK|YS 0.069 . LmjF.32.2910 284 TTSIDCK|ED 0.064 . LmjF.32.2910 293 LCSILQR|TA 0.160 . LmjF.32.2910 309 FPAYQQR|SR 0.183 . LmjF.32.2910 311 AYQQRSR|NP 0.078 . LmjF.32.2910 329 EEEDASR|LN 0.066 . LmjF.32.2910 346 YFACQQR|SL 0.183 . LmjF.32.2910 352 RSLMQNR|EA 0.103 . LmjF.32.2910 357 NREALPR|GV 0.123 . LmjF.32.2910 371 WIEQLLR|WS 0.092 . LmjF.32.2910 377 RWSAQAK|EQ 0.075 . LmjF.32.2910 409 VSPHDPR|RH 0.079 . LmjF.32.2910 410 SPHDPRR|HW 0.168 . LmjF.32.2910 419 LSLDSER|YQ 0.077 . LmjF.32.2910 440 FFGTGPK|YV 0.077 . LmjF.32.2910 450 YGAFSLR|ER 0.071 . LmjF.32.2910 452 AFSLRER|CL 0.083 . LmjF.32.2910 458 RCLLMWK|PL 0.054 . LmjF.32.2910 473 TFEWWER|NE 0.092 . LmjF.32.2910 482 SDGALDK|YS 0.065 . LmjF.32.2910 499 LLHSDMR|EV 0.139 . LmjF.32.2910 510 LAWGMMR|EE 0.088 . LmjF.32.2910 519 EGMMSEK|VA 0.068 . LmjF.32.2910 522 MSEKVAR|VW 0.147 . LmjF.32.2910 535 NGTDTVR|IC 0.094 . LmjF.32.2910 539 TVRICCK|GL 0.066 . LmjF.32.2910 547 LYMLSVK|TG 0.058 . LmjF.32.2910 556 PFAITEK|GD 0.070 . LmjF.32.2910 572 EILQQLR|RR 0.066 . LmjF.32.2910 573 ILQQLRR|RI 0.181 . LmjF.32.2910 574 LQQLRRR|IE 0.120 . LmjF.32.2910 587 ESVEEWR|LQ 0.077 . LmjF.32.2910 593 RLQTSGK|VL 0.066 . LmjF.32.2910 610 NTNGDDR|GG 0.103 . LmjF.32.2910 653 SNLTSFR|TK 0.077 . LmjF.32.2910 655 LTSFRTK|LL 0.069 . LmjF.32.2910 675 ITLLLIR|LL 0.072 . LmjF.32.2910 691 HSFAETR|EL 0.109 . LmjF.32.2910 694 AETRELK|EQ 0.091 . LmjF.32.2910 702 QIGMQVK|RF 0.066 . LmjF.32.2910 703 IGMQVKR|FS 0.440 . LmjF.32.2910 733 CNLISER|CY 0.093 . LmjF.32.2910 736 ISERCYR|QR 0.300 . LmjF.32.2910 738 ERCYRQR|ED 0.118 . LmjF.32.2910 743 QREDSDK|AI 0.095 . LmjF.32.2910 763 NFLENNK|SF 0.065 . LmjF.32.2910 775 LFFHQSK|TV 0.094 . LmjF.32.2910 801 TLSVSIK|DP 0.093 . LmjF.32.2910 806 IKDPPQR|RA 0.110 . LmjF.32.2910 807 KDPPQRR|AM 0.139 . LmjF.32.2910 819 VMVELNK|PD 0.064 . LmjF.32.2910 838 FMAPLFR|PV 0.127 . LmjF.32.2910 841 PLFRPVK|GG 0.101 . LmjF.32.2910 846 VKGGAAR|AH 0.083 . LmjF.32.2910 854 HALVTLK|VH 0.054 . LmjF.32.2910 866 QPDNTVR|EQ 0.091 . LmjF.32.2910 875 EVEEALR|QL 0.069 . LmjF.32.2910 890 SSSEVLR|FF 0.154 . LmjF.32.2910 906 MTAEEER|QR 0.076 . LmjF.32.2910 908 AEEERQR|AR 0.091 . LmjF.32.2910 910 EERQRAR|SV 0.200 . LmjF.32.2910 915 ARSVAAR|VQ 0.147 . LmjF.32.2910 921 RVQVDVR|VM 0.079 . LmjF.32.2910 930 DIPDHGR|VL 0.082 . LmjF.32.2910 936 RVLAWAR|CY 0.083 . LmjF.32.2910 964 AGTPAAR|VW 0.072 . LmjF.32.2910 970 RVWYFMK|DA 0.077 . LmjF.32.2910 1019 VLASESR|DC 0.117 . LmjF.32.2910 1030 AYAEHIR|TR 0.086 . LmjF.32.2910 1032 AEHIRTR|SL 0.187 . LmjF.32.2910 1043 ATALLQR|VP 0.086 . LmjF.32.2910 1074 VMPPSHK|DE 0.062 . LmjF.32.2910 1078 SHKDEAK|ET 0.078 . LmjF.32.2910 1096 AAASIER|DI 0.117 . LmjF.32.2910 1099 SIERDIK|IV 0.175 . LmjF.32.2910 1103 DIKIVQR|IL 0.104 . LmjF.32.2910 1106 IVQRILR|KS 0.194 . LmjF.32.2910 1107 VQRILRK|SA 0.140 . LmjF.32.2910 1115 ASATVTK|TT 0.090 . LmjF.32.2910 1135 GSEACEK|AL 0.068 . LmjF.32.2910 1156 IQYDSAK|YQ 0.063 . LmjF.32.2910 1164 QLVTDGR|RS 0.083 . LmjF.32.2910 1165 LVTDGRR|SD 0.146 . LmjF.32.2910 1172 SDAFGLR|GV 0.140 . LmjF.32.2910 1183 DMTPEVK|CS 0.054 . LmjF.32.2910 1200 MQPDLLR|GE 0.085 . LmjF.32.2910 1208 EDAWFCR|RC 0.091 . LmjF.32.2910 1209 DAWFCRR|CK 0.107 . LmjF.32.2910 1211 WFCRRCK|EF 0.101 . LmjF.32.2910 1214 RRCKEFR|ET 0.123 . LmjF.32.2910 1217 KEFRETK|VH 0.097 . LmjF.32.2910 1220 RETKVHR|TL 0.104 . LmjF.32.2910 1224 VHRTLFR|LP 0.078 . LmjF.32.2910 1234 CLIVSFK|RF 0.062 . LmjF.32.2910 1235 LIVSFKR|FK 0.185 . LmjF.32.2910 1237 VSFKRFK|MH 0.062 . LmjF.32.2910 1245 HTYSADK|KN 0.060 . LmjF.32.2910 1246 TYSADKK|NT 0.157 . LmjF.32.2910 1275 LQTEGTK|YR 0.060 . LmjF.32.2910 1277 TEGTKYR|LR 0.136 . LmjF.32.2910 1279 GTKYRLR|GV 0.116 . LmjF.32.2910 1303 AFNDSVK|KW 0.066 . LmjF.32.2910 1304 FNDSVKK|WV 0.129 . LmjF.32.2910 1333 YILCFER|VE 0.065 . ____________________________^_________________

  • Fasta :-

    >LmjF.32.2910 ATGAGCTCTGAAGGTGTTCTGAGCTCTGGGGACGCTATGGAGGAGATGGAGCTGAAGGAG AGAAACCACAGCATTGAAGGATCTTCGTTTACCGCCACTACCCGTGACAGCTTCGCCTCT GCAGAAGAAGACTCGACAGCGTCACAGGTCAACGAAGAAGCGTGCATGGCTACCGGCAAG CCGAGAACCGTAGCTTGGAATGGCACGTCTACGGCAGCGCATGACTACATCGCTGCTTCT ACGGCTGCAACGGACGGCGAGGAGAATGCTGCCGTGGGGGCGCAGCCGCAGCCTCCGCTC GATCGACTCCAGGCTTATATTCAGGCGCTTGTGGGCAACATCTTGGAGAGCCTTCGTGGG TTCGACGGCAGCATCGCATGGCTAAAGCGCTCACACTCGGCGATCGCAGCCCACCTGGAC GGCATCAACGCCGGGGCTGTTCCGGCCGCAACGGAGGAGTTTAGCGTTGCCTGGTTCGGT ATCGCAAGCGCTGTGCTGCATGACTTGATCCAAGAAAGCGTAGCGGACATTTCCGCTCTC GCGACGCCGCCGCTTCCGTTCAGCGAGAATGAGGAATCAGCGCGTGGGTTGTGCGTGACG CCGCGCGATCTGTCCGTTGCCTTTGTCTCGGGTTTGCAGAGCATTGTTTCGGAGGTGATG AATAACGGCGGGTGCCATCGCTCGGGTGGCAGCCACCACTTCAGCCGCTACTCCTTGCGC AGTTTTGCCCATGTAAAGGAGATCAGCGAGATGAGCCGCCGTCTCATGGAGGAACACTTG ACGCAGGGAGCACACGTGCCGCACGCGCTGCGCAACAAGTACAGCGACGATACGACCTCA ATCGACTGCAAGGAGGACCTCTGCTCCATTCTCCAGAGGACTGCTGATGCGTGGGTGTGC AGCTTCTTCCCAGCCTACCAGCAGCGCTCTCGCAACCCGACAGAGGTGGCGCCGTTTCTG TGGGGAGAGGAAGAGGACGCCTCGCGCCTCAACCTGGAGCTGTTCTTTTACTGCTTGTAC TTTGCTTGTCAGCAGCGGAGCTTGATGCAGAACAGGGAGGCTCTTCCGCGCGGCGTTGTG GTGCCGACGGCGTGGATCGAGCAGCTGCTGAGGTGGTCCGCGCAAGCGAAGGAGCAGCAC TGCTTGGCCTCACCCGGGCCACACCCACCTTTTCCGGGCCCGATCGACACGTTCGCGCTC ATGACAGTCTCGCCGCACGACCCGCGCCGGCACTGGCTTTCTCTAGACTCGGAGCGATAC CAGGTGATTCCACAGGCTCTGTACAACTCCTTCTTTGACTTCTTTGGCACCGGCCCCAAG TACGTCATGTATGGCGCCTTCTCTCTGCGGGAGCGCTGTCTTCTCATGTGGAAGCCGCTT CCGCTGACCGTGTTCACGACATTTGAGTGGTGGGAGCGGAACGAATCGGACGGAGCGCTT GACAAGTACAGCGTAGAGGTACCTGTGGAGGAGGCACTCCTGCATAGCGACATGCGCGAG GTGTGCCACCTCGCCTGGGGTATGATGAGGGAGGAGGAGGGCATGATGTCGGAGAAGGTG GCCAGGGTGTGGTTTGCGGCAATCAACGGAACCGACACGGTGCGCATCTGCTGCAAAGGC CTCTACATGCTTTCCGTGAAAACAGGGCCATTCGCGATTACAGAAAAGGGGGATGGGATG GACCTGACCGTTCAGGAGATATTGCAGCAGCTGCGGCGGCGCATCGAGCAGTATATGCCG GAGAGCGTGGAGGAGTGGAGGCTGCAGACGAGCGGGAAGGTGCTCTTGTCCCTGGTGCTG ACGCTGAACAACACAAACGGCGACGACCGTGGAGGCGAAATTACAGGCACAATGGAGGTG GCGGCACACCAATGCGGTGTGTGCGGCCTGACCAATGTCGGCAACACGTGCTACATGAAC AGTGCCCTTCAGTGCTTGTCGAATCTCACCTCCTTCCGCACGAAGCTTTTGACGCTTCCC ATTTCGCACTTTTCACAGGCGGTGATAACTCTGCTACTCATTAGGTTGCTGACAACGATG TGGTCTGGGCAGCACTCCTTCGCAGAGACCCGTGAACTTAAGGAGCAGATTGGTATGCAA GTGAAGCGGTTTTCTGGCTACCAGCAGCAAGATGCGAATGAGTTCATAGAAGTTCTCCTG GATCACCTGAGTGAGGAGTGCAATCTCATCTCGGAGCGATGCTACCGACAGCGCGAGGAC AGCGACAAGGCGATCGCGACGCAGGAGCTCTCCACCATCTTCTGGAGCAACTTCTTGGAA AACAACAAGTCGTTCATACCACCCCTCTTCTTCCACCAGTCGAAGACCGTCTTCACATGC CTCACGTGCGGGGAATGCAGCACCGTCTTCGACAACAACGTCACGCTCTCCGTCAGCATC AAAGACCCGCCGCAGCGGCGCGCCATGAGCGTGGATGTTATGGTGGAGCTAAACAAGCCT GACTACGCGGCGGAGCTCGCATCACACAGCGGCTTCATGGCACCGCTATTTCGACCTGTG AAGGGGGGCGCGGCCCGTGCGCACGCGCTGGTGACGCTGAAGGTTCACTTGCTGGTGCAG CCAGACAACACGGTGCGCGAGCAGGAGGTGGAGGAGGCGCTTCGGCAGCTGCTGCTGAGC AATGCCAGTTCTAGCAGCGAGGTGCTGCGTTTTTTTCTGGACGGCTCTGCAGATGAGATG ACTGCGGAGGAGGAGAGGCAGAGGGCAAGGAGTGTGGCAGCGCGTGTGCAGGTGGACGTG CGCGTAATGGACATTCCTGATCATGGCCGCGTGCTTGCTTGGGCACGGTGCTACCTGGCG AGCGCAGAGCTGAGCGTGGCATCTGCGCCGCCACCGACTACGGTGGGCGCAGCAGGGACG CCTGCGGCACGTGTGTGGTACTTCATGAAGGACGCCCCGCTTCCCTTCACGACTGCCATA ATGGGCACCCCGGTTTGGGTCGACGAGTTTCCGGCGTCTTACGGTGCGGAGCACCCGCAG CCAGTGGCCGCAGATGCCGCCGACGCGGAGGAGCTCGTTTTGGCCAGCGAATCCCGTGAT TGCATGACCGCCTACGCGGAGCACATCCGCACGCGCTCTTTAGAGGTGGCGACAGCACTT CTGCAACGCGTTCCAGAGGACGAGACGGACGAAGTAGCGCTCTTCAATTCCACAGAGACT CTAAGTGGAGGGGTAGGGTACGTCATGCCTCCATCCCACAAGGACGAAGCCAAAGAAACG CTGGCGTCTGCAAACGACGCCGGCGCAGCGGCTGCATCCATTGAGCGGGACATCAAGATA GTTCAGCGCATTCTCCGCAAATCCGCATCCGCCACCGTCACAAAAACCACATCCCCGGGA GGCGACATCAACGCAGACGCGACAGGGAGCGAGGCCTGTGAAAAGGCGCTAGCTTCCGCG GCGGTGACGACCACCATTGTCGTGTGCATCCAGTACGACTCTGCCAAGTATCAGCTCGTC ACCGACGGACGGAGGTCGGACGCCTTCGGACTCCGCGGCGTAGGTAGTGACATGACACCG GAGGTGAAATGCTCGCTGCACGAGTGCTTGTCGCACTCTATGCAGCCGGACCTGCTGCGG GGCGAGGATGCGTGGTTCTGCCGTCGCTGCAAGGAATTCCGGGAGACGAAGGTGCACCGC ACCCTCTTCCGTCTGCCCCCGTGCCTCATTGTGTCCTTTAAGCGCTTTAAGATGCACACG TACAGTGCTGACAAGAAGAACACTACAGTGCAGTTCCCCAGCGAGCTCGACTTTGCGCCG TACCTGGACCCAGAGGCCGCTGGACTTCAGACGGAGGGGACGAAGTACCGCCTGCGCGGT GTGGTGTACCACACCGGGTCGCTCAGCTTTGGGCATTACACTGCGGCCGCCTTCAACGAT TCCGTGAAGAAATGGGTATACTACAACGACACACACGCGACGATCGACAGCTGCGACGCC CCAGCGCCGAATGGGGCGTACATTTTGTGTTTTGAGCGCGTTGAGGCTACGGCAAGCCCA GCGTAA
  • Download Fasta

  • Fasta :-

    MSSEGVLSSGDAMEEMELKERNHSIEGSSFTATTRDSFASAEEDSTASQVNEEACMATGK PRTVAWNGTSTAAHDYIAASTAATDGEENAAVGAQPQPPLDRLQAYIQALVGNILESLRG FDGSIAWLKRSHSAIAAHLDGINAGAVPAATEEFSVAWFGIASAVLHDLIQESVADISAL ATPPLPFSENEESARGLCVTPRDLSVAFVSGLQSIVSEVMNNGGCHRSGGSHHFSRYSLR SFAHVKEISEMSRRLMEEHLTQGAHVPHALRNKYSDDTTSIDCKEDLCSILQRTADAWVC SFFPAYQQRSRNPTEVAPFLWGEEEDASRLNLELFFYCLYFACQQRSLMQNREALPRGVV VPTAWIEQLLRWSAQAKEQHCLASPGPHPPFPGPIDTFALMTVSPHDPRRHWLSLDSERY QVIPQALYNSFFDFFGTGPKYVMYGAFSLRERCLLMWKPLPLTVFTTFEWWERNESDGAL DKYSVEVPVEEALLHSDMREVCHLAWGMMREEEGMMSEKVARVWFAAINGTDTVRICCKG LYMLSVKTGPFAITEKGDGMDLTVQEILQQLRRRIEQYMPESVEEWRLQTSGKVLLSLVL TLNNTNGDDRGGEITGTMEVAAHQCGVCGLTNVGNTCYMNSALQCLSNLTSFRTKLLTLP ISHFSQAVITLLLIRLLTTMWSGQHSFAETRELKEQIGMQVKRFSGYQQQDANEFIEVLL DHLSEECNLISERCYRQREDSDKAIATQELSTIFWSNFLENNKSFIPPLFFHQSKTVFTC LTCGECSTVFDNNVTLSVSIKDPPQRRAMSVDVMVELNKPDYAAELASHSGFMAPLFRPV KGGAARAHALVTLKVHLLVQPDNTVREQEVEEALRQLLLSNASSSSEVLRFFLDGSADEM TAEEERQRARSVAARVQVDVRVMDIPDHGRVLAWARCYLASAELSVASAPPPTTVGAAGT PAARVWYFMKDAPLPFTTAIMGTPVWVDEFPASYGAEHPQPVAADAADAEELVLASESRD CMTAYAEHIRTRSLEVATALLQRVPEDETDEVALFNSTETLSGGVGYVMPPSHKDEAKET LASANDAGAAAASIERDIKIVQRILRKSASATVTKTTSPGGDINADATGSEACEKALASA AVTTTIVVCIQYDSAKYQLVTDGRRSDAFGLRGVGSDMTPEVKCSLHECLSHSMQPDLLR GEDAWFCRRCKEFRETKVHRTLFRLPPCLIVSFKRFKMHTYSADKKNTTVQFPSELDFAP YLDPEAAGLQTEGTKYRLRGVVYHTGSLSFGHYTAAAFNDSVKKWVYYNDTHATIDSCDA PAPNGAYILCFERVEATASPA

    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
LmjF.32.291040 SDSFASAEED0.995unspLmjF.32.291040 SDSFASAEED0.995unspLmjF.32.291040 SDSFASAEED0.995unspLmjF.32.2910404 SLMTVSPHDP0.992unspLmjF.32.2910448 SYGAFSLRER0.99unspLmjF.32.2910582 SYMPESVEEW0.994unspLmjF.32.2910741 SQREDSDKAI0.997unspLmjF.32.2910799 STLSVSIKDP0.997unspLmjF.32.2910911 SQRARSVAAR0.99unspLmjF.32.29101072 SVMPPSHKDE0.996unspLmjF.32.29101108 SILRKSASAT0.996unspLmjF.32.29108 SEGVLSSGDA0.991unspLmjF.32.291024 SERNHSIEGS0.997unsp

LmjF.32.2910      



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