BBOV_III006020 | ATP-dependent protease La family protein

_IDPredictionOTHERSPmTPCS_Position
BBOV_III006020mTP0.4613940.0001760.538431CS pos: 66-67. RHF-SS. Pr: 0.4212
No Results

  • Fasta :-

    >BBOV_III006020 MWLLQRCNGSVHCERALSLLVRRYFNAGVTRLPDYSYPNHRLDKVCITGISQCSGILSSS LCSRHFSSGKRDDGNSDEDVEAQSDTNDTTEPVQSFESMLQGHPSIVVEFITGKKFGKNR MGRNAGGTKIRRLPIPIKEDFVGTLSSDSSFGMNTLNTFSKGDSDNSSVEPKGSSEPEGT GNGNNDGTADAVVSEEDTLKDISEDPVSDGDKDLESGSTSIQSGEDHSDGKPADGSSDEI IAPAHIKLPILHFHTTTRLHALPALAMFQKPAFPGFYQVLHIQNPAVLQCLSSIKQSSGN EYVGGFLTKTVHSRDLHNPGLPVLRDDAGAVHSYEEMHRHGTLLQIITITPHVSHQGGQV ILMPYRRIKMTGIHAEPNDSYPLFRVSIDYVEDDPKSFEDSRVTKALHLEIIATVKELIK TSNFYKEHFDHIIRIYNLDNPSRIADLIAGISMAKRDQLQAILAEVNLDKRLAMVLEVAR TDLEFAKVQAEVKTQIEEKMSREQRKYILTEQMKMIRKELGLDHDDKGGLIEQFESEFSG VESHMSKEAKDSFKSSLSRLRQLEASSAEFGVCRSHLEWLLGLPWGTYTKDSSDILNAQK VLDKHHFGLKDVKTRLMEYMATSILKGNASGKIICLCGPPGVGKTSIATAVAELLNRKLY RFSLGGLFDVAELRGHRRTYVGALPGKFVQALKYTGSMNPLIVLDEIDKLGRDARGDPAS ALLEVLDPSQNEYFRDYYLDIPVDLSRVLFICTANAVDTIPGPLIDRMEIINIPGYLPEE KLEIAKNYLVPQTLKSTGLTSDVISLPDETIRAIVEHYSREAGVRTLLRCIEKIYRKVAL SIVMDNAGKVSDAGSTLTVAVSSETSSDNCGLLTGVDPVVISSDKLQGYLGVPTYTKDSL HPYPLPYGVVMGLAWTNAGGATMYVEARGQMVDKRGNLVEPDRDTIPLSPDTQVDEVQSS DVENRFGTFHGTLKVTGHLGNVMTESSQIALTFCKTFIRKHQPRNLFLDEAHIHIHVPEG ATPKDGPSGGITMASALVSLAARKRLKPQLAMTGELTLSGKVLRVGGIKEKLIAAIREGV TTVVLPKSNEPDVCELEESIVSRLSIIYVDNYDDVYDAVFEH
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/BBOV_III006020.fa Sequence name : BBOV_III006020 Sequence length : 1122 VALUES OF COMPUTED PARAMETERS Coef20 : 4.448 CoefTot : 0.108 ChDiff : -27 ZoneTo : 33 KR : 5 DE : 1 CleavSite : 25 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.582 1.382 0.436 0.540 MesoH : 0.004 0.381 -0.228 0.266 MuHd_075 : 28.619 19.450 6.515 6.439 MuHd_095 : 43.733 25.566 11.680 11.142 MuHd_100 : 35.208 18.505 10.487 8.325 MuHd_105 : 30.677 21.732 11.339 7.021 Hmax_075 : 16.917 15.867 1.728 5.915 Hmax_095 : 16.100 18.287 4.108 6.510 Hmax_100 : 12.100 14.400 3.814 4.950 Hmax_105 : 4.600 12.500 3.018 3.920 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.0478 0.9522 DFMC : 0.1088 0.8912 This protein is probably imported in mitochondria. f(Ser) = 0.0606 f(Arg) = 0.1515 CMi = 0.21482 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) ##### 1122 BBOV_III006020 MWLLQRCNGSVHCERALSLLVRRYFNAGVTRLPDYSYPNHRLDKVCITGISQCSGILSSSLCSRHFSSGKRDDGNSDEDV 80 EAQSDTNDTTEPVQSFESMLQGHPSIVVEFITGKKFGKNRMGRNAGGTKIRRLPIPIKEDFVGTLSSDSSFGMNTLNTFS 160 KGDSDNSSVEPKGSSEPEGTGNGNNDGTADAVVSEEDTLKDISEDPVSDGDKDLESGSTSIQSGEDHSDGKPADGSSDEI 240 IAPAHIKLPILHFHTTTRLHALPALAMFQKPAFPGFYQVLHIQNPAVLQCLSSIKQSSGNEYVGGFLTKTVHSRDLHNPG 320 LPVLRDDAGAVHSYEEMHRHGTLLQIITITPHVSHQGGQVILMPYRRIKMTGIHAEPNDSYPLFRVSIDYVEDDPKSFED 400 SRVTKALHLEIIATVKELIKTSNFYKEHFDHIIRIYNLDNPSRIADLIAGISMAKRDQLQAILAEVNLDKRLAMVLEVAR 480 TDLEFAKVQAEVKTQIEEKMSREQRKYILTEQMKMIRKELGLDHDDKGGLIEQFESEFSGVESHMSKEAKDSFKSSLSRL 560 RQLEASSAEFGVCRSHLEWLLGLPWGTYTKDSSDILNAQKVLDKHHFGLKDVKTRLMEYMATSILKGNASGKIICLCGPP 640 GVGKTSIATAVAELLNRKLYRFSLGGLFDVAELRGHRRTYVGALPGKFVQALKYTGSMNPLIVLDEIDKLGRDARGDPAS 720 ALLEVLDPSQNEYFRDYYLDIPVDLSRVLFICTANAVDTIPGPLIDRMEIINIPGYLPEEKLEIAKNYLVPQTLKSTGLT 800 SDVISLPDETIRAIVEHYSREAGVRTLLRCIEKIYRKVALSIVMDNAGKVSDAGSTLTVAVSSETSSDNCGLLTGVDPVV 880 ISSDKLQGYLGVPTYTKDSLHPYPLPYGVVMGLAWTNAGGATMYVEARGQMVDKRGNLVEPDRDTIPLSPDTQVDEVQSS 960 DVENRFGTFHGTLKVTGHLGNVMTESSQIALTFCKTFIRKHQPRNLFLDEAHIHIHVPEGATPKDGPSGGITMASALVSL 1040 AARKRLKPQLAMTGELTLSGKVLRVGGIKEKLIAAIREGVTTVVLPKSNEPDVCELEESIVSRLSIIYVDNYDDVYDAVF 1120 EH 1200 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 .. 1200 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ BBOV_III006020 6 -MWLLQR|CN 0.082 . BBOV_III006020 15 GSVHCER|AL 0.093 . BBOV_III006020 22 ALSLLVR|RY 0.113 . BBOV_III006020 23 LSLLVRR|YF 0.163 . BBOV_III006020 31 FNAGVTR|LP 0.094 . BBOV_III006020 41 YSYPNHR|LD 0.087 . BBOV_III006020 44 PNHRLDK|VC 0.165 . BBOV_III006020 64 SSSLCSR|HF 0.131 . BBOV_III006020 70 RHFSSGK|RD 0.061 . BBOV_III006020 71 HFSSGKR|DD 0.302 . BBOV_III006020 114 VEFITGK|KF 0.070 . BBOV_III006020 115 EFITGKK|FG 0.067 . BBOV_III006020 118 TGKKFGK|NR 0.063 . BBOV_III006020 120 KKFGKNR|MG 0.126 . BBOV_III006020 123 GKNRMGR|NA 0.479 . BBOV_III006020 129 RNAGGTK|IR 0.056 . BBOV_III006020 131 AGGTKIR|RL 0.081 . BBOV_III006020 132 GGTKIRR|LP 0.103 . BBOV_III006020 138 RLPIPIK|ED 0.065 . BBOV_III006020 161 TLNTFSK|GD 0.083 . BBOV_III006020 172 NSSVEPK|GS 0.110 . BBOV_III006020 200 SEEDTLK|DI 0.075 . BBOV_III006020 212 PVSDGDK|DL 0.083 . BBOV_III006020 231 EDHSDGK|PA 0.076 . BBOV_III006020 247 IAPAHIK|LP 0.065 . BBOV_III006020 258 HFHTTTR|LH 0.070 . BBOV_III006020 270 ALAMFQK|PA 0.098 . BBOV_III006020 295 QCLSSIK|QS 0.066 . BBOV_III006020 309 VGGFLTK|TV 0.072 . BBOV_III006020 314 TKTVHSR|DL 0.128 . BBOV_III006020 325 PGLPVLR|DD 0.102 . BBOV_III006020 339 SYEEMHR|HG 0.072 . BBOV_III006020 366 VILMPYR|RI 0.075 . BBOV_III006020 367 ILMPYRR|IK 0.209 . BBOV_III006020 369 MPYRRIK|MT 0.200 . BBOV_III006020 385 DSYPLFR|VS 0.099 . BBOV_III006020 396 YVEDDPK|SF 0.092 . BBOV_III006020 402 KSFEDSR|VT 0.075 . BBOV_III006020 405 EDSRVTK|AL 0.193 . BBOV_III006020 416 EIIATVK|EL 0.058 . BBOV_III006020 420 TVKELIK|TS 0.060 . BBOV_III006020 426 KTSNFYK|EH 0.074 . BBOV_III006020 434 HFDHIIR|IY 0.070 . BBOV_III006020 443 NLDNPSR|IA 0.094 . BBOV_III006020 455 AGISMAK|RD 0.055 . BBOV_III006020 456 GISMAKR|DQ 0.322 . BBOV_III006020 470 AEVNLDK|RL 0.065 . BBOV_III006020 471 EVNLDKR|LA 0.158 . BBOV_III006020 480 MVLEVAR|TD 0.066 . BBOV_III006020 487 TDLEFAK|VQ 0.067 . BBOV_III006020 493 KVQAEVK|TQ 0.060 . BBOV_III006020 499 KTQIEEK|MS 0.072 . BBOV_III006020 502 IEEKMSR|EQ 0.091 . BBOV_III006020 505 KMSREQR|KY 0.328 . BBOV_III006020 506 MSREQRK|YI 0.201 . BBOV_III006020 514 ILTEQMK|MI 0.073 . BBOV_III006020 517 EQMKMIR|KE 0.072 . BBOV_III006020 518 QMKMIRK|EL 0.080 . BBOV_III006020 527 GLDHDDK|GG 0.065 . BBOV_III006020 547 VESHMSK|EA 0.088 . BBOV_III006020 550 HMSKEAK|DS 0.120 . BBOV_III006020 554 EAKDSFK|SS 0.085 . BBOV_III006020 559 FKSSLSR|LR 0.074 . BBOV_III006020 561 SSLSRLR|QL 0.097 . BBOV_III006020 574 AEFGVCR|SH 0.108 . BBOV_III006020 590 PWGTYTK|DS 0.085 . BBOV_III006020 600 DILNAQK|VL 0.060 . BBOV_III006020 604 AQKVLDK|HH 0.061 . BBOV_III006020 610 KHHFGLK|DV 0.090 . BBOV_III006020 613 FGLKDVK|TR 0.054 . BBOV_III006020 615 LKDVKTR|LM 0.099 . BBOV_III006020 626 MATSILK|GN 0.062 . BBOV_III006020 632 KGNASGK|II 0.075 . BBOV_III006020 644 GPPGVGK|TS 0.064 . BBOV_III006020 657 VAELLNR|KL 0.068 . BBOV_III006020 658 AELLNRK|LY 0.069 . BBOV_III006020 661 LNRKLYR|FS 0.177 . BBOV_III006020 674 FDVAELR|GH 0.075 . BBOV_III006020 677 AELRGHR|RT 0.124 . BBOV_III006020 678 ELRGHRR|TY 0.172 . BBOV_III006020 687 VGALPGK|FV 0.087 . BBOV_III006020 693 KFVQALK|YT 0.073 . BBOV_III006020 709 VLDEIDK|LG 0.057 . BBOV_III006020 712 EIDKLGR|DA 0.106 . BBOV_III006020 715 KLGRDAR|GD 0.329 . BBOV_III006020 735 SQNEYFR|DY 0.104 . BBOV_III006020 747 IPVDLSR|VL 0.083 . BBOV_III006020 767 PGPLIDR|ME 0.072 . BBOV_III006020 781 GYLPEEK|LE 0.054 . BBOV_III006020 786 EKLEIAK|NY 0.055 . BBOV_III006020 795 LVPQTLK|ST 0.070 . BBOV_III006020 812 LPDETIR|AI 0.087 . BBOV_III006020 820 IVEHYSR|EA 0.085 . BBOV_III006020 825 SREAGVR|TL 0.091 . BBOV_III006020 829 GVRTLLR|CI 0.130 . BBOV_III006020 833 LLRCIEK|IY 0.066 . BBOV_III006020 836 CIEKIYR|KV 0.097 . BBOV_III006020 837 IEKIYRK|VA 0.076 . BBOV_III006020 849 VMDNAGK|VS 0.059 . BBOV_III006020 885 VVISSDK|LQ 0.058 . BBOV_III006020 897 GVPTYTK|DS 0.058 . BBOV_III006020 928 TMYVEAR|GQ 0.099 . BBOV_III006020 934 RGQMVDK|RG 0.069 . BBOV_III006020 935 GQMVDKR|GN 0.181 . BBOV_III006020 943 NLVEPDR|DT 0.098 . BBOV_III006020 965 SSDVENR|FG 0.100 . BBOV_III006020 974 TFHGTLK|VT 0.074 . BBOV_III006020 995 IALTFCK|TF 0.057 . BBOV_III006020 999 FCKTFIR|KH 0.071 . BBOV_III006020 1000 CKTFIRK|HQ 0.071 . BBOV_III006020 1004 IRKHQPR|NL 0.143 . BBOV_III006020 1024 PEGATPK|DG 0.074 . BBOV_III006020 1043 LVSLAAR|KR 0.079 . BBOV_III006020 1044 VSLAARK|RL 0.083 . BBOV_III006020 1045 SLAARKR|LK 0.168 . BBOV_III006020 1047 AARKRLK|PQ 0.064 . BBOV_III006020 1061 ELTLSGK|VL 0.065 . BBOV_III006020 1064 LSGKVLR|VG 0.115 . BBOV_III006020 1069 LRVGGIK|EK 0.057 . BBOV_III006020 1071 VGGIKEK|LI 0.071 . BBOV_III006020 1077 KLIAAIR|EG 0.067 . BBOV_III006020 1087 TTVVLPK|SN 0.089 . BBOV_III006020 1103 EESIVSR|LS 0.113 . ____________________________^_________________

  • Fasta :-

    >BBOV_III006020 ATGTGGCTTCTTCAACGATGCAATGGCTCCGTTCATTGCGAACGTGCGTTGTCTTTATTG GTTCGGCGTTATTTTAACGCTGGCGTTACAAGACTTCCGGATTATAGCTACCCGAATCAC CGCCTAGATAAAGTATGTATTACTGGAATATCGCAATGTTCTGGTATTTTAAGTAGTTCC CTATGTTCTAGGCACTTCTCATCCGGAAAGCGGGATGATGGTAACTCTGATGAGGATGTA GAAGCTCAGAGTGATACGAATGACACTACAGAGCCTGTGCAATCATTTGAATCAATGCTG CAGGGCCATCCCAGTATAGTGGTTGAGTTCATAACAGGTAAGAAGTTTGGCAAGAATCGT ATGGGACGCAATGCTGGTGGTACTAAAATCCGTCGTTTACCTATACCTATAAAAGAAGAC TTTGTGGGCACATTGTCTAGTGACTCTTCATTTGGGATGAACACTCTTAATACATTTTCC AAGGGTGACAGTGACAATTCTTCTGTTGAACCCAAGGGAAGCTCTGAGCCAGAAGGTACG GGAAATGGCAACAATGATGGGACCGCTGACGCTGTGGTGTCAGAGGAAGATACTCTGAAA GACATTTCTGAAGATCCCGTGTCTGATGGAGACAAGGATCTAGAGAGCGGCTCTACGTCA ATACAAAGTGGCGAAGACCATTCTGATGGCAAGCCTGCAGACGGCTCTAGTGATGAAATC ATTGCTCCCGCTCATATAAAGTTACCCATACTTCATTTCCATACTACCACTCGTTTACAT GCTTTACCTGCTTTGGCTATGTTTCAGAAACCTGCATTTCCTGGTTTCTATCAGGTCCTA CATATTCAGAACCCAGCAGTTCTTCAGTGTTTATCAAGTATTAAGCAAAGTTCTGGCAAT GAATACGTTGGTGGTTTTTTGACGAAGACTGTCCACTCTCGTGATTTGCACAATCCTGGG TTACCTGTCTTACGTGACGATGCTGGTGCTGTCCACTCATATGAGGAGATGCACCGCCAT GGTACTTTGCTACAGATTATTACAATCACACCTCACGTATCACATCAGGGTGGCCAGGTT ATTCTTATGCCGTATCGTCGTATTAAGATGACAGGAATCCATGCTGAGCCTAATGATTCG TATCCTCTATTCCGGGTATCTATTGATTACGTTGAGGATGACCCTAAGAGCTTTGAGGAC TCTCGTGTTACTAAGGCGCTTCACCTAGAGATCATCGCTACAGTGAAAGAGTTGATAAAA ACGTCTAACTTTTACAAGGAGCATTTTGACCACATAATTCGTATATACAACCTTGACAAT CCATCACGCATTGCTGATTTGATTGCTGGTATTTCAATGGCCAAGCGTGACCAGTTGCAA GCTATACTTGCTGAGGTTAACCTAGACAAGCGTCTTGCAATGGTCCTTGAGGTTGCCAGG ACTGACCTTGAGTTTGCTAAGGTACAGGCTGAGGTGAAAACTCAGATAGAGGAGAAGATG TCTCGTGAGCAGCGGAAGTACATATTAACAGAGCAGATGAAGATGATACGTAAGGAACTT GGTCTTGACCATGATGACAAGGGTGGTTTGATTGAGCAGTTTGAATCCGAATTCAGTGGT GTGGAGTCTCACATGTCTAAAGAGGCTAAGGATAGTTTCAAATCCAGTTTATCTCGTTTA CGTCAACTTGAGGCTTCTAGTGCTGAGTTTGGTGTATGTCGATCACATTTAGAGTGGCTT TTGGGTTTACCTTGGGGCACGTACACTAAGGACTCTAGCGACATTCTAAACGCCCAGAAG GTTCTGGATAAACACCATTTTGGTCTTAAAGATGTAAAGACTAGGTTGATGGAGTACATG GCTACATCAATACTAAAGGGCAATGCCAGTGGCAAGATAATTTGTTTGTGCGGTCCCCCT GGTGTTGGCAAGACGTCTATAGCAACTGCAGTTGCTGAGTTATTGAATCGAAAATTATAT AGATTCTCTTTAGGTGGTTTATTTGATGTTGCTGAATTGCGCGGTCATAGGCGCACTTAT GTAGGTGCTCTTCCTGGCAAGTTTGTTCAGGCTCTTAAGTACACCGGGTCTATGAACCCT TTAATAGTTCTAGACGAGATTGACAAGCTGGGTCGTGATGCCCGTGGTGATCCTGCATCA GCTCTTTTGGAGGTTTTGGATCCATCCCAGAACGAGTATTTCCGTGACTATTATTTGGAC ATTCCTGTTGACTTATCACGTGTGCTATTTATTTGTACTGCTAATGCCGTTGACACTATT CCCGGTCCTTTGATCGACCGCATGGAGATTATAAACATTCCTGGTTACTTACCTGAGGAG AAGCTGGAGATTGCAAAGAACTACTTGGTGCCTCAGACTTTGAAGTCAACTGGCTTGACT AGCGATGTTATATCGTTACCTGATGAGACTATCCGTGCTATTGTGGAGCACTACTCCCGT GAAGCTGGTGTGCGCACATTACTGCGATGCATCGAAAAGATATACCGCAAGGTTGCGTTA TCTATTGTGATGGACAATGCTGGGAAGGTGAGCGACGCTGGTAGCACATTGACTGTCGCT GTATCTAGTGAGACATCGTCTGATAACTGTGGACTTTTAACTGGTGTTGACCCGGTGGTT ATCTCCAGTGACAAGTTGCAGGGTTATTTAGGTGTTCCTACTTATACCAAGGACAGTCTA CATCCATATCCGTTACCTTACGGTGTAGTCATGGGCCTTGCGTGGACCAATGCTGGTGGC GCTACAATGTACGTTGAGGCTCGGGGCCAGATGGTTGACAAACGCGGAAACTTGGTAGAG CCTGATCGTGATACCATCCCGTTATCACCAGACACCCAAGTAGACGAGGTACAGTCATCT GATGTTGAGAATCGTTTTGGAACATTCCACGGGACTCTTAAGGTTACTGGCCACCTGGGT AACGTCATGACAGAAAGTTCCCAGATAGCGCTTACATTTTGCAAGACTTTCATTCGTAAA CACCAGCCACGGAATTTATTTTTAGACGAGGCTCACATCCACATCCATGTTCCTGAGGGT GCTACGCCTAAGGACGGTCCTAGTGGTGGTATTACAATGGCATCTGCCTTGGTATCATTG GCTGCCAGGAAACGCCTGAAGCCGCAGTTGGCCATGACTGGCGAGTTGACGCTATCAGGC AAGGTATTGCGTGTTGGTGGCATAAAGGAGAAGCTTATCGCTGCTATTCGTGAGGGTGTA ACCACTGTGGTTCTTCCTAAGAGCAATGAACCTGACGTCTGCGAGTTGGAAGAAAGTATT GTTTCGAGGTTGTCGATTATTTATGTGGACAATTATGACGACGTTTACGATGCTGTTTTT GAGCATTGA
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  • Fasta :-

    MWLLQRCNGSVHCERALSLLVRRYFNAGVTRLPDYSYPNHRLDKVCITGISQCSGILSSS LCSRHFSSGKRDDGNSDEDVEAQSDTNDTTEPVQSFESMLQGHPSIVVEFITGKKFGKNR MGRNAGGTKIRRLPIPIKEDFVGTLSSDSSFGMNTLNTFSKGDSDNSSVEPKGSSEPEGT GNGNNDGTADAVVSEEDTLKDISEDPVSDGDKDLESGSTSIQSGEDHSDGKPADGSSDEI IAPAHIKLPILHFHTTTRLHALPALAMFQKPAFPGFYQVLHIQNPAVLQCLSSIKQSSGN EYVGGFLTKTVHSRDLHNPGLPVLRDDAGAVHSYEEMHRHGTLLQIITITPHVSHQGGQV ILMPYRRIKMTGIHAEPNDSYPLFRVSIDYVEDDPKSFEDSRVTKALHLEIIATVKELIK TSNFYKEHFDHIIRIYNLDNPSRIADLIAGISMAKRDQLQAILAEVNLDKRLAMVLEVAR TDLEFAKVQAEVKTQIEEKMSREQRKYILTEQMKMIRKELGLDHDDKGGLIEQFESEFSG VESHMSKEAKDSFKSSLSRLRQLEASSAEFGVCRSHLEWLLGLPWGTYTKDSSDILNAQK VLDKHHFGLKDVKTRLMEYMATSILKGNASGKIICLCGPPGVGKTSIATAVAELLNRKLY RFSLGGLFDVAELRGHRRTYVGALPGKFVQALKYTGSMNPLIVLDEIDKLGRDARGDPAS ALLEVLDPSQNEYFRDYYLDIPVDLSRVLFICTANAVDTIPGPLIDRMEIINIPGYLPEE KLEIAKNYLVPQTLKSTGLTSDVISLPDETIRAIVEHYSREAGVRTLLRCIEKIYRKVAL SIVMDNAGKVSDAGSTLTVAVSSETSSDNCGLLTGVDPVVISSDKLQGYLGVPTYTKDSL HPYPLPYGVVMGLAWTNAGGATMYVEARGQMVDKRGNLVEPDRDTIPLSPDTQVDEVQSS DVENRFGTFHGTLKVTGHLGNVMTESSQIALTFCKTFIRKHQPRNLFLDEAHIHIHVPEG ATPKDGPSGGITMASALVSLAARKRLKPQLAMTGELTLSGKVLRVGGIKEKLIAAIREGV TTVVLPKSNEPDVCELEESIVSRLSIIYVDNYDDVYDAVFEH

  • title: ATP binding site
  • coordinates: P639,P640,G641,V642,G643,K644,T645,S646,D705,T753
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
BBOV_III006020160 SLNTFSKGDS0.995unspBBOV_III006020160 SLNTFSKGDS0.995unspBBOV_III006020160 SLNTFSKGDS0.995unspBBOV_III006020167 SDSDNSSVEP0.993unspBBOV_III006020194 SDAVVSEEDT0.997unspBBOV_III006020208 SEDPVSDGDK0.997unspBBOV_III006020223 STSIQSGEDH0.997unspBBOV_III006020333 SGAVHSYEEM0.99unspBBOV_III006020397 SDDPKSFEDS0.998unspBBOV_III006020501 SEEKMSREQR0.993unspBBOV_III006020552 SEAKDSFKSS0.992unspBBOV_III006020960 SEVQSSDVEN0.994unspBBOV_III00602068 SRHFSSGKRD0.995unspBBOV_III00602076 SDDGNSDEDV0.997unsp

     



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