BBOV_II001130 | hypothetical protein

  • Computed_GO_Component_IDs:        

  • Computed_GO_Components:        

  • Computed_GO_Function_IDs:  GO:0003824      GO:0046872      

  • Computed_GO_Functions:  catalytic activity      metal ion binding      

  • 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
BBOV_II001130OTHER0.9995020.0002550.000243
No Results

  • Fasta :-

    >BBOV_II001130 MRGRLPNGLEYTVLPNSNHGQRFEAYLEVLSGSADELDHQRGIAHFCEHVTYMGSRKRDC LLGRDVRTNAFTDFHHTVFYTSCPSAIEGCYSKQDSLERALDALADVVEAPTQFSVSRVE KERQAILSEARIINTLEYRKNCATVEALHAENRLSRRFPIGDLEKLQTYSVQNLVDYHSV HYRPSNLRLFVVGDVDPTKTAEALTKIFARLKDNPDVVKQYLQANEHIYKGTVKESRRGL PPAVHVWDQPIAKAHVWQNKQIRNMSVEVAKKIPIPEVKTWADMWTNVVTKLTYRILSLH FDILQRGVGAIQSVETNDYDCTNEGCRVRSFELHCVPYQWQDALKAAVAQVKCLSTQGTT PEMFKIVKESLQRDCDRVDNARTENRDLITSLMEATTCGRVIMLPDTEKQIITDILSKVH IDDVNEMAHTLFPWSSGKSFAGINLICSTPLPDPSIGYDGIGEDILLDTFQKECREPLSA AALHPEVNTPTTLLTEEEQNEVINRRPYGQIPGFVTQPMLPKERYALLNEPKDEILRSLA VTGDLRKISEEYVDSLRESIAIRPEVEHITENKPNSPEFDRLRDRIIDPSVYTTDESDEG KYTNALAELKKPLASTLPGDSPLYQEPSSPANIHLITLNNSIRVNLRVNEEEQIAMKAII PIEYDYSDLDALQRKKRELLLAATAMMEGGAMGSLSRLQVEMFCTQHLMDVLINANEDFI SIDISFPYGRKENNLESALQILNSLLQNHAIEKDAFLRAKEKLRRDHVAYCQDLQAFGTG DLVSSMSGGKLGYHDIDYKKIEATTLEDAQKTLDSVFKRGMVELSISGGFDLKDMKSQLV KYIGTVELPEAKIAPKDKYVLWEDEGDPGIDEVDTQATTLDDGASDTDQEEILEEQHKLI WINDNQERAMVLLGGYAPNASGIMPDGTHMADILHSALETALEEDKDNANIKKFLTNVKE LWLHPAFPRAACTIMQEILTNRAFTVLRAEKHLTYESNVDFVLYDVQFAGYFVISVHSSY SKSDAILAETRKILADLRSGDRPVFEHHLERARDQVMARHRKDRNNNRHWVGELTGMQSR RMPLKNSFFATEFDKVLQRITLDDIRLLLVSDVFGFDEQNLWSRIVHTTANDQAVSMK
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/BBOV_II001130.fa Sequence name : BBOV_II001130 Sequence length : 1138 VALUES OF COMPUTED PARAMETERS Coef20 : 3.172 CoefTot : -1.559 ChDiff : -41 ZoneTo : 23 KR : 3 DE : 1 CleavSite : 24 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.435 1.288 0.106 0.576 MesoH : -0.497 0.290 -0.352 0.231 MuHd_075 : 17.641 20.386 4.976 5.784 MuHd_095 : 29.996 20.454 8.427 5.984 MuHd_100 : 24.790 16.431 6.655 5.305 MuHd_105 : 22.411 12.222 5.124 4.636 Hmax_075 : 5.100 9.217 -1.623 3.757 Hmax_095 : 6.600 9.700 0.216 3.430 Hmax_100 : 6.300 5.600 -0.395 3.170 Hmax_105 : 5.367 2.800 -1.536 2.742 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.8845 0.1155 DFMC : 0.9085 0.0915
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1138 BBOV_II001130 MRGRLPNGLEYTVLPNSNHGQRFEAYLEVLSGSADELDHQRGIAHFCEHVTYMGSRKRDCLLGRDVRTNAFTDFHHTVFY 80 TSCPSAIEGCYSKQDSLERALDALADVVEAPTQFSVSRVEKERQAILSEARIINTLEYRKNCATVEALHAENRLSRRFPI 160 GDLEKLQTYSVQNLVDYHSVHYRPSNLRLFVVGDVDPTKTAEALTKIFARLKDNPDVVKQYLQANEHIYKGTVKESRRGL 240 PPAVHVWDQPIAKAHVWQNKQIRNMSVEVAKKIPIPEVKTWADMWTNVVTKLTYRILSLHFDILQRGVGAIQSVETNDYD 320 CTNEGCRVRSFELHCVPYQWQDALKAAVAQVKCLSTQGTTPEMFKIVKESLQRDCDRVDNARTENRDLITSLMEATTCGR 400 VIMLPDTEKQIITDILSKVHIDDVNEMAHTLFPWSSGKSFAGINLICSTPLPDPSIGYDGIGEDILLDTFQKECREPLSA 480 AALHPEVNTPTTLLTEEEQNEVINRRPYGQIPGFVTQPMLPKERYALLNEPKDEILRSLAVTGDLRKISEEYVDSLRESI 560 AIRPEVEHITENKPNSPEFDRLRDRIIDPSVYTTDESDEGKYTNALAELKKPLASTLPGDSPLYQEPSSPANIHLITLNN 640 SIRVNLRVNEEEQIAMKAIIPIEYDYSDLDALQRKKRELLLAATAMMEGGAMGSLSRLQVEMFCTQHLMDVLINANEDFI 720 SIDISFPYGRKENNLESALQILNSLLQNHAIEKDAFLRAKEKLRRDHVAYCQDLQAFGTGDLVSSMSGGKLGYHDIDYKK 800 IEATTLEDAQKTLDSVFKRGMVELSISGGFDLKDMKSQLVKYIGTVELPEAKIAPKDKYVLWEDEGDPGIDEVDTQATTL 880 DDGASDTDQEEILEEQHKLIWINDNQERAMVLLGGYAPNASGIMPDGTHMADILHSALETALEEDKDNANIKKFLTNVKE 960 LWLHPAFPRAACTIMQEILTNRAFTVLRAEKHLTYESNVDFVLYDVQFAGYFVISVHSSYSKSDAILAETRKILADLRSG 1040 DRPVFEHHLERARDQVMARHRKDRNNNRHWVGELTGMQSRRMPLKNSFFATEFDKVLQRITLDDIRLLLVSDVFGFDEQN 1120 LWSRIVHTTANDQAVSMK 1200 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ....................................P........................................... 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 .................. 1200 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 1 Name Pos Context Score Pred ____________________________v_________________ BBOV_II001130 2 -----MR|GR 0.085 . BBOV_II001130 4 ---MRGR|LP 0.090 . BBOV_II001130 22 NSNHGQR|FE 0.098 . BBOV_II001130 41 DELDHQR|GI 0.089 . BBOV_II001130 56 VTYMGSR|KR 0.076 . BBOV_II001130 57 TYMGSRK|RD 0.076 . BBOV_II001130 58 YMGSRKR|DC 0.204 . BBOV_II001130 64 RDCLLGR|DV 0.173 . BBOV_II001130 67 LLGRDVR|TN 0.148 . BBOV_II001130 93 IEGCYSK|QD 0.059 . BBOV_II001130 99 KQDSLER|AL 0.089 . BBOV_II001130 118 TQFSVSR|VE 0.082 . BBOV_II001130 121 SVSRVEK|ER 0.170 . BBOV_II001130 123 SRVEKER|QA 0.144 . BBOV_II001130 131 AILSEAR|II 0.085 . BBOV_II001130 139 INTLEYR|KN 0.083 . BBOV_II001130 140 NTLEYRK|NC 0.069 . BBOV_II001130 153 ALHAENR|LS 0.079 . BBOV_II001130 156 AENRLSR|RF 0.191 . BBOV_II001130 157 ENRLSRR|FP 0.151 . BBOV_II001130 165 PIGDLEK|LQ 0.056 . BBOV_II001130 183 YHSVHYR|PS 0.116 . BBOV_II001130 188 YRPSNLR|LF 0.074 . BBOV_II001130 199 GDVDPTK|TA 0.075 . BBOV_II001130 206 TAEALTK|IF 0.066 . BBOV_II001130 210 LTKIFAR|LK 0.088 . BBOV_II001130 212 KIFARLK|DN 0.074 . BBOV_II001130 219 DNPDVVK|QY 0.068 . BBOV_II001130 230 ANEHIYK|GT 0.067 . BBOV_II001130 234 IYKGTVK|ES 0.067 . BBOV_II001130 237 GTVKESR|RG 0.069 . BBOV_II001130 238 TVKESRR|GL 0.183 . BBOV_II001130 253 WDQPIAK|AH 0.070 . BBOV_II001130 260 AHVWQNK|QI 0.070 . BBOV_II001130 263 WQNKQIR|NM 0.110 . BBOV_II001130 271 MSVEVAK|KI 0.070 . BBOV_II001130 272 SVEVAKK|IP 0.098 . BBOV_II001130 279 IPIPEVK|TW 0.069 . BBOV_II001130 291 WTNVVTK|LT 0.076 . BBOV_II001130 295 VTKLTYR|IL 0.084 . BBOV_II001130 306 HFDILQR|GV 0.170 . BBOV_II001130 327 CTNEGCR|VR 0.083 . BBOV_II001130 329 NEGCRVR|SF 0.109 . BBOV_II001130 345 QWQDALK|AA 0.079 . BBOV_II001130 352 AAVAQVK|CL 0.089 . BBOV_II001130 365 TTPEMFK|IV 0.072 . BBOV_II001130 368 EMFKIVK|ES 0.056 . BBOV_II001130 373 VKESLQR|DC 0.096 . BBOV_II001130 377 LQRDCDR|VD 0.083 . BBOV_II001130 382 DRVDNAR|TE 0.087 . BBOV_II001130 386 NARTENR|DL 0.151 . BBOV_II001130 400 EATTCGR|VI 0.063 . BBOV_II001130 409 MLPDTEK|QI 0.064 . BBOV_II001130 418 ITDILSK|VH 0.056 . BBOV_II001130 438 FPWSSGK|SF 0.081 . BBOV_II001130 472 LLDTFQK|EC 0.059 . BBOV_II001130 475 TFQKECR|EP 0.075 . BBOV_II001130 505 QNEVINR|RP 0.097 . BBOV_II001130 506 NEVINRR|PY 0.203 . BBOV_II001130 522 TQPMLPK|ER 0.064 . BBOV_II001130 524 PMLPKER|YA 0.091 . BBOV_II001130 532 ALLNEPK|DE 0.058 . BBOV_II001130 537 PKDEILR|SL 0.091 . BBOV_II001130 546 AVTGDLR|KI 0.076 . BBOV_II001130 547 VTGDLRK|IS 0.078 . BBOV_II001130 557 EYVDSLR|ES 0.081 . BBOV_II001130 563 RESIAIR|PE 0.088 . BBOV_II001130 573 EHITENK|PN 0.073 . BBOV_II001130 581 NSPEFDR|LR 0.085 . BBOV_II001130 583 PEFDRLR|DR 0.083 . BBOV_II001130 585 FDRLRDR|II 0.117 . BBOV_II001130 601 DESDEGK|YT 0.075 . BBOV_II001130 610 NALAELK|KP 0.052 . BBOV_II001130 611 ALAELKK|PL 0.100 . BBOV_II001130 643 TLNNSIR|VN 0.093 . BBOV_II001130 647 SIRVNLR|VN 0.103 . BBOV_II001130 657 EEQIAMK|AI 0.076 . BBOV_II001130 674 DLDALQR|KK 0.074 . BBOV_II001130 675 LDALQRK|KR 0.082 . BBOV_II001130 676 DALQRKK|RE 0.061 . BBOV_II001130 677 ALQRKKR|EL 0.538 *ProP* BBOV_II001130 697 AMGSLSR|LQ 0.075 . BBOV_II001130 730 ISFPYGR|KE 0.085 . BBOV_II001130 731 SFPYGRK|EN 0.061 . BBOV_II001130 753 QNHAIEK|DA 0.072 . BBOV_II001130 758 EKDAFLR|AK 0.100 . BBOV_II001130 760 DAFLRAK|EK 0.061 . BBOV_II001130 762 FLRAKEK|LR 0.064 . BBOV_II001130 764 RAKEKLR|RD 0.087 . BBOV_II001130 765 AKEKLRR|DH 0.141 . BBOV_II001130 790 SSMSGGK|LG 0.059 . BBOV_II001130 799 YHDIDYK|KI 0.061 . BBOV_II001130 800 HDIDYKK|IE 0.084 . BBOV_II001130 811 TLEDAQK|TL 0.074 . BBOV_II001130 818 TLDSVFK|RG 0.066 . BBOV_II001130 819 LDSVFKR|GM 0.240 . BBOV_II001130 833 SGGFDLK|DM 0.065 . BBOV_II001130 836 FDLKDMK|SQ 0.064 . BBOV_II001130 841 MKSQLVK|YI 0.127 . BBOV_II001130 852 VELPEAK|IA 0.059 . BBOV_II001130 856 EAKIAPK|DK 0.069 . BBOV_II001130 858 KIAPKDK|YV 0.098 . BBOV_II001130 898 ILEEQHK|LI 0.072 . BBOV_II001130 908 INDNQER|AM 0.077 . BBOV_II001130 946 TALEEDK|DN 0.064 . BBOV_II001130 952 KDNANIK|KF 0.068 . BBOV_II001130 953 DNANIKK|FL 0.132 . BBOV_II001130 959 KFLTNVK|EL 0.055 . BBOV_II001130 969 LHPAFPR|AA 0.134 . BBOV_II001130 982 QEILTNR|AF 0.079 . BBOV_II001130 988 RAFTVLR|AE 0.075 . BBOV_II001130 991 TVLRAEK|HL 0.099 . BBOV_II001130 1022 VHSSYSK|SD 0.075 . BBOV_II001130 1031 AILAETR|KI 0.082 . BBOV_II001130 1032 ILAETRK|IL 0.084 . BBOV_II001130 1038 KILADLR|SG 0.087 . BBOV_II001130 1042 DLRSGDR|PV 0.087 . BBOV_II001130 1051 FEHHLER|AR 0.110 . BBOV_II001130 1053 HHLERAR|DQ 0.091 . BBOV_II001130 1059 RDQVMAR|HR 0.095 . BBOV_II001130 1061 QVMARHR|KD 0.084 . BBOV_II001130 1062 VMARHRK|DR 0.329 . BBOV_II001130 1064 ARHRKDR|NN 0.414 . BBOV_II001130 1068 KDRNNNR|HW 0.130 . BBOV_II001130 1080 LTGMQSR|RM 0.068 . BBOV_II001130 1081 TGMQSRR|MP 0.139 . BBOV_II001130 1085 SRRMPLK|NS 0.073 . BBOV_II001130 1095 FATEFDK|VL 0.058 . BBOV_II001130 1099 FDKVLQR|IT 0.083 . BBOV_II001130 1106 ITLDDIR|LL 0.066 . BBOV_II001130 1124 EQNLWSR|IV 0.123 . BBOV_II001130 1138 DQAVSMK|-- 0.076 . ____________________________^_________________

  • Fasta :-

    >BBOV_II001130 ATGCGAGGGAGACTGCCTAATGGACTTGAATACACAGTACTGCCGAATAGCAACCACGGC CAAAGATTCGAGGCGTATTTAGAGGTGCTCAGCGGCTCTGCCGATGAACTTGACCACCAA CGCGGTATAGCACACTTTTGCGAACACGTGACTTACATGGGCAGTAGAAAACGTGACTGC CTCTTAGGACGTGACGTGCGCACAAACGCGTTCACTGACTTTCACCATACAGTGTTTTAC ACGTCGTGCCCATCGGCCATTGAAGGCTGCTACAGCAAGCAGGATTCATTGGAAAGGGCA CTAGATGCGCTAGCGGATGTAGTTGAAGCACCAACACAATTTAGTGTATCCCGAGTGGAA AAGGAAAGACAGGCTATCTTGTCAGAAGCACGTATCATAAACACCCTGGAATATCGCAAG AATTGCGCCACAGTTGAAGCGCTGCACGCCGAAAACAGGCTAAGCCGCAGGTTTCCCATT GGCGATCTCGAGAAGTTACAGACCTACAGTGTACAGAACTTGGTTGACTACCATAGTGTC CATTACAGACCCTCTAACCTAAGGCTGTTCGTGGTGGGAGATGTAGACCCAACGAAGACA GCAGAGGCCCTTACCAAGATATTCGCACGTTTAAAGGATAATCCCGACGTGGTGAAGCAA TATCTACAGGCAAACGAGCACATATACAAAGGTACTGTAAAAGAAAGTCGTAGGGGGCTG CCTCCAGCAGTGCACGTATGGGATCAACCTATCGCAAAAGCCCACGTCTGGCAAAATAAA CAAATACGAAATATGAGCGTAGAAGTAGCCAAGAAAATCCCAATACCCGAAGTAAAGACA TGGGCTGATATGTGGACAAATGTAGTCACGAAACTAACATATCGCATACTGTCACTGCAT TTCGATATTTTACAGCGCGGTGTTGGTGCCATACAGTCGGTTGAGACCAATGATTACGAC TGCACCAACGAAGGATGCAGGGTCAGGTCATTTGAACTCCACTGCGTGCCATATCAATGG CAAGATGCGCTTAAAGCAGCAGTGGCACAGGTAAAGTGCCTTTCCACCCAAGGTACAACT CCCGAAATGTTCAAAATAGTCAAAGAGTCGTTACAGAGAGATTGCGACAGAGTTGATAAT GCGAGGACTGAGAACAGGGATTTGATTACCAGTTTAATGGAGGCCACCACTTGTGGCCGG GTTATAATGCTACCAGATACTGAGAAACAAATTATTACCGACATTCTTTCCAAAGTGCAT ATAGATGATGTAAATGAAATGGCACATACGCTATTTCCATGGTCCTCAGGCAAAAGTTTT GCAGGTATAAATCTTATATGTTCAACGCCACTGCCAGATCCATCCATAGGGTATGATGGT ATTGGGGAAGATATACTCCTGGATACATTCCAAAAAGAATGTCGAGAGCCGCTGTCAGCG GCGGCGCTCCACCCAGAGGTTAACACACCGACAACCCTCCTAACTGAAGAGGAACAAAAT GAAGTTATTAATCGCAGGCCGTATGGCCAAATCCCGGGCTTTGTAACACAACCCATGCTA CCGAAGGAGAGGTATGCATTGCTGAATGAGCCCAAAGATGAAATATTGCGCTCACTAGCT GTTACCGGCGATTTGCGCAAGATATCCGAAGAATACGTGGACTCGCTGCGTGAATCAATC GCTATTAGGCCAGAAGTTGAACACATTACTGAAAACAAGCCTAATTCACCCGAATTCGAT AGACTGAGAGATCGAATTATCGATCCTTCAGTTTATACTACAGATGAATCCGATGAAGGG AAGTATACAAACGCACTTGCAGAGTTGAAGAAGCCGCTGGCATCAACGCTACCGGGTGAT AGTCCACTCTATCAAGAACCGAGTTCGCCGGCCAATATCCACTTGATAACACTAAACAAT AGCATCAGGGTAAACCTGCGTGTAAATGAAGAAGAGCAAATCGCAATGAAAGCAATAATA CCAATAGAGTATGATTACAGTGACCTGGATGCATTGCAACGCAAGAAACGTGAGCTACTA CTGGCGGCCACAGCTATGATGGAAGGTGGAGCCATGGGTAGTCTCAGCAGGCTGCAAGTG GAGATGTTTTGCACACAGCACCTGATGGATGTGCTAATCAACGCTAACGAAGACTTCATA TCAATAGACATATCATTCCCCTACGGACGTAAGGAAAATAACCTTGAATCCGCGCTACAA ATATTGAATTCACTTTTGCAAAACCATGCTATTGAGAAAGATGCCTTTTTACGTGCAAAG GAGAAGCTGCGCCGTGATCATGTGGCATATTGCCAGGACCTGCAAGCATTTGGCACCGGT GACCTGGTGTCATCAATGAGTGGCGGCAAGCTGGGATACCATGATATAGATTACAAGAAA ATAGAGGCCACAACACTGGAAGATGCACAGAAAACTTTGGATAGCGTATTTAAACGTGGA ATGGTGGAATTATCCATTTCAGGGGGCTTCGACCTAAAAGACATGAAGTCGCAGCTTGTG AAATACATTGGAACTGTAGAGCTGCCTGAGGCTAAAATCGCACCTAAAGATAAGTATGTC CTTTGGGAAGATGAAGGTGACCCAGGAATAGATGAGGTTGATACACAAGCAACTACACTA GATGATGGTGCGTCTGATACAGACCAAGAAGAGATCCTAGAGGAGCAACACAAGCTAATC TGGATTAATGACAATCAGGAAAGGGCAATGGTGCTTCTAGGAGGTTATGCACCAAACGCT AGCGGAATCATGCCTGACGGAACACATATGGCAGATATACTGCACTCAGCCCTTGAAACG GCACTAGAAGAGGACAAGGACAATGCAAATATCAAGAAGTTCCTTACCAACGTCAAAGAA CTATGGCTCCATCCAGCATTCCCACGTGCAGCATGTACAATTATGCAAGAAATACTCACC AATCGCGCCTTTACAGTATTGCGTGCTGAAAAACACTTGACATACGAGTCTAACGTCGAC TTTGTTTTGTATGACGTCCAGTTTGCAGGATACTTTGTTATATCGGTACACTCTTCCTAC AGCAAGTCTGATGCCATTCTGGCAGAAACTAGGAAGATTCTTGCAGACCTCAGATCAGGA GACAGGCCGGTGTTTGAGCACCACCTGGAACGTGCCCGTGACCAAGTTATGGCGCGCCAT CGCAAAGATAGAAATAACAATCGCCACTGGGTAGGCGAACTAACGGGTATGCAGAGTCGT CGCATGCCCTTGAAGAATTCGTTTTTCGCAACTGAGTTCGACAAGGTGCTCCAGCGCATA ACGCTGGACGATATAAGATTGCTACTGGTATCAGATGTATTCGGGTTTGATGAACAAAAC CTATGGAGTCGCATCGTCCACACGACCGCCAATGACCAAGCAGTATCAATGAAGTGA
  • Download Fasta

  • Fasta :-

    MRGRLPNGLEYTVLPNSNHGQRFEAYLEVLSGSADELDHQRGIAHFCEHVTYMGSRKRDC LLGRDVRTNAFTDFHHTVFYTSCPSAIEGCYSKQDSLERALDALADVVEAPTQFSVSRVE KERQAILSEARIINTLEYRKNCATVEALHAENRLSRRFPIGDLEKLQTYSVQNLVDYHSV HYRPSNLRLFVVGDVDPTKTAEALTKIFARLKDNPDVVKQYLQANEHIYKGTVKESRRGL PPAVHVWDQPIAKAHVWQNKQIRNMSVEVAKKIPIPEVKTWADMWTNVVTKLTYRILSLH FDILQRGVGAIQSVETNDYDCTNEGCRVRSFELHCVPYQWQDALKAAVAQVKCLSTQGTT PEMFKIVKESLQRDCDRVDNARTENRDLITSLMEATTCGRVIMLPDTEKQIITDILSKVH IDDVNEMAHTLFPWSSGKSFAGINLICSTPLPDPSIGYDGIGEDILLDTFQKECREPLSA AALHPEVNTPTTLLTEEEQNEVINRRPYGQIPGFVTQPMLPKERYALLNEPKDEILRSLA VTGDLRKISEEYVDSLRESIAIRPEVEHITENKPNSPEFDRLRDRIIDPSVYTTDESDEG KYTNALAELKKPLASTLPGDSPLYQEPSSPANIHLITLNNSIRVNLRVNEEEQIAMKAII PIEYDYSDLDALQRKKRELLLAATAMMEGGAMGSLSRLQVEMFCTQHLMDVLINANEDFI SIDISFPYGRKENNLESALQILNSLLQNHAIEKDAFLRAKEKLRRDHVAYCQDLQAFGTG DLVSSMSGGKLGYHDIDYKKIEATTLEDAQKTLDSVFKRGMVELSISGGFDLKDMKSQLV KYIGTVELPEAKIAPKDKYVLWEDEGDPGIDEVDTQATTLDDGASDTDQEEILEEQHKLI WINDNQERAMVLLGGYAPNASGIMPDGTHMADILHSALETALEEDKDNANIKKFLTNVKE LWLHPAFPRAACTIMQEILTNRAFTVLRAEKHLTYESNVDFVLYDVQFAGYFVISVHSSY SKSDAILAETRKILADLRSGDRPVFEHHLERARDQVMARHRKDRNNNRHWVGELTGMQSR RMPLKNSFFATEFDKVLQRITLDDIRLLLVSDVFGFDEQNLWSRIVHTTANDQAVSMK

    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
BBOV_II001130266 SIRNMSVEVA0.991unspBBOV_II001130266 SIRNMSVEVA0.991unspBBOV_II001130266 SIRNMSVEVA0.991unspBBOV_II001130576 SNKPNSPEFD0.997unspBBOV_II001130885 SDDGASDTDQ0.993unspBBOV_II0011301021 SHSSYSKSDA0.992unspBBOV_II00113096 SSKQDSLERA0.995unspBBOV_II001130117 SQFSVSRVEK0.994unsp

     



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