BBOV_II007180 | Sma protein, putative

  • 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
BBOV_II007180OTHER0.9999550.0000070.000038
No Results

  • Fasta :-

    >BBOV_II007180 MTQIEIWEQRSSADDTSSSDVERTENRLPLFGKILSATGKIRPPSPKESSTESESTSETE SEAVTVESESDYTTAEESSSDYDDDWIRLQSIRANNKQSPASYADWKLLPRAWDSVFYIS AMHNMENREQRFFYCIKVQHVNERISRASGLGNITMYTPKFTLKAGEDMKLPTPLFIWRK RRLTLPYGQLQHYSIEIELWKTHRMRINSLHASQRITFQEIIERNSNFNITLNMHIPQVT REGTVREEESGALTELSERRYPVHKISVFLLLEEVFDFFFVFENWWFTMSPELPDAVKTL PKTLKISVPTAMGSYNQSSTTEASDSAYWSAPGTFKFQGTLRQLKYASFTTKVYCVHKTR FFVKPPALLGTCVLSLKSVQELPLVRGVVKKLTLGSRNMFSGTIQGNIRCCIKSASISFF EDLKVRPAQPITGSALITQLDCRCHYLVVRVLRCASLPASNTDSNTSDPMVKVKWDGIVN CTGVVESTVSPIYNQNMYFPIHLVDHRELIDPALIKHSLPVDMSSKGPVMVEVWDHDETS SEFLGSVEVSLSKLYTNGVMQRRSLVDGIFSAGSYEPELDDDDDLSNEEMEMTYTGDDAS EVPYRRHMTRVYEATLPLTGATVASRGRKPTVSMEMYILPPMPTDLYIPDEGKKVMRTDI YRDLSRRWNRDFDAWQVAYCDKYTAAVSSRRFTCVTKCASNVHEDMQSDLIPLCCFVKPI QVYIQLSPPGELMHWISNFTFKEDSMVNVGTKLLIESWQMPSRFVLTRKGGLHDRALLLC SCLLGLGYDAYVCKGTLDNGKREHCWVMTRHSDGTVTFWETANKRMWHLPQRWKTQIPVE KNKEDKVMETGSYQEINPKQAENVNNQPKHVMTKRKQAKRLMDCEIYGSDYVADVKVDLH SIFSGNEFIADGKVSLPKHTTFLVDKQQYEKAARRRSTFDPKAHLLVEGKTLVHLPYSTI EVIFNDKQLWGNLQFQHPGCITYDLELNDQWKPFLQAPPVNTFMPDVQITAPAPSSVCGA TAKEIYGDIVEMIELMYAQKGRVANVAKDQQMDERLESLIDLLEFRQRLDPQFDPGMPPH LKGWSTKNQAKPKYVKPEIKKKAALKVDANQDMEENDAKLPATVTGHVGGGGSQEKIEQM RSMMETANVLAEGVKKQDKGQPTDDGYDSDETMASTDDSVDFNTAIVTVHNKERTKDKVS PAQPRTMPPRRNVGLVARLKAIVFPAPKHNAMYNEDAIVLFKSQANNRPWTAKISPSGFR LKKPMPKIKEPEFDIFKVLSNASQHLDIGNVQEHSEYSYKLDSSDCIQLEDDMEVPTPTS VIEDISETLPWNHPLSDYRQCINLAVHLKAPVVKSKPEPQPKMETGFNRRVQKRKMKLSE RKGGFMKRIIGKFKLQETPDAHAMPQFMVDMQSVIKEPRLTQNYADHPFPIPKEYLIHQS KQLSKWNWYYNMEARQFAWRRHLPIPHNHTFVGVPIHFSTSDINDIRHLMHYSKRCKKML VPNVDRCVNVVYVKVYPLLGGVFSTWIFLGCHVPWNIQ
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/BBOV_II007180.fa Sequence name : BBOV_II007180 Sequence length : 1538 VALUES OF COMPUTED PARAMETERS Coef20 : 3.853 CoefTot : -0.155 ChDiff : 3 ZoneTo : 4 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.876 2.000 0.428 0.744 MesoH : -0.229 0.466 -0.272 0.241 MuHd_075 : 32.466 6.429 5.786 3.587 MuHd_095 : 11.426 5.765 2.397 2.420 MuHd_100 : 7.701 2.579 1.836 1.426 MuHd_105 : 7.301 3.513 2.240 0.438 Hmax_075 : 11.025 1.488 -0.255 1.934 Hmax_095 : -1.050 -0.875 -2.771 0.691 Hmax_100 : -4.300 -2.900 -3.303 0.850 Hmax_105 : 4.200 0.700 -1.004 1.410 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9589 0.0411 DFMC : 0.9497 0.0503
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1538 BBOV_II007180 MTQIEIWEQRSSADDTSSSDVERTENRLPLFGKILSATGKIRPPSPKESSTESESTSETESEAVTVESESDYTTAEESSS 80 DYDDDWIRLQSIRANNKQSPASYADWKLLPRAWDSVFYISAMHNMENREQRFFYCIKVQHVNERISRASGLGNITMYTPK 160 FTLKAGEDMKLPTPLFIWRKRRLTLPYGQLQHYSIEIELWKTHRMRINSLHASQRITFQEIIERNSNFNITLNMHIPQVT 240 REGTVREEESGALTELSERRYPVHKISVFLLLEEVFDFFFVFENWWFTMSPELPDAVKTLPKTLKISVPTAMGSYNQSST 320 TEASDSAYWSAPGTFKFQGTLRQLKYASFTTKVYCVHKTRFFVKPPALLGTCVLSLKSVQELPLVRGVVKKLTLGSRNMF 400 SGTIQGNIRCCIKSASISFFEDLKVRPAQPITGSALITQLDCRCHYLVVRVLRCASLPASNTDSNTSDPMVKVKWDGIVN 480 CTGVVESTVSPIYNQNMYFPIHLVDHRELIDPALIKHSLPVDMSSKGPVMVEVWDHDETSSEFLGSVEVSLSKLYTNGVM 560 QRRSLVDGIFSAGSYEPELDDDDDLSNEEMEMTYTGDDASEVPYRRHMTRVYEATLPLTGATVASRGRKPTVSMEMYILP 640 PMPTDLYIPDEGKKVMRTDIYRDLSRRWNRDFDAWQVAYCDKYTAAVSSRRFTCVTKCASNVHEDMQSDLIPLCCFVKPI 720 QVYIQLSPPGELMHWISNFTFKEDSMVNVGTKLLIESWQMPSRFVLTRKGGLHDRALLLCSCLLGLGYDAYVCKGTLDNG 800 KREHCWVMTRHSDGTVTFWETANKRMWHLPQRWKTQIPVEKNKEDKVMETGSYQEINPKQAENVNNQPKHVMTKRKQAKR 880 LMDCEIYGSDYVADVKVDLHSIFSGNEFIADGKVSLPKHTTFLVDKQQYEKAARRRSTFDPKAHLLVEGKTLVHLPYSTI 960 EVIFNDKQLWGNLQFQHPGCITYDLELNDQWKPFLQAPPVNTFMPDVQITAPAPSSVCGATAKEIYGDIVEMIELMYAQK 1040 GRVANVAKDQQMDERLESLIDLLEFRQRLDPQFDPGMPPHLKGWSTKNQAKPKYVKPEIKKKAALKVDANQDMEENDAKL 1120 PATVTGHVGGGGSQEKIEQMRSMMETANVLAEGVKKQDKGQPTDDGYDSDETMASTDDSVDFNTAIVTVHNKERTKDKVS 1200 PAQPRTMPPRRNVGLVARLKAIVFPAPKHNAMYNEDAIVLFKSQANNRPWTAKISPSGFRLKKPMPKIKEPEFDIFKVLS 1280 NASQHLDIGNVQEHSEYSYKLDSSDCIQLEDDMEVPTPTSVIEDISETLPWNHPLSDYRQCINLAVHLKAPVVKSKPEPQ 1360 PKMETGFNRRVQKRKMKLSERKGGFMKRIIGKFKLQETPDAHAMPQFMVDMQSVIKEPRLTQNYADHPFPIPKEYLIHQS 1440 KQLSKWNWYYNMEARQFAWRRHLPIPHNHTFVGVPIHFSTSDINDIRHLMHYSKRCKKMLVPNVDRCVNVVYVKVYPLLG 1520 GVFSTWIFLGCHVPWNIQ 1600 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 .............................P.................................................. 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 ................................................................................ 1360 ................................................................................ 1440 ................................................................................ 1520 .................. 1600 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 1 Name Pos Context Score Pred ____________________________v_________________ BBOV_II007180 10 IEIWEQR|SS 0.130 . BBOV_II007180 23 SSSDVER|TE 0.090 . BBOV_II007180 27 VERTENR|LP 0.068 . BBOV_II007180 33 RLPLFGK|IL 0.077 . BBOV_II007180 40 ILSATGK|IR 0.070 . BBOV_II007180 42 SATGKIR|PP 0.137 . BBOV_II007180 47 IRPPSPK|ES 0.081 . BBOV_II007180 88 YDDDWIR|LQ 0.070 . BBOV_II007180 93 IRLQSIR|AN 0.109 . BBOV_II007180 97 SIRANNK|QS 0.064 . BBOV_II007180 107 ASYADWK|LL 0.070 . BBOV_II007180 111 DWKLLPR|AW 0.093 . BBOV_II007180 128 MHNMENR|EQ 0.080 . BBOV_II007180 131 MENREQR|FF 0.421 . BBOV_II007180 137 RFFYCIK|VQ 0.062 . BBOV_II007180 144 VQHVNER|IS 0.113 . BBOV_II007180 147 VNERISR|AS 0.302 . BBOV_II007180 160 ITMYTPK|FT 0.083 . BBOV_II007180 164 TPKFTLK|AG 0.071 . BBOV_II007180 170 KAGEDMK|LP 0.060 . BBOV_II007180 179 TPLFIWR|KR 0.081 . BBOV_II007180 180 PLFIWRK|RR 0.064 . BBOV_II007180 181 LFIWRKR|RL 0.134 . BBOV_II007180 182 FIWRKRR|LT 0.463 . BBOV_II007180 201 IEIELWK|TH 0.058 . BBOV_II007180 204 ELWKTHR|MR 0.103 . BBOV_II007180 206 WKTHRMR|IN 0.101 . BBOV_II007180 215 SLHASQR|IT 0.133 . BBOV_II007180 224 FQEIIER|NS 0.069 . BBOV_II007180 241 HIPQVTR|EG 0.077 . BBOV_II007180 246 TREGTVR|EE 0.109 . BBOV_II007180 259 LTELSER|RY 0.066 . BBOV_II007180 260 TELSERR|YP 0.125 . BBOV_II007180 265 RRYPVHK|IS 0.065 . BBOV_II007180 298 ELPDAVK|TL 0.060 . BBOV_II007180 302 AVKTLPK|TL 0.067 . BBOV_II007180 305 TLPKTLK|IS 0.063 . BBOV_II007180 336 SAPGTFK|FQ 0.072 . BBOV_II007180 342 KFQGTLR|QL 0.088 . BBOV_II007180 345 GTLRQLK|YA 0.142 . BBOV_II007180 352 YASFTTK|VY 0.071 . BBOV_II007180 358 KVYCVHK|TR 0.061 . BBOV_II007180 360 YCVHKTR|FF 0.089 . BBOV_II007180 364 KTRFFVK|PP 0.067 . BBOV_II007180 377 TCVLSLK|SV 0.085 . BBOV_II007180 386 QELPLVR|GV 0.109 . BBOV_II007180 390 LVRGVVK|KL 0.066 . BBOV_II007180 391 VRGVVKK|LT 0.165 . BBOV_II007180 397 KLTLGSR|NM 0.079 . BBOV_II007180 409 TIQGNIR|CC 0.092 . BBOV_II007180 413 NIRCCIK|SA 0.106 . BBOV_II007180 424 SFFEDLK|VR 0.055 . BBOV_II007180 426 FEDLKVR|PA 0.102 . BBOV_II007180 443 ITQLDCR|CH 0.077 . BBOV_II007180 450 CHYLVVR|VL 0.072 . BBOV_II007180 453 LVVRVLR|CA 0.236 . BBOV_II007180 472 TSDPMVK|VK 0.068 . BBOV_II007180 474 DPMVKVK|WD 0.097 . BBOV_II007180 507 IHLVDHR|EL 0.074 . BBOV_II007180 516 IDPALIK|HS 0.065 . BBOV_II007180 526 PVDMSSK|GP 0.062 . BBOV_II007180 553 VEVSLSK|LY 0.060 . BBOV_II007180 562 TNGVMQR|RS 0.079 . BBOV_II007180 563 NGVMQRR|SL 0.294 . BBOV_II007180 605 ASEVPYR|RH 0.081 . BBOV_II007180 606 SEVPYRR|HM 0.125 . BBOV_II007180 610 YRRHMTR|VY 0.146 . BBOV_II007180 626 GATVASR|GR 0.084 . BBOV_II007180 628 TVASRGR|KP 0.093 . BBOV_II007180 629 VASRGRK|PT 0.277 . BBOV_II007180 653 YIPDEGK|KV 0.061 . BBOV_II007180 654 IPDEGKK|VM 0.072 . BBOV_II007180 657 EGKKVMR|TD 0.082 . BBOV_II007180 662 MRTDIYR|DL 0.108 . BBOV_II007180 666 IYRDLSR|RW 0.082 . BBOV_II007180 667 YRDLSRR|WN 0.144 . BBOV_II007180 670 LSRRWNR|DF 0.595 *ProP* BBOV_II007180 682 QVAYCDK|YT 0.068 . BBOV_II007180 690 TAAVSSR|RF 0.108 . BBOV_II007180 691 AAVSSRR|FT 0.147 . BBOV_II007180 697 RFTCVTK|CA 0.075 . BBOV_II007180 718 PLCCFVK|PI 0.066 . BBOV_II007180 742 ISNFTFK|ED 0.089 . BBOV_II007180 752 MVNVGTK|LL 0.068 . BBOV_II007180 763 SWQMPSR|FV 0.129 . BBOV_II007180 768 SRFVLTR|KG 0.106 . BBOV_II007180 769 RFVLTRK|GG 0.073 . BBOV_II007180 775 KGGLHDR|AL 0.072 . BBOV_II007180 794 YDAYVCK|GT 0.079 . BBOV_II007180 801 GTLDNGK|RE 0.057 . BBOV_II007180 802 TLDNGKR|EH 0.168 . BBOV_II007180 810 HCWVMTR|HS 0.093 . BBOV_II007180 824 FWETANK|RM 0.054 . BBOV_II007180 825 WETANKR|MW 0.155 . BBOV_II007180 832 MWHLPQR|WK 0.111 . BBOV_II007180 834 HLPQRWK|TQ 0.067 . BBOV_II007180 841 TQIPVEK|NK 0.081 . BBOV_II007180 843 IPVEKNK|ED 0.074 . BBOV_II007180 846 EKNKEDK|VM 0.076 . BBOV_II007180 859 YQEINPK|QA 0.080 . BBOV_II007180 869 NVNNQPK|HV 0.119 . BBOV_II007180 874 PKHVMTK|RK 0.072 . BBOV_II007180 875 KHVMTKR|KQ 0.170 . BBOV_II007180 876 HVMTKRK|QA 0.134 . BBOV_II007180 879 TKRKQAK|RL 0.101 . BBOV_II007180 880 KRKQAKR|LM 0.228 . BBOV_II007180 896 DYVADVK|VD 0.054 . BBOV_II007180 913 EFIADGK|VS 0.058 . BBOV_II007180 918 GKVSLPK|HT 0.067 . BBOV_II007180 926 TTFLVDK|QQ 0.061 . BBOV_II007180 931 DKQQYEK|AA 0.060 . BBOV_II007180 934 QYEKAAR|RR 0.078 . BBOV_II007180 935 YEKAARR|RS 0.094 . BBOV_II007180 936 EKAARRR|ST 0.305 . BBOV_II007180 942 RSTFDPK|AH 0.063 . BBOV_II007180 950 HLLVEGK|TL 0.058 . BBOV_II007180 967 EVIFNDK|QL 0.061 . BBOV_II007180 992 ELNDQWK|PF 0.071 . BBOV_II007180 1023 VCGATAK|EI 0.070 . BBOV_II007180 1040 ELMYAQK|GR 0.059 . BBOV_II007180 1042 MYAQKGR|VA 0.137 . BBOV_II007180 1048 RVANVAK|DQ 0.083 . BBOV_II007180 1055 DQQMDER|LE 0.079 . BBOV_II007180 1066 IDLLEFR|QR 0.072 . BBOV_II007180 1068 LLEFRQR|LD 0.086 . BBOV_II007180 1082 GMPPHLK|GW 0.078 . BBOV_II007180 1087 LKGWSTK|NQ 0.065 . BBOV_II007180 1091 STKNQAK|PK 0.071 . BBOV_II007180 1093 KNQAKPK|YV 0.126 . BBOV_II007180 1096 AKPKYVK|PE 0.060 . BBOV_II007180 1100 YVKPEIK|KK 0.060 . BBOV_II007180 1101 VKPEIKK|KA 0.086 . BBOV_II007180 1102 KPEIKKK|AA 0.157 . BBOV_II007180 1106 KKKAALK|VD 0.062 . BBOV_II007180 1119 MEENDAK|LP 0.068 . BBOV_II007180 1136 GGGSQEK|IE 0.059 . BBOV_II007180 1141 EKIEQMR|SM 0.128 . BBOV_II007180 1155 VLAEGVK|KQ 0.069 . BBOV_II007180 1156 LAEGVKK|QD 0.098 . BBOV_II007180 1159 GVKKQDK|GQ 0.061 . BBOV_II007180 1192 IVTVHNK|ER 0.057 . BBOV_II007180 1194 TVHNKER|TK 0.134 . BBOV_II007180 1196 HNKERTK|DK 0.059 . BBOV_II007180 1198 KERTKDK|VS 0.088 . BBOV_II007180 1205 VSPAQPR|TM 0.082 . BBOV_II007180 1210 PRTMPPR|RN 0.087 . BBOV_II007180 1211 RTMPPRR|NV 0.279 . BBOV_II007180 1218 NVGLVAR|LK 0.094 . BBOV_II007180 1220 GLVARLK|AI 0.057 . BBOV_II007180 1228 IVFPAPK|HN 0.059 . BBOV_II007180 1242 DAIVLFK|SQ 0.073 . BBOV_II007180 1248 KSQANNR|PW 0.111 . BBOV_II007180 1253 NRPWTAK|IS 0.077 . BBOV_II007180 1260 ISPSGFR|LK 0.077 . BBOV_II007180 1262 PSGFRLK|KP 0.067 . BBOV_II007180 1263 SGFRLKK|PM 0.221 . BBOV_II007180 1267 LKKPMPK|IK 0.082 . BBOV_II007180 1269 KPMPKIK|EP 0.071 . BBOV_II007180 1277 PEFDIFK|VL 0.059 . BBOV_II007180 1300 HSEYSYK|LD 0.064 . BBOV_II007180 1339 HPLSDYR|QC 0.079 . BBOV_II007180 1349 NLAVHLK|AP 0.060 . BBOV_II007180 1354 LKAPVVK|SK 0.089 . BBOV_II007180 1356 APVVKSK|PE 0.067 . BBOV_II007180 1362 KPEPQPK|ME 0.067 . BBOV_II007180 1369 METGFNR|RV 0.111 . BBOV_II007180 1370 ETGFNRR|VQ 0.097 . BBOV_II007180 1373 FNRRVQK|RK 0.129 . BBOV_II007180 1374 NRRVQKR|KM 0.288 . BBOV_II007180 1375 RRVQKRK|MK 0.123 . BBOV_II007180 1377 VQKRKMK|LS 0.177 . BBOV_II007180 1381 KMKLSER|KG 0.081 . BBOV_II007180 1382 MKLSERK|GG 0.084 . BBOV_II007180 1387 RKGGFMK|RI 0.073 . BBOV_II007180 1388 KGGFMKR|II 0.290 . BBOV_II007180 1392 MKRIIGK|FK 0.084 . BBOV_II007180 1394 RIIGKFK|LQ 0.068 . BBOV_II007180 1416 DMQSVIK|EP 0.056 . BBOV_II007180 1419 SVIKEPR|LT 0.090 . BBOV_II007180 1433 HPFPIPK|EY 0.067 . BBOV_II007180 1441 YLIHQSK|QL 0.073 . BBOV_II007180 1445 QSKQLSK|WN 0.067 . BBOV_II007180 1455 YYNMEAR|QF 0.102 . BBOV_II007180 1460 ARQFAWR|RH 0.097 . BBOV_II007180 1461 RQFAWRR|HL 0.134 . BBOV_II007180 1487 SDINDIR|HL 0.087 . BBOV_II007180 1494 HLMHYSK|RC 0.061 . BBOV_II007180 1495 LMHYSKR|CK 0.220 . BBOV_II007180 1497 HYSKRCK|KM 0.059 . BBOV_II007180 1498 YSKRCKK|ML 0.317 . BBOV_II007180 1506 LVPNVDR|CV 0.099 . BBOV_II007180 1514 VNVVYVK|VY 0.055 . ____________________________^_________________

  • Fasta :-

    >BBOV_II007180 ATGACACAAATTGAAATTTGGGAGCAGCGCTCAAGCGCTGACGATACCTCAAGCTCAGAT GTAGAGCGAACTGAAAACCGTCTACCGTTATTTGGTAAGATACTGTCAGCTACAGGCAAA ATCAGACCGCCATCGCCCAAGGAATCGTCAACCGAATCTGAAAGTACCAGTGAAACGGAA TCTGAAGCTGTTACAGTAGAAAGTGAAAGTGACTATACAACCGCTGAAGAAAGCAGCAGT GATTATGATGATGATTGGATACGGTTGCAGTCAATTCGCGCCAATAATAAACAATCGCCA GCTTCATACGCAGATTGGAAATTATTACCCAGAGCGTGGGATAGCGTTTTCTATATATCA GCAATGCATAATATGGAAAATAGAGAACAACGATTCTTCTACTGTATCAAAGTACAACAT GTAAACGAACGCATATCACGTGCAAGTGGATTGGGTAATATAACCATGTACACGCCGAAA TTCACACTGAAAGCGGGTGAAGATATGAAGTTACCCACGCCGTTGTTCATATGGCGTAAA AGAAGACTTACCCTGCCATATGGGCAGTTGCAACATTACTCCATAGAAATTGAACTGTGG AAAACACATCGCATGAGAATCAACTCGCTACACGCATCGCAAAGAATAACGTTCCAAGAA ATAATTGAACGGAATTCTAACTTCAATATTACATTGAATATGCACATACCCCAAGTTACC AGAGAAGGTACTGTAAGGGAAGAGGAATCTGGTGCCCTAACTGAATTGTCTGAACGTAGG TACCCAGTACATAAGATATCAGTGTTCCTACTACTAGAGGAGGTGTTCGACTTCTTCTTT GTGTTTGAAAATTGGTGGTTTACAATGTCACCAGAACTACCGGATGCCGTTAAAACGTTG CCAAAGACTTTAAAGATATCGGTACCTACTGCAATGGGCAGCTATAATCAAAGTAGTACC ACCGAAGCCTCAGATAGTGCATACTGGTCAGCCCCGGGGACATTTAAGTTCCAAGGCACC CTGAGACAACTGAAATATGCGTCCTTTACGACCAAAGTTTACTGTGTCCACAAGACAAGG TTCTTTGTCAAACCGCCAGCGCTATTAGGTACATGTGTACTATCACTAAAATCAGTACAG GAACTACCGCTAGTACGTGGTGTAGTGAAGAAACTAACACTGGGTTCGAGGAACATGTTT AGCGGTACCATACAGGGCAATATCAGATGTTGTATTAAGAGCGCGTCCATAAGCTTTTTT GAAGATTTGAAAGTAAGACCAGCACAACCAATCACAGGTTCCGCGTTAATTACACAACTT GATTGTAGGTGCCACTACCTTGTGGTTAGAGTACTGAGATGCGCAAGCCTACCTGCCTCT AATACAGATTCAAATACATCGGATCCCATGGTCAAAGTTAAGTGGGATGGAATTGTCAAC TGCACCGGCGTAGTGGAGTCAACAGTGTCACCAATATACAACCAGAATATGTACTTCCCA ATACATCTGGTGGATCACCGTGAGCTGATTGACCCAGCATTAATCAAACACAGCCTACCA GTAGACATGTCATCAAAGGGGCCTGTAATGGTGGAAGTATGGGACCACGATGAAACATCT AGTGAATTCCTAGGGTCAGTGGAAGTGTCGTTGTCAAAACTGTACACTAACGGTGTAATG CAGCGAAGAAGCCTTGTTGACGGTATATTCAGTGCCGGATCGTACGAACCTGAATTAGAT GATGACGATGATTTATCTAACGAGGAAATGGAAATGACATATACAGGAGATGACGCATCA GAAGTCCCATATAGACGTCATATGACACGAGTTTATGAAGCTACCCTGCCGCTTACAGGT GCCACCGTGGCATCGCGAGGAAGAAAGCCTACAGTATCAATGGAAATGTATATACTGCCT CCTATGCCCACCGATCTCTACATACCGGATGAAGGGAAGAAGGTCATGCGCACCGATATA TACCGTGATCTAAGTAGAAGGTGGAATAGAGACTTTGATGCTTGGCAGGTTGCATACTGC GACAAATATACAGCAGCTGTAAGTTCAAGACGGTTCACATGCGTCACAAAGTGCGCATCA AATGTACATGAAGATATGCAATCGGATCTTATACCGCTATGCTGTTTCGTGAAACCCATA CAAGTTTATATACAGCTGTCACCACCGGGAGAACTCATGCACTGGATATCTAACTTCACT TTTAAAGAAGATAGTATGGTCAACGTAGGCACGAAATTGTTAATAGAATCATGGCAAATG CCATCAAGGTTTGTACTTACACGAAAAGGTGGTTTACATGACAGAGCATTACTGCTATGT AGCTGTTTGCTTGGTCTGGGCTATGATGCCTACGTATGCAAAGGGACACTCGACAACGGT AAGAGAGAACACTGCTGGGTAATGACACGACATTCCGATGGAACTGTCACCTTCTGGGAA ACAGCGAATAAACGTATGTGGCATCTGCCGCAACGATGGAAGACACAGATACCAGTAGAG AAAAACAAAGAAGACAAGGTCATGGAAACAGGAAGTTACCAAGAAATAAATCCAAAACAA GCTGAAAATGTGAATAATCAACCTAAGCATGTAATGACTAAAAGGAAACAAGCTAAACGT TTGATGGATTGTGAGATTTATGGAAGTGACTATGTAGCAGATGTGAAAGTTGACCTCCAC TCAATATTCAGTGGAAATGAGTTCATCGCAGATGGCAAAGTATCATTGCCGAAACATACC ACTTTCCTAGTAGACAAACAGCAATATGAAAAGGCAGCACGCAGAAGAAGTACCTTCGAC CCCAAGGCGCATTTGCTAGTAGAAGGAAAGACGTTGGTGCATCTACCTTATTCAACAATC GAGGTAATTTTTAATGATAAACAACTCTGGGGAAATCTACAGTTCCAGCATCCAGGATGT ATCACTTATGACCTTGAATTAAATGACCAATGGAAACCATTTCTTCAGGCGCCTCCAGTA AATACATTTATGCCAGATGTGCAAATCACTGCTCCGGCACCTTCTTCAGTCTGCGGAGCT ACTGCAAAAGAAATATATGGAGATATAGTAGAAATGATTGAGTTGATGTACGCCCAAAAA GGTCGTGTTGCAAATGTGGCAAAAGATCAACAGATGGATGAACGGTTGGAATCGTTGATC GATCTGTTGGAGTTCAGACAAAGATTGGATCCTCAGTTTGATCCAGGGATGCCACCACAT CTTAAAGGTTGGAGTACAAAAAACCAAGCTAAACCCAAGTACGTCAAACCCGAAATAAAG AAAAAGGCAGCTTTAAAAGTTGATGCAAATCAAGATATGGAAGAAAATGATGCTAAGTTA CCAGCGACAGTGACTGGACATGTTGGAGGTGGTGGTTCCCAAGAGAAAATAGAACAAATG CGAAGTATGATGGAAACTGCAAATGTACTTGCTGAAGGCGTAAAAAAACAAGACAAAGGT CAGCCGACTGATGATGGTTACGATTCTGATGAAACAATGGCTTCAACAGACGATAGCGTT GATTTTAACACTGCCATTGTTACTGTACACAACAAAGAACGGACAAAGGATAAGGTATCA CCGGCACAACCACGAACCATGCCCCCAAGAAGAAATGTTGGTTTGGTCGCGAGACTTAAA GCCATTGTATTCCCAGCTCCCAAACATAACGCTATGTATAATGAAGATGCAATAGTGTTA TTCAAATCGCAAGCAAACAATCGACCTTGGACGGCCAAAATATCTCCATCAGGATTTCGT CTGAAGAAGCCTATGCCCAAAATCAAGGAACCTGAATTTGACATTTTCAAGGTACTGTCT AATGCTTCACAACATCTGGACATTGGCAATGTGCAAGAACATTCAGAGTATAGCTATAAA TTGGATTCCAGTGATTGCATCCAACTGGAAGATGATATGGAGGTGCCCACACCGACTTCT GTAATCGAGGATATATCAGAAACATTGCCGTGGAACCATCCATTATCTGATTATAGGCAA TGTATAAATCTGGCAGTTCACCTTAAGGCGCCAGTGGTAAAGTCGAAGCCTGAGCCACAA CCTAAAATGGAAACAGGTTTCAATCGCAGAGTCCAAAAAAGGAAAATGAAACTATCCGAA CGGAAGGGAGGATTTATGAAAAGAATAATTGGTAAATTCAAACTACAGGAGACTCCTGAT GCACACGCCATGCCACAGTTCATGGTCGATATGCAATCTGTCATTAAAGAACCCAGGCTT ACACAGAATTACGCCGATCACCCGTTCCCAATACCTAAAGAATACTTGATACATCAAAGT AAACAACTGTCCAAGTGGAATTGGTATTATAACATGGAAGCACGTCAATTTGCTTGGAGG CGTCACTTGCCAATCCCTCACAATCACACTTTTGTCGGCGTACCCATACACTTTTCAACC AGCGACATAAATGATATTAGGCACTTGATGCATTACAGCAAACGCTGTAAGAAGATGCTA GTACCCAACGTTGATCGTTGCGTCAACGTAGTCTACGTTAAGGTATACCCACTCCTGGGA GGAGTATTCTCAACGTGGATATTCCTAGGTTGTCACGTACCATGGAATATACAGTAA
  • Download Fasta

  • Fasta :-

    MTQIEIWEQRSSADDTSSSDVERTENRLPLFGKILSATGKIRPPSPKESSTESESTSETE SEAVTVESESDYTTAEESSSDYDDDWIRLQSIRANNKQSPASYADWKLLPRAWDSVFYIS AMHNMENREQRFFYCIKVQHVNERISRASGLGNITMYTPKFTLKAGEDMKLPTPLFIWRK RRLTLPYGQLQHYSIEIELWKTHRMRINSLHASQRITFQEIIERNSNFNITLNMHIPQVT REGTVREEESGALTELSERRYPVHKISVFLLLEEVFDFFFVFENWWFTMSPELPDAVKTL PKTLKISVPTAMGSYNQSSTTEASDSAYWSAPGTFKFQGTLRQLKYASFTTKVYCVHKTR FFVKPPALLGTCVLSLKSVQELPLVRGVVKKLTLGSRNMFSGTIQGNIRCCIKSASISFF EDLKVRPAQPITGSALITQLDCRCHYLVVRVLRCASLPASNTDSNTSDPMVKVKWDGIVN CTGVVESTVSPIYNQNMYFPIHLVDHRELIDPALIKHSLPVDMSSKGPVMVEVWDHDETS SEFLGSVEVSLSKLYTNGVMQRRSLVDGIFSAGSYEPELDDDDDLSNEEMEMTYTGDDAS EVPYRRHMTRVYEATLPLTGATVASRGRKPTVSMEMYILPPMPTDLYIPDEGKKVMRTDI YRDLSRRWNRDFDAWQVAYCDKYTAAVSSRRFTCVTKCASNVHEDMQSDLIPLCCFVKPI QVYIQLSPPGELMHWISNFTFKEDSMVNVGTKLLIESWQMPSRFVLTRKGGLHDRALLLC SCLLGLGYDAYVCKGTLDNGKREHCWVMTRHSDGTVTFWETANKRMWHLPQRWKTQIPVE KNKEDKVMETGSYQEINPKQAENVNNQPKHVMTKRKQAKRLMDCEIYGSDYVADVKVDLH SIFSGNEFIADGKVSLPKHTTFLVDKQQYEKAARRRSTFDPKAHLLVEGKTLVHLPYSTI EVIFNDKQLWGNLQFQHPGCITYDLELNDQWKPFLQAPPVNTFMPDVQITAPAPSSVCGA TAKEIYGDIVEMIELMYAQKGRVANVAKDQQMDERLESLIDLLEFRQRLDPQFDPGMPPH LKGWSTKNQAKPKYVKPEIKKKAALKVDANQDMEENDAKLPATVTGHVGGGGSQEKIEQM RSMMETANVLAEGVKKQDKGQPTDDGYDSDETMASTDDSVDFNTAIVTVHNKERTKDKVS PAQPRTMPPRRNVGLVARLKAIVFPAPKHNAMYNEDAIVLFKSQANNRPWTAKISPSGFR LKKPMPKIKEPEFDIFKVLSNASQHLDIGNVQEHSEYSYKLDSSDCIQLEDDMEVPTPTS VIEDISETLPWNHPLSDYRQCINLAVHLKAPVVKSKPEPQPKMETGFNRRVQKRKMKLSE RKGGFMKRIIGKFKLQETPDAHAMPQFMVDMQSVIKEPRLTQNYADHPFPIPKEYLIHQS KQLSKWNWYYNMEARQFAWRRHLPIPHNHTFVGVPIHFSTSDINDIRHLMHYSKRCKKML VPNVDRCVNVVYVKVYPLLGGVFSTWIFLGCHVPWNIQ

    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
BBOV_II00718045 SIRPPSPKES0.998unspBBOV_II00718045 SIRPPSPKES0.998unspBBOV_II00718045 SIRPPSPKES0.998unspBBOV_II00718049 SSPKESSTES0.996unspBBOV_II00718050 SPKESSTESE0.991unspBBOV_II00718055 STESESTSET0.998unspBBOV_II00718057 SSESTSETES0.997unspBBOV_II00718078 STAEESSSDY0.997unspBBOV_II00718080 SEESSSDYDD0.997unspBBOV_II007180102 SQSPASYADW0.997unspBBOV_II007180244 TTREGTVREE0.995unspBBOV_II007180564 SMQRRSLVDG0.993unspBBOV_II007180586 SDDDLSNEEM0.996unspBBOV_II007180665 SYRDLSRRWN0.997unspBBOV_II007180937 SARRRSTFDP0.998unspBBOV_II0071801058 SERLESLIDL0.996unspBBOV_II0071801175 SETMASTDDS0.992unspBBOV_II0071801200 SKDKVSPAQP0.994unspBBOV_II00718012 SEQRSSADDT0.996unspBBOV_II00718017 SADDTSSSDV0.993unsp

     



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