TGME49_289880 | hypothetical protein

  • 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
TGME49_289880OTHER0.9996840.0000720.000244
No Results

  • Fasta :-

    >TGME49_289880 MSMAPRFSGVRVVSHHRTPLVDSIEEEKDAGVPGCSHPHSEPEDPTCDPNSGHSKEQQWV LRTGSPEFVSVPLLSASLVGEQWNASESVPGTVDRETEASALGVPAAPEASPAPDQRSTD ARRLRFAHSASQNDSLLVELPQHTPGSSSAPTGALTPSSAAGKPDGTAAERSRSFEELSP SELVAPSRVSEEQRGTFKNHGGRETGSSSGLQLRDSRTLKEFGEAEGREPVGDPRSLIPA NSKLDDFRDLSDPCDKVKEERSGRPRPEDEDGTGQVSVRSDSVSDAISSIQQLGSVRCVK QPLGSFEETLTYMKFREYVRRHHGVFGTTTASACIWWILGCQFLVITVALMTCHTDPESN THRRSFVDLNKTVGRVCVYFFCSLALTAILALKFAGPLMLMWSVRLSKLACAVLLILAPS IQIRESARGDAICTTVLYVDSLQLNGMVLFNGIFTQLQLLMFICSMFNCLFWGRLHAYWF QNHSVKLWNIVKKQKVQLQIPQPIEKALNTHHHSERDLADGRVINADGEYIEVHGFSFMD WLRRLLTWAVPSRFLPASLKPSVSVVFYVGQVDSRGLPHGFGRWRSEAYHGESIVGYWDH GIPVGPFKSREFGTGSGFMCIRIGWCKVTKGPLRPEMQLGIGDAECCVSGAFFRTFPRVT LYPLRAKEQSELGSVWYRHGLDEAVANDNKGAAVARLSNFSYTHESRALGVPSAPQHTRS LESVGNDNLPSRSYGELGRGSDDIIADIGGRLQRMRGSVIQRAHLFFKRRSEGFDSDTRE AFFKECQRLCLSRMVPHLPNFGLLFTTELHITVDPERGLYIAGWVPVSAVLPLGTVEAAK PRLLPQHAASDSDNAGNPRDDELLSDIRGPRDKQKTRQMSESQLRARGFHQRFGLALHGP EMMIKRKAGKGGLRNTVVGDFFYERPRIRRQTYDGESKRLVVRIRNNANRKTQNARGSGS KPLSNTPSTHSIMAKTLKHGVSFSPNDPLAPDDDPMKGFNWMTSAPELHIDGWRRAEVAG IPEALIFIHGYNTNHVQSLQIMAQMLSFGNFPSYIKPFLFTWPAGRNFTEFFEARENANN PKIQQCFHEFIVSLRDNGIRQIHIMAHSLGSRLLMNSLRGMAEFTFSKSLDTENDGKLPT QFQDRMQLVSLIFLNPEFFLDDFVLREYSFLRQYCSNISLFCDAHDGALWWSELFSGRQA LGRSVFGLYTRPREDESASDVPPKLPPVFAETMACFQGYEPDYLKSDTRDWLDLDVIDMT WLGHNVHSMRHSYWPLNREIIEDIRELVVTRKRARQRTSRLDRREGNVWVYRVAPSSLTS IFDSDI
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/TGME49_289880.fa Sequence name : TGME49_289880 Sequence length : 1326 VALUES OF COMPUTED PARAMETERS Coef20 : 4.341 CoefTot : -0.230 ChDiff : 3 ZoneTo : 21 KR : 3 DE : 0 CleavSite : 13 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 2.165 2.429 0.564 0.803 MesoH : 0.503 1.251 0.019 0.405 MuHd_075 : 33.231 15.454 8.837 6.508 MuHd_095 : 12.740 7.214 1.830 3.555 MuHd_100 : 13.065 8.011 0.733 2.640 MuHd_105 : 7.499 12.026 1.448 2.099 Hmax_075 : 11.000 7.100 0.965 2.430 Hmax_095 : 7.525 7.000 -0.234 3.447 Hmax_100 : 7.000 7.000 -1.021 2.860 Hmax_105 : 5.000 6.000 0.345 1.520 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.6494 0.3506 DFMC : 0.6291 0.3709
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1326 TGME49_289880 MSMAPRFSGVRVVSHHRTPLVDSIEEEKDAGVPGCSHPHSEPEDPTCDPNSGHSKEQQWVLRTGSPEFVSVPLLSASLVG 80 EQWNASESVPGTVDRETEASALGVPAAPEASPAPDQRSTDARRLRFAHSASQNDSLLVELPQHTPGSSSAPTGALTPSSA 160 AGKPDGTAAERSRSFEELSPSELVAPSRVSEEQRGTFKNHGGRETGSSSGLQLRDSRTLKEFGEAEGREPVGDPRSLIPA 240 NSKLDDFRDLSDPCDKVKEERSGRPRPEDEDGTGQVSVRSDSVSDAISSIQQLGSVRCVKQPLGSFEETLTYMKFREYVR 320 RHHGVFGTTTASACIWWILGCQFLVITVALMTCHTDPESNTHRRSFVDLNKTVGRVCVYFFCSLALTAILALKFAGPLML 400 MWSVRLSKLACAVLLILAPSIQIRESARGDAICTTVLYVDSLQLNGMVLFNGIFTQLQLLMFICSMFNCLFWGRLHAYWF 480 QNHSVKLWNIVKKQKVQLQIPQPIEKALNTHHHSERDLADGRVINADGEYIEVHGFSFMDWLRRLLTWAVPSRFLPASLK 560 PSVSVVFYVGQVDSRGLPHGFGRWRSEAYHGESIVGYWDHGIPVGPFKSREFGTGSGFMCIRIGWCKVTKGPLRPEMQLG 640 IGDAECCVSGAFFRTFPRVTLYPLRAKEQSELGSVWYRHGLDEAVANDNKGAAVARLSNFSYTHESRALGVPSAPQHTRS 720 LESVGNDNLPSRSYGELGRGSDDIIADIGGRLQRMRGSVIQRAHLFFKRRSEGFDSDTREAFFKECQRLCLSRMVPHLPN 800 FGLLFTTELHITVDPERGLYIAGWVPVSAVLPLGTVEAAKPRLLPQHAASDSDNAGNPRDDELLSDIRGPRDKQKTRQMS 880 ESQLRARGFHQRFGLALHGPEMMIKRKAGKGGLRNTVVGDFFYERPRIRRQTYDGESKRLVVRIRNNANRKTQNARGSGS 960 KPLSNTPSTHSIMAKTLKHGVSFSPNDPLAPDDDPMKGFNWMTSAPELHIDGWRRAEVAGIPEALIFIHGYNTNHVQSLQ 1040 IMAQMLSFGNFPSYIKPFLFTWPAGRNFTEFFEARENANNPKIQQCFHEFIVSLRDNGIRQIHIMAHSLGSRLLMNSLRG 1120 MAEFTFSKSLDTENDGKLPTQFQDRMQLVSLIFLNPEFFLDDFVLREYSFLRQYCSNISLFCDAHDGALWWSELFSGRQA 1200 LGRSVFGLYTRPREDESASDVPPKLPPVFAETMACFQGYEPDYLKSDTRDWLDLDVIDMTWLGHNVHSMRHSYWPLNREI 1280 IEDIRELVVTRKRARQRTSRLDRREGNVWVYRVAPSSLTSIFDSDI 1360 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 .................................................P.............................. 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 .............................................. 1360 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 1 Name Pos Context Score Pred ____________________________v_________________ TGME49_289880 6 -MSMAPR|FS 0.144 . TGME49_289880 11 PRFSGVR|VV 0.109 . TGME49_289880 17 RVVSHHR|TP 0.062 . TGME49_289880 28 DSIEEEK|DA 0.081 . TGME49_289880 55 PNSGHSK|EQ 0.087 . TGME49_289880 62 EQQWVLR|TG 0.110 . TGME49_289880 95 VPGTVDR|ET 0.141 . TGME49_289880 117 SPAPDQR|ST 0.230 . TGME49_289880 122 QRSTDAR|RL 0.144 . TGME49_289880 123 RSTDARR|LR 0.101 . TGME49_289880 125 TDARRLR|FA 0.439 . TGME49_289880 163 PSSAAGK|PD 0.084 . TGME49_289880 171 DGTAAER|SR 0.101 . TGME49_289880 173 TAAERSR|SF 0.169 . TGME49_289880 188 ELVAPSR|VS 0.108 . TGME49_289880 194 RVSEEQR|GT 0.144 . TGME49_289880 198 EQRGTFK|NH 0.072 . TGME49_289880 203 FKNHGGR|ET 0.109 . TGME49_289880 214 SSGLQLR|DS 0.108 . TGME49_289880 217 LQLRDSR|TL 0.168 . TGME49_289880 220 RDSRTLK|EF 0.254 . TGME49_289880 228 FGEAEGR|EP 0.066 . TGME49_289880 235 EPVGDPR|SL 0.132 . TGME49_289880 243 LIPANSK|LD 0.054 . TGME49_289880 248 SKLDDFR|DL 0.122 . TGME49_289880 256 LSDPCDK|VK 0.054 . TGME49_289880 258 DPCDKVK|EE 0.070 . TGME49_289880 261 DKVKEER|SG 0.117 . TGME49_289880 264 KEERSGR|PR 0.205 . TGME49_289880 266 ERSGRPR|PE 0.129 . TGME49_289880 279 TGQVSVR|SD 0.177 . TGME49_289880 297 QQLGSVR|CV 0.111 . TGME49_289880 300 GSVRCVK|QP 0.117 . TGME49_289880 314 ETLTYMK|FR 0.062 . TGME49_289880 316 LTYMKFR|EY 0.107 . TGME49_289880 320 KFREYVR|RH 0.088 . TGME49_289880 321 FREYVRR|HH 0.227 . TGME49_289880 363 PESNTHR|RS 0.094 . TGME49_289880 364 ESNTHRR|SF 0.327 . TGME49_289880 371 SFVDLNK|TV 0.079 . TGME49_289880 375 LNKTVGR|VC 0.083 . TGME49_289880 393 TAILALK|FA 0.090 . TGME49_289880 405 MLMWSVR|LS 0.085 . TGME49_289880 408 WSVRLSK|LA 0.156 . TGME49_289880 424 APSIQIR|ES 0.116 . TGME49_289880 428 QIRESAR|GD 0.104 . TGME49_289880 474 NCLFWGR|LH 0.069 . TGME49_289880 486 FQNHSVK|LW 0.075 . TGME49_289880 492 KLWNIVK|KQ 0.059 . TGME49_289880 493 LWNIVKK|QK 0.127 . TGME49_289880 495 NIVKKQK|VQ 0.061 . TGME49_289880 506 IPQPIEK|AL 0.075 . TGME49_289880 516 THHHSER|DL 0.211 . TGME49_289880 522 RDLADGR|VI 0.081 . TGME49_289880 543 SFMDWLR|RL 0.069 . TGME49_289880 544 FMDWLRR|LL 0.120 . TGME49_289880 553 TWAVPSR|FL 0.137 . TGME49_289880 560 FLPASLK|PS 0.059 . TGME49_289880 575 VGQVDSR|GL 0.100 . TGME49_289880 583 LPHGFGR|WR 0.153 . TGME49_289880 585 HGFGRWR|SE 0.118 . TGME49_289880 608 IPVGPFK|SR 0.100 . TGME49_289880 610 VGPFKSR|EF 0.126 . TGME49_289880 622 SGFMCIR|IG 0.078 . TGME49_289880 627 IRIGWCK|VT 0.063 . TGME49_289880 630 GWCKVTK|GP 0.070 . TGME49_289880 634 VTKGPLR|PE 0.082 . TGME49_289880 654 VSGAFFR|TF 0.086 . TGME49_289880 658 FFRTFPR|VT 0.076 . TGME49_289880 665 VTLYPLR|AK 0.100 . TGME49_289880 667 LYPLRAK|EQ 0.061 . TGME49_289880 678 LGSVWYR|HG 0.099 . TGME49_289880 690 AVANDNK|GA 0.068 . TGME49_289880 696 KGAAVAR|LS 0.102 . TGME49_289880 707 SYTHESR|AL 0.082 . TGME49_289880 719 SAPQHTR|SL 0.208 . TGME49_289880 732 NDNLPSR|SY 0.189 . TGME49_289880 739 SYGELGR|GS 0.126 . TGME49_289880 751 IADIGGR|LQ 0.067 . TGME49_289880 754 IGGRLQR|MR 0.278 . TGME49_289880 756 GRLQRMR|GS 0.122 . TGME49_289880 762 RGSVIQR|AH 0.081 . TGME49_289880 768 RAHLFFK|RR 0.076 . TGME49_289880 769 AHLFFKR|RS 0.140 . TGME49_289880 770 HLFFKRR|SE 0.224 . TGME49_289880 779 GFDSDTR|EA 0.084 . TGME49_289880 784 TREAFFK|EC 0.069 . TGME49_289880 788 FFKECQR|LC 0.061 . TGME49_289880 793 QRLCLSR|MV 0.115 . TGME49_289880 817 ITVDPER|GL 0.098 . TGME49_289880 840 GTVEAAK|PR 0.056 . TGME49_289880 842 VEAAKPR|LL 0.097 . TGME49_289880 859 DNAGNPR|DD 0.098 . TGME49_289880 868 ELLSDIR|GP 0.082 . TGME49_289880 871 SDIRGPR|DK 0.361 . TGME49_289880 873 IRGPRDK|QK 0.077 . TGME49_289880 875 GPRDKQK|TR 0.084 . TGME49_289880 877 RDKQKTR|QM 0.117 . TGME49_289880 885 MSESQLR|AR 0.099 . TGME49_289880 887 ESQLRAR|GF 0.133 . TGME49_289880 892 ARGFHQR|FG 0.105 . TGME49_289880 905 GPEMMIK|RK 0.062 . TGME49_289880 906 PEMMIKR|KA 0.388 . TGME49_289880 907 EMMIKRK|AG 0.106 . TGME49_289880 910 IKRKAGK|GG 0.068 . TGME49_289880 914 AGKGGLR|NT 0.075 . TGME49_289880 925 GDFFYER|PR 0.073 . TGME49_289880 927 FFYERPR|IR 0.078 . TGME49_289880 929 YERPRIR|RQ 0.080 . TGME49_289880 930 ERPRIRR|QT 0.623 *ProP* TGME49_289880 938 TYDGESK|RL 0.055 . TGME49_289880 939 YDGESKR|LV 0.249 . TGME49_289880 943 SKRLVVR|IR 0.085 . TGME49_289880 945 RLVVRIR|NN 0.088 . TGME49_289880 950 IRNNANR|KT 0.134 . TGME49_289880 951 RNNANRK|TQ 0.088 . TGME49_289880 956 RKTQNAR|GS 0.127 . TGME49_289880 961 ARGSGSK|PL 0.073 . TGME49_289880 975 THSIMAK|TL 0.095 . TGME49_289880 978 IMAKTLK|HG 0.060 . TGME49_289880 997 PDDDPMK|GF 0.063 . TGME49_289880 1014 LHIDGWR|RA 0.094 . TGME49_289880 1015 HIDGWRR|AE 0.146 . TGME49_289880 1056 NFPSYIK|PF 0.050 . TGME49_289880 1066 FTWPAGR|NF 0.076 . TGME49_289880 1075 TEFFEAR|EN 0.095 . TGME49_289880 1082 ENANNPK|IQ 0.062 . TGME49_289880 1095 EFIVSLR|DN 0.121 . TGME49_289880 1100 LRDNGIR|QI 0.124 . TGME49_289880 1112 AHSLGSR|LL 0.104 . TGME49_289880 1119 LLMNSLR|GM 0.092 . TGME49_289880 1128 AEFTFSK|SL 0.092 . TGME49_289880 1137 DTENDGK|LP 0.059 . TGME49_289880 1145 PTQFQDR|MQ 0.085 . TGME49_289880 1166 LDDFVLR|EY 0.082 . TGME49_289880 1172 REYSFLR|QY 0.089 . TGME49_289880 1198 SELFSGR|QA 0.082 . TGME49_289880 1203 GRQALGR|SV 0.267 . TGME49_289880 1211 VFGLYTR|PR 0.075 . TGME49_289880 1213 GLYTRPR|ED 0.095 . TGME49_289880 1224 ASDVPPK|LP 0.064 . TGME49_289880 1245 YEPDYLK|SD 0.060 . TGME49_289880 1249 YLKSDTR|DW 0.091 . TGME49_289880 1270 HNVHSMR|HS 0.108 . TGME49_289880 1278 SYWPLNR|EI 0.095 . TGME49_289880 1285 EIIEDIR|EL 0.067 . TGME49_289880 1291 RELVVTR|KR 0.079 . TGME49_289880 1292 ELVVTRK|RA 0.084 . TGME49_289880 1293 LVVTRKR|AR 0.095 . TGME49_289880 1295 VTRKRAR|QR 0.086 . TGME49_289880 1297 RKRARQR|TS 0.092 . TGME49_289880 1300 ARQRTSR|LD 0.256 . TGME49_289880 1303 RTSRLDR|RE 0.289 . TGME49_289880 1304 TSRLDRR|EG 0.113 . TGME49_289880 1312 GNVWVYR|VA 0.114 . ____________________________^_________________

  • Fasta :-

    >TGME49_289880 CTTCGCTGGGGAGACGAAGCCACTCCGTACGAAAGAAAGCGCTAATGGATGGACTACGAT GCCACATAAGTTTCCATTCCCATTTTCCCTTGTGTGGGAATCCCACTGCTAGTGTTCTGG TTCTTTCTTTCTGCGACAGGGACCGTGTTGCTGGTCTTCAGTTGATGCGGCCAGCGCCTC AAACCTAATCGAGTGAGCTGCAGACCAGCGTGCACAGACTTCCCAGTGAGTTTTTATTCT CCTTTTTCCTGTGGTTTGGTAAGTTGTCTTCTCTAAATGTTTACCCCGGGCAATTCTGCC ACTGAGGTGCCTTTTCTTTCAATGATGTTGTCTATCTCTTAGGTGGAGCTTTCCCGTACA CCTCAGCTCCAGGACTGCAGCGGCCCGACTTCCAACTGAGCGCTTGCGGCTAAAGTTTCT ACCCTTGGCCAACCCGCGTTCTGCGTTACGAACTCTCCGCGGATGCACATTCTTCTTGTG TATTTCTGCTTTGCCTAAACGTATGTTCCAACTCATACCGAATGTCCCATCGCGTCCCTG AAGTTTGATGCTTGTAGATACGGAAAGGTAGGTGTGTTCAGCGAGGCCGCTACACACATC CGAACCGGTGTTCACATAGTATGCATGCTTAATCGTCTGATTGTTTAAGCAAACTTCACT TTCACTGGTACTTGTCAAGCTGGTCGTAGCTGCGTTCAGGAACTCCTGCTCACTACAACT TGCTGCCTGAGGTTTGCGCTAAAAATATGACAGAGTCCAAGTCTCATCTCTGTCTTCAAC GTTAGAACCACTCGCATCGTTCAGACTTAACCGCACTCTCGGAATCTTGAAGAGCGACAG TCTTTTTCTTCCCTTTTCTGGCTGCCGCTGCTTACCCCAGCTAAAAGACCTGGGTTTCAA TGTTCGACGGCTGTCAGGCATTTCATCTGGGGCCGTGTCGCGAGTCTTTACGTCTTCGAT GTTCCTCGACCTGTGGCACCGGGATTCGCTGCGCATGTGAATATGCATGTTCATGCTTTA TCTCCACGTTTTTCTTCCACTTGTGCGTCCAAACTTTGTTGCGCACTCCATCGTTTGCAG TTCTGCCACAGTTCCACATTGGCTTTGCTCCGGACTTGTCGTACCGGTTTTTTTTCGGGC GAGTTCCGGATCGCAACAAGCCCTTTATGACTGCCTACCAAAGCATTTTGGTCGTCTTTC CAACCTGTCTGTACACGCGAAGTTTCAGCTGCCACCATGAGCATGGCGCCTCGGTTTTCA GGTGTTCGCGTGGTTTCGCACCACCGAACTCCTCTTGTTGACTCCATCGAAGAAGAGAAA GACGCGGGTGTTCCAGGTTGTTCACATCCGCACTCTGAACCGGAAGATCCCACTTGCGAC CCTAACTCCGGCCATTCCAAAGAACAACAGTGGGTCCTACGAACCGGCAGCCCCGAGTTT GTGTCAGTGCCTTTGCTGTCAGCTTCTCTCGTCGGTGAACAATGGAACGCCAGCGAAAGC GTGCCAGGGACCGTAGACAGAGAAACGGAAGCATCTGCGTTAGGTGTACCTGCGGCACCA GAGGCATCCCCAGCTCCTGACCAGCGATCGACAGATGCTCGTCGCCTGCGGTTTGCGCAT TCAGCCAGTCAGAACGACAGTCTCCTTGTCGAGCTCCCGCAACATACTCCAGGGAGCAGT TCCGCTCCGACGGGCGCATTGACGCCGTCGAGCGCTGCAGGCAAGCCGGATGGGACAGCC GCCGAGCGCTCGCGGTCTTTTGAAGAACTTTCTCCCTCAGAGCTTGTGGCTCCGAGTCGA GTTTCGGAAGAGCAAAGGGGTACTTTTAAAAACCATGGTGGTCGAGAGACAGGGAGTTCT AGCGGCCTCCAGTTGAGAGACTCGCGAACTCTCAAGGAGTTTGGCGAGGCAGAGGGAAGG GAACCGGTCGGTGATCCGCGGTCATTGATCCCTGCGAACAGCAAGCTGGACGACTTTAGG GATTTGTCAGATCCGTGCGACAAGGTGAAGGAAGAAAGGTCTGGAAGACCGAGGCCGGAG GACGAAGACGGCACCGGGCAGGTCTCGGTCAGGAGCGACAGCGTCAGCGATGCCATCAGC AGCATCCAGCAACTAGGCTCAGTGCGCTGTGTGAAACAGCCGCTCGGTTCGTTCGAGGAG ACGCTGACGTACATGAAGTTCCGCGAATACGTCCGTAGACACCACGGCGTGTTCGGCACC ACGACCGCGAGTGCCTGCATCTGGTGGATTCTCGGATGCCAGTTTCTTGTCATCACTGTC GCGCTCATGACCTGCCACACAGACCCGGAGTCCAACACCCACCGACGCAGCTTCGTCGAT TTGAACAAGACGGTTGGACGCGTTTGCGTCTACTTCTTCTGCTCGCTCGCGCTCACGGCC ATCCTGGCGCTCAAGTTCGCGGGGCCTCTCATGCTTATGTGGTCGGTCAGGCTGTCCAAA CTCGCCTGCGCTGTGCTTCTGATCTTGGCTCCATCTATACAAATTCGAGAGTCTGCGCGT GGCGACGCCATCTGCACGACTGTCCTCTACGTTGACTCTCTCCAACTGAACGGGATGGTC CTCTTCAACGGCATCTTCACCCAGCTGCAGTTGCTCATGTTCATCTGCAGCATGTTCAAC TGCCTCTTCTGGGGCAGACTCCACGCGTACTGGTTCCAGAACCACTCCGTCAAGCTCTGG AACATCGTCAAGAAACAAAAAGTTCAACTGCAAATCCCCCAACCCATCGAAAAGGCTCTC AACACTCACCATCATTCCGAGAGAGATCTGGCAGACGGCCGGGTGATCAACGCAGACGGA GAGTACATCGAGGTCCACGGCTTTTCTTTCATGGACTGGCTGCGGCGCCTGTTGACGTGG GCAGTTCCAAGTCGTTTTCTCCCTGCGAGTCTCAAGCCGTCTGTTTCCGTTGTATTCTAC GTGGGGCAAGTTGACTCAAGAGGTCTACCACATGGATTCGGACGCTGGAGATCCGAGGCC TACCACGGAGAATCCATCGTTGGATACTGGGACCACGGGATTCCCGTTGGCCCCTTCAAG AGCCGCGAGTTTGGCACAGGGTCAGGTTTCATGTGCATTCGCATTGGTTGGTGCAAAGTC ACCAAAGGACCCCTTCGACCCGAAATGCAACTCGGCATCGGAGACGCCGAGTGTTGCGTC AGCGGCGCATTTTTCCGGACTTTTCCGCGAGTCACACTCTACCCCCTGAGGGCGAAGGAA CAGTCTGAGCTCGGGAGTGTATGGTATCGTCATGGTCTCGACGAAGCAGTTGCCAACGAC AACAAAGGTGCTGCCGTCGCCCGGCTCTCCAACTTCAGCTACACCCACGAATCGCGTGCC TTAGGTGTACCCAGCGCTCCACAACACACGCGATCGCTGGAGAGTGTTGGCAACGACAAT TTACCCTCCAGGTCTTACGGAGAATTAGGTCGCGGCAGCGACGACATCATTGCCGATATC GGCGGCCGTCTGCAGAGAATGCGGGGCTCGGTCATCCAGCGTGCCCATCTGTTCTTCAAA CGGAGATCAGAGGGCTTCGACAGTGACACGCGGGAGGCCTTCTTCAAGGAATGTCAGCGT CTGTGCCTTAGCCGAATGGTGCCTCATCTCCCCAACTTCGGGTTGCTATTCACAACGGAG CTCCACATCACAGTCGACCCAGAGCGAGGTCTCTACATCGCAGGCTGGGTGCCGGTGTCA GCAGTGCTTCCACTCGGAACCGTGGAGGCGGCAAAGCCGAGACTGCTGCCGCAGCATGCA GCCTCTGATTCAGATAATGCAGGAAATCCTCGAGACGACGAGCTGCTTTCAGACATCAGA GGGCCCCGTGACAAACAGAAAACTCGACAAATGTCAGAGTCGCAGCTGCGCGCCCGGGGC TTCCACCAGCGGTTCGGTCTTGCGCTGCACGGTCCGGAGATGATGATCAAGCGAAAGGCA GGAAAGGGGGGTCTGCGCAACACTGTTGTCGGGGATTTCTTCTACGAGAGGCCGCGAATC CGGCGTCAAACGTACGATGGAGAATCAAAGCGCCTGGTTGTGCGAATTCGGAATAACGCA AACCGGAAAACACAAAACGCGCGAGGGTCGGGGTCGAAGCCTCTGAGCAACACACCGAGC ACGCATTCCATAATGGCGAAAACTCTGAAGCATGGTGTTTCCTTCTCCCCGAATGACCCT TTGGCTCCGGATGACGATCCCATGAAAGGTTTCAACTGGATGACCAGCGCTCCGGAGCTT CATATCGACGGCTGGCGGCGAGCAGAGGTGGCTGGGATTCCTGAGGCGCTTATCTTCATT CACGGATACAACACGAACCATGTACAGTCGTTGCAGATCATGGCGCAAATGCTTTCCTTT GGAAACTTCCCCAGCTATATCAAGCCATTCCTCTTCACGTGGCCCGCAGGGCGCAACTTT ACAGAGTTTTTTGAAGCCCGTGAAAACGCAAACAACCCCAAAATTCAGCAGTGCTTTCAT GAATTCATCGTCTCTTTACGAGATAACGGCATCAGGCAGATTCACATCATGGCGCACAGT CTCGGATCTCGGCTCTTAATGAACAGCCTTCGTGGCATGGCAGAATTCACCTTCAGCAAG TCACTGGACACAGAAAATGACGGCAAACTTCCAACGCAGTTTCAAGACCGCATGCAACTG GTTTCGTTGATCTTCTTGAACCCAGAATTCTTTTTGGATGATTTCGTTTTGCGGGAATAC TCGTTTCTGCGGCAGTACTGCAGCAACATTTCGCTATTCTGTGATGCTCATGACGGGGCG CTCTGGTGGTCAGAGCTCTTCAGTGGACGGCAGGCATTGGGGCGTAGTGTCTTTGGTCTC TACACAAGACCTAGGGAGGACGAATCGGCGAGTGATGTGCCTCCAAAGCTTCCACCCGTA TTCGCCGAAACAATGGCATGTTTTCAAGGTTATGAACCGGATTATCTCAAATCTGATACC AGAGATTGGCTAGATCTGGACGTCATTGATATGACGTGGCTCGGTCATAATGTCCACTCA ATGAGGCATTCATATTGGCCCCTGAACCGCGAGATTATTGAAGACATTCGGGAGCTTGTA GTCACAAGGAAGAGAGCGCGTCAACGAACTTCACGTCTCGATCGACGTGAAGGAAACGTG TGGGTGTACCGGGTGGCGCCTTCTTCGCTCACTTCTATTTTTGACAGCGATATTTGACGC TCTATACACTGATCAATGACGGTCTGTGTGTCTTCGCTCGTCTGGTCATGCTAGTAACGG TAGAAATACTCAGTCACGTTCCCACTTGCGGTAGATTCAGGTACCATGTGTTTTTCGGCT TTGCGTGCTGCTTTTTCCATGCGACTCAGCTGTTGTGGAATTGCGTCGCTATTGGTGGGA TGTGTAGTCTGACGAAGCTGCGAGCACCTGTGGCGTAGTTTTGTCAAGTGGCAATTCTTT TTGCTTTGGCTTTTGTCGCGAAGAACCTACTCCCCATGTACATTGGAAGCATTACTGAAC TCGCTGCTGGGGTAGCTCTCTGCTGACAATAGGAAGTGAAGCCGTGTAGGCGCAAGTGAA AGAATGACCTTTCTGTGCCATTAGCAGTTAACACTTTGACAGTAATTGGGCTGGTGCCGC TGGAGAAGCGAAAAAAACGCTGTGGACTACGAAATGGTATGAGTAGTATGCTTCACCTGA GGTGTCCTGAGCCTCTGTCCGTGTCGTTTTTGTTTTGCGCTCTGGGGCAGCGCCACGTGC GGTGTGATGGAAGGATCTCAGGCTGCATGTGTATTACACTGTACATTATTATAGATTCGG GAAACCTGGTGTCACTACCCGGCGGCATCATGTACCTGCCCCAAGGATTTTCCTGGATCT TCAGGCAGGCAACTAAGAAGAGAAGCTGCTGTATGAAAGAAAAGAGCTTTTCCGAGAAGC AATCGGTGCA
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  • Fasta :-

    MSMAPRFSGVRVVSHHRTPLVDSIEEEKDAGVPGCSHPHSEPEDPTCDPNSGHSKEQQWV LRTGSPEFVSVPLLSASLVGEQWNASESVPGTVDRETEASALGVPAAPEASPAPDQRSTD ARRLRFAHSASQNDSLLVELPQHTPGSSSAPTGALTPSSAAGKPDGTAAERSRSFEELSP SELVAPSRVSEEQRGTFKNHGGRETGSSSGLQLRDSRTLKEFGEAEGREPVGDPRSLIPA NSKLDDFRDLSDPCDKVKEERSGRPRPEDEDGTGQVSVRSDSVSDAISSIQQLGSVRCVK QPLGSFEETLTYMKFREYVRRHHGVFGTTTASACIWWILGCQFLVITVALMTCHTDPESN THRRSFVDLNKTVGRVCVYFFCSLALTAILALKFAGPLMLMWSVRLSKLACAVLLILAPS IQIRESARGDAICTTVLYVDSLQLNGMVLFNGIFTQLQLLMFICSMFNCLFWGRLHAYWF QNHSVKLWNIVKKQKVQLQIPQPIEKALNTHHHSERDLADGRVINADGEYIEVHGFSFMD WLRRLLTWAVPSRFLPASLKPSVSVVFYVGQVDSRGLPHGFGRWRSEAYHGESIVGYWDH GIPVGPFKSREFGTGSGFMCIRIGWCKVTKGPLRPEMQLGIGDAECCVSGAFFRTFPRVT LYPLRAKEQSELGSVWYRHGLDEAVANDNKGAAVARLSNFSYTHESRALGVPSAPQHTRS LESVGNDNLPSRSYGELGRGSDDIIADIGGRLQRMRGSVIQRAHLFFKRRSEGFDSDTRE AFFKECQRLCLSRMVPHLPNFGLLFTTELHITVDPERGLYIAGWVPVSAVLPLGTVEAAK PRLLPQHAASDSDNAGNPRDDELLSDIRGPRDKQKTRQMSESQLRARGFHQRFGLALHGP EMMIKRKAGKGGLRNTVVGDFFYERPRIRRQTYDGESKRLVVRIRNNANRKTQNARGSGS KPLSNTPSTHSIMAKTLKHGVSFSPNDPLAPDDDPMKGFNWMTSAPELHIDGWRRAEVAG IPEALIFIHGYNTNHVQSLQIMAQMLSFGNFPSYIKPFLFTWPAGRNFTEFFEARENANN PKIQQCFHEFIVSLRDNGIRQIHIMAHSLGSRLLMNSLRGMAEFTFSKSLDTENDGKLPT QFQDRMQLVSLIFLNPEFFLDDFVLREYSFLRQYCSNISLFCDAHDGALWWSELFSGRQA LGRSVFGLYTRPREDESASDVPPKLPPVFAETMACFQGYEPDYLKSDTRDWLDLDVIDMT WLGHNVHSMRHSYWPLNREIIEDIRELVVTRKRARQRTSRLDRREGNVWVYRVAPSSLTS IFDSDI

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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
TGME49_28988040 SSHPHSEPED0.991unspTGME49_28988040 SSHPHSEPED0.991unspTGME49_28988040 SSHPHSEPED0.991unspTGME49_28988054 SNSGHSKEQQ0.992unspTGME49_289880174 SERSRSFEEL0.997unspTGME49_289880179 SFEELSPSEL0.993unspTGME49_289880190 SPSRVSEEQR0.994unspTGME49_289880282 SVRSDSVSDA0.998unspTGME49_289880305 SQPLGSFEET0.995unspTGME49_289880426 SQIRESARGD0.996unspTGME49_289880514 STHHHSERDL0.994unspTGME49_289880850 SQHAASDSDN0.996unspTGME49_289880880 STRQMSESQL0.995unspTGME49_289880932 TIRRQTYDGE0.993unspTGME49_2898801217 SREDESASDV0.992unspTGME49_2898801299 SRQRTSRLDR0.996unspTGME49_2898801320 SSSLTSIFDS0.995unspTGME49_28988014 SVRVVSHHRT0.996unspTGME49_28988023 SPLVDSIEEE0.997unsp

TGME49_089880      



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