TGME49_308580 | Lon protease family protein

_IDPredictionOTHERSPmTPCS_Position
TGME49_308580OTHER0.9987460.0001530.001100
No Results

  • Fasta :-

    >TGME49_308580 MAHPARLHKAPGVASSCSSSASRTCISLTSRRPPFARCFYPSLGAAFSLLPNRSRQDTVA FLQEKGKNWRPQAFSPASVRSFVSLSRTGTALAQQPRFFVSRRLPPSPGFSGRSLRKQPT HPSGGGNVQTDFLFSRFPVSPFSVLSSSLSLSSLSLSSLSPSSLSPSSLSPSSLSPSSLS PSSLSPSSLSPSSLSPSSLSPPSLSPSSLSHFSVSPSRSVCPRFQPFSRLAHDAYVAREC LPPTRRTSARHSFSHSPSSFVSVSSLSGASVVFAEAPLSPLAFSPRSWEIFSVPSARRES RSLSSGAHGPRRREEDWREEKAEPATEARDSDNLSGEAERPGHRDSPQRQIEKTEAPEPV PVVAEKRGKALQDFLGPSGGTQGEVEQQRHSSAASAHSSEETLHPTGEVTQIDVRDLPSS GQGLLKQMEDNPASPVRVGRRRRGATISERGYKAQKLQRPETAEGQTEETTFRRSEKRAT DEAEEAQAVLLRGDSAPASLSSHNISSALSALPPRFSVLTALPLFRRPAFPGFFQLLHIP DNDVFEALVRQKKSGMPGGDYVAGFLTIEEKEKEHEEDEEGPGAKLRKDAGRVVDISELH TTGSLLHLLNFAPHSNVRGGQVVVMPYRRIRLLGAADSPASSSPPTDTSPSLPHASTHSG GAAASSTSSASAEVLNTPAESLQREMEKDEEVSLTSKAEEEDQVLREGAGTSRPAVGDQG AAASGVSPDKEAEEPPFSSPNSDAEQMQGTQNKGKTGEPSPSSSSSSSLSPVKTATFSLL RVRIAYLPDESGRFDVNDTQKALHLEIIATMKELLKQSYFYKEHFDQVVRFYNLDSPHKL ADLVAGMSFGKRQELQAVLAEEDIEKRLRLVLEIAKKDLEFSKLQAQVKAQVEEKMNKMQ RKFLLSEQLKFLKRELGEVKDDKESILDSFAERLEKKKHALPEEVQKAVAYELSKLHSLE QSSSEFNITRTYTDCLLSLPWGEYTEDCSDIFVAEQILNEDHYGLADVKDRILEFIAVTI LRKDVQGKIICLVGPPGVGKTSVGQSIARALHRKFYRISLGGMCDVAELRGHRRTYISAL PGKVIQALKECQTMNPVILLDEIDKLGRDFRGDPSSALLEILDPSQNKSFRDYYLDVSVD LSKVLFVCTANTPDVIPGPLLDRMEVIRIAGYIFQEKLCIARNYLLPQTSQSAGLTDDQI SISSEVLEKLVRDYAREAGVRSLLKLIERIYRKAALSLVRKEQEKVEVHMDNLSKFVGQP TFQSDRLYGETPPGVVMGLAWTQMGGATLYVEAIGRRPRDTSKRVEMERKNWRLADDDEA CRREKRGRTEQRSRSPAGAEGRLKVTGQLGNVMSESSEIALTFCRVFVRRIEPRNSFLET AQIHLHVPEGATPKDGPSAGVTMATALVSLALNKPVLPDVAMTGELTLTGKVLKIGGVKE KVIAARRENVNTLIFPQANEREFSELPDDVKEGLSVHFASTYDDVYRVAFGAEPPSRT
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/TGME49_308580.fa Sequence name : TGME49_308580 Sequence length : 1498 VALUES OF COMPUTED PARAMETERS Coef20 : 3.996 CoefTot : 0.860 ChDiff : 2 ZoneTo : 56 KR : 8 DE : 0 CleavSite : 57 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.706 1.406 0.248 0.564 MesoH : 1.077 0.395 0.020 0.247 MuHd_075 : 42.904 17.083 9.816 9.012 MuHd_095 : 30.061 23.267 9.135 7.489 MuHd_100 : 28.338 24.174 9.424 7.386 MuHd_105 : 31.838 20.532 8.357 7.318 Hmax_075 : 12.200 11.900 3.571 4.290 Hmax_095 : 18.287 17.063 4.603 6.265 Hmax_100 : 19.900 19.600 5.051 7.040 Hmax_105 : 12.800 20.767 3.832 4.170 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.0842 0.9158 DFMC : 0.0318 0.9682 This protein is probably imported in mitochondria. f(Ser) = 0.1964 f(Arg) = 0.1250 CMi = 0.80175 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) ##### 1498 TGME49_308580 MAHPARLHKAPGVASSCSSSASRTCISLTSRRPPFARCFYPSLGAAFSLLPNRSRQDTVAFLQEKGKNWRPQAFSPASVR 80 SFVSLSRTGTALAQQPRFFVSRRLPPSPGFSGRSLRKQPTHPSGGGNVQTDFLFSRFPVSPFSVLSSSLSLSSLSLSSLS 160 PSSLSPSSLSPSSLSPSSLSPSSLSPSSLSPSSLSPSSLSPPSLSPSSLSHFSVSPSRSVCPRFQPFSRLAHDAYVAREC 240 LPPTRRTSARHSFSHSPSSFVSVSSLSGASVVFAEAPLSPLAFSPRSWEIFSVPSARRESRSLSSGAHGPRRREEDWREE 320 KAEPATEARDSDNLSGEAERPGHRDSPQRQIEKTEAPEPVPVVAEKRGKALQDFLGPSGGTQGEVEQQRHSSAASAHSSE 400 ETLHPTGEVTQIDVRDLPSSGQGLLKQMEDNPASPVRVGRRRRGATISERGYKAQKLQRPETAEGQTEETTFRRSEKRAT 480 DEAEEAQAVLLRGDSAPASLSSHNISSALSALPPRFSVLTALPLFRRPAFPGFFQLLHIPDNDVFEALVRQKKSGMPGGD 560 YVAGFLTIEEKEKEHEEDEEGPGAKLRKDAGRVVDISELHTTGSLLHLLNFAPHSNVRGGQVVVMPYRRIRLLGAADSPA 640 SSSPPTDTSPSLPHASTHSGGAAASSTSSASAEVLNTPAESLQREMEKDEEVSLTSKAEEEDQVLREGAGTSRPAVGDQG 720 AAASGVSPDKEAEEPPFSSPNSDAEQMQGTQNKGKTGEPSPSSSSSSSLSPVKTATFSLLRVRIAYLPDESGRFDVNDTQ 800 KALHLEIIATMKELLKQSYFYKEHFDQVVRFYNLDSPHKLADLVAGMSFGKRQELQAVLAEEDIEKRLRLVLEIAKKDLE 880 FSKLQAQVKAQVEEKMNKMQRKFLLSEQLKFLKRELGEVKDDKESILDSFAERLEKKKHALPEEVQKAVAYELSKLHSLE 960 QSSSEFNITRTYTDCLLSLPWGEYTEDCSDIFVAEQILNEDHYGLADVKDRILEFIAVTILRKDVQGKIICLVGPPGVGK 1040 TSVGQSIARALHRKFYRISLGGMCDVAELRGHRRTYISALPGKVIQALKECQTMNPVILLDEIDKLGRDFRGDPSSALLE 1120 ILDPSQNKSFRDYYLDVSVDLSKVLFVCTANTPDVIPGPLLDRMEVIRIAGYIFQEKLCIARNYLLPQTSQSAGLTDDQI 1200 SISSEVLEKLVRDYAREAGVRSLLKLIERIYRKAALSLVRKEQEKVEVHMDNLSKFVGQPTFQSDRLYGETPPGVVMGLA 1280 WTQMGGATLYVEAIGRRPRDTSKRVEMERKNWRLADDDEACRREKRGRTEQRSRSPAGAEGRLKVTGQLGNVMSESSEIA 1360 LTFCRVFVRRIEPRNSFLETAQIHLHVPEGATPKDGPSAGVTMATALVSLALNKPVLPDVAMTGELTLTGKVLKIGGVKE 1440 KVIAARRENVNTLIFPQANEREFSELPDDVKEGLSVHFASTYDDVYRVAFGAEPPSRT 1520 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ............................................................P................... 320 ................................................................................ 400 ..........................................P..................................... 480 ........................................................................P....... 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 ..................P..........................P.................................. 1360 ................................................................................ 1440 .......................................................... 1520 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 5 Name Pos Context Score Pred ____________________________v_________________ TGME49_308580 6 -MAHPAR|LH 0.093 . TGME49_308580 9 HPARLHK|AP 0.158 . TGME49_308580 23 CSSSASR|TC 0.081 . TGME49_308580 31 CISLTSR|RP 0.071 . TGME49_308580 32 ISLTSRR|PP 0.101 . TGME49_308580 37 RRPPFAR|CF 0.168 . TGME49_308580 53 FSLLPNR|SR 0.093 . TGME49_308580 55 LLPNRSR|QD 0.091 . TGME49_308580 65 VAFLQEK|GK 0.061 . TGME49_308580 67 FLQEKGK|NW 0.076 . TGME49_308580 70 EKGKNWR|PQ 0.085 . TGME49_308580 80 FSPASVR|SF 0.096 . TGME49_308580 87 SFVSLSR|TG 0.073 . TGME49_308580 97 ALAQQPR|FF 0.088 . TGME49_308580 102 PRFFVSR|RL 0.101 . TGME49_308580 103 RFFVSRR|LP 0.103 . TGME49_308580 113 SPGFSGR|SL 0.374 . TGME49_308580 116 FSGRSLR|KQ 0.232 . TGME49_308580 117 SGRSLRK|QP 0.073 . TGME49_308580 136 TDFLFSR|FP 0.080 . TGME49_308580 218 FSVSPSR|SV 0.177 . TGME49_308580 223 SRSVCPR|FQ 0.157 . TGME49_308580 229 RFQPFSR|LA 0.124 . TGME49_308580 238 HDAYVAR|EC 0.089 . TGME49_308580 245 ECLPPTR|RT 0.078 . TGME49_308580 246 CLPPTRR|TS 0.098 . TGME49_308580 250 TRRTSAR|HS 0.177 . TGME49_308580 286 PLAFSPR|SW 0.171 . TGME49_308580 297 FSVPSAR|RE 0.111 . TGME49_308580 298 SVPSARR|ES 0.091 . TGME49_308580 301 SARRESR|SL 0.672 *ProP* TGME49_308580 311 SGAHGPR|RR 0.084 . TGME49_308580 312 GAHGPRR|RE 0.166 . TGME49_308580 313 AHGPRRR|EE 0.135 . TGME49_308580 318 RREEDWR|EE 0.105 . TGME49_308580 321 EDWREEK|AE 0.093 . TGME49_308580 329 EPATEAR|DS 0.156 . TGME49_308580 340 LSGEAER|PG 0.076 . TGME49_308580 344 AERPGHR|DS 0.087 . TGME49_308580 349 HRDSPQR|QI 0.171 . TGME49_308580 353 PQRQIEK|TE 0.058 . TGME49_308580 366 VPVVAEK|RG 0.063 . TGME49_308580 367 PVVAEKR|GK 0.141 . TGME49_308580 369 VAEKRGK|AL 0.071 . TGME49_308580 389 GEVEQQR|HS 0.123 . TGME49_308580 415 VTQIDVR|DL 0.091 . TGME49_308580 426 SGQGLLK|QM 0.077 . TGME49_308580 437 NPASPVR|VG 0.089 . TGME49_308580 440 SPVRVGR|RR 0.287 . TGME49_308580 441 PVRVGRR|RR 0.132 . TGME49_308580 442 VRVGRRR|RG 0.112 . TGME49_308580 443 RVGRRRR|GA 0.737 *ProP* TGME49_308580 450 GATISER|GY 0.097 . TGME49_308580 453 ISERGYK|AQ 0.126 . TGME49_308580 456 RGYKAQK|LQ 0.060 . TGME49_308580 459 KAQKLQR|PE 0.113 . TGME49_308580 473 TEETTFR|RS 0.089 . TGME49_308580 474 EETTFRR|SE 0.161 . TGME49_308580 477 TFRRSEK|RA 0.201 . TGME49_308580 478 FRRSEKR|AT 0.427 . TGME49_308580 492 AQAVLLR|GD 0.093 . TGME49_308580 515 LSALPPR|FS 0.079 . TGME49_308580 526 TALPLFR|RP 0.068 . TGME49_308580 527 ALPLFRR|PA 0.200 . TGME49_308580 550 VFEALVR|QK 0.081 . TGME49_308580 552 EALVRQK|KS 0.064 . TGME49_308580 553 ALVRQKK|SG 0.573 *ProP* TGME49_308580 571 FLTIEEK|EK 0.068 . TGME49_308580 573 TIEEKEK|EH 0.072 . TGME49_308580 585 EEGPGAK|LR 0.067 . TGME49_308580 587 GPGAKLR|KD 0.098 . TGME49_308580 588 PGAKLRK|DA 0.204 . TGME49_308580 592 LRKDAGR|VV 0.229 . TGME49_308580 618 APHSNVR|GG 0.097 . TGME49_308580 628 VVVMPYR|RI 0.077 . TGME49_308580 629 VVMPYRR|IR 0.086 . TGME49_308580 631 MPYRRIR|LL 0.361 . TGME49_308580 684 PAESLQR|EM 0.088 . TGME49_308580 688 LQREMEK|DE 0.088 . TGME49_308580 697 EVSLTSK|AE 0.061 . TGME49_308580 706 EEDQVLR|EG 0.062 . TGME49_308580 713 EGAGTSR|PA 0.095 . TGME49_308580 730 SGVSPDK|EA 0.071 . TGME49_308580 753 MQGTQNK|GK 0.076 . TGME49_308580 755 GTQNKGK|TG 0.080 . TGME49_308580 773 SSLSPVK|TA 0.065 . TGME49_308580 781 ATFSLLR|VR 0.073 . TGME49_308580 783 FSLLRVR|IA 0.075 . TGME49_308580 793 LPDESGR|FD 0.081 . TGME49_308580 801 DVNDTQK|AL 0.069 . TGME49_308580 812 EIIATMK|EL 0.059 . TGME49_308580 816 TMKELLK|QS 0.062 . TGME49_308580 822 KQSYFYK|EH 0.086 . TGME49_308580 830 HFDQVVR|FY 0.074 . TGME49_308580 839 NLDSPHK|LA 0.065 . TGME49_308580 851 AGMSFGK|RQ 0.057 . TGME49_308580 852 GMSFGKR|QE 0.197 . TGME49_308580 866 AEEDIEK|RL 0.060 . TGME49_308580 867 EEDIEKR|LR 0.094 . TGME49_308580 869 DIEKRLR|LV 0.085 . TGME49_308580 876 LVLEIAK|KD 0.051 . TGME49_308580 877 VLEIAKK|DL 0.110 . TGME49_308580 883 KDLEFSK|LQ 0.065 . TGME49_308580 889 KLQAQVK|AQ 0.066 . TGME49_308580 895 KAQVEEK|MN 0.070 . TGME49_308580 898 VEEKMNK|MQ 0.064 . TGME49_308580 901 KMNKMQR|KF 0.094 . TGME49_308580 902 MNKMQRK|FL 0.127 . TGME49_308580 910 LLSEQLK|FL 0.084 . TGME49_308580 913 EQLKFLK|RE 0.054 . TGME49_308580 914 QLKFLKR|EL 0.228 . TGME49_308580 920 RELGEVK|DD 0.064 . TGME49_308580 923 GEVKDDK|ES 0.056 . TGME49_308580 933 LDSFAER|LE 0.085 . TGME49_308580 936 FAERLEK|KK 0.100 . TGME49_308580 937 AERLEKK|KH 0.080 . TGME49_308580 938 ERLEKKK|HA 0.149 . TGME49_308580 947 LPEEVQK|AV 0.083 . TGME49_308580 955 VAYELSK|LH 0.059 . TGME49_308580 970 SEFNITR|TY 0.105 . TGME49_308580 1009 YGLADVK|DR 0.058 . TGME49_308580 1011 LADVKDR|IL 0.111 . TGME49_308580 1022 IAVTILR|KD 0.079 . TGME49_308580 1023 AVTILRK|DV 0.106 . TGME49_308580 1028 RKDVQGK|II 0.077 . TGME49_308580 1040 GPPGVGK|TS 0.061 . TGME49_308580 1049 VGQSIAR|AL 0.105 . TGME49_308580 1053 IARALHR|KF 0.090 . TGME49_308580 1054 ARALHRK|FY 0.158 . TGME49_308580 1057 LHRKFYR|IS 0.126 . TGME49_308580 1070 CDVAELR|GH 0.074 . TGME49_308580 1073 AELRGHR|RT 0.124 . TGME49_308580 1074 ELRGHRR|TY 0.169 . TGME49_308580 1083 ISALPGK|VI 0.068 . TGME49_308580 1089 KVIQALK|EC 0.059 . TGME49_308580 1105 LLDEIDK|LG 0.057 . TGME49_308580 1108 EIDKLGR|DF 0.089 . TGME49_308580 1111 KLGRDFR|GD 0.232 . TGME49_308580 1128 LDPSQNK|SF 0.078 . TGME49_308580 1131 SQNKSFR|DY 0.129 . TGME49_308580 1143 VSVDLSK|VL 0.060 . TGME49_308580 1163 PGPLLDR|ME 0.065 . TGME49_308580 1168 DRMEVIR|IA 0.163 . TGME49_308580 1177 GYIFQEK|LC 0.057 . TGME49_308580 1182 EKLCIAR|NY 0.071 . TGME49_308580 1209 SSEVLEK|LV 0.075 . TGME49_308580 1212 VLEKLVR|DY 0.081 . TGME49_308580 1216 LVRDYAR|EA 0.120 . TGME49_308580 1221 AREAGVR|SL 0.116 . TGME49_308580 1225 GVRSLLK|LI 0.071 . TGME49_308580 1229 LLKLIER|IY 0.081 . TGME49_308580 1232 LIERIYR|KA 0.204 . TGME49_308580 1233 IERIYRK|AA 0.080 . TGME49_308580 1240 AALSLVR|KE 0.071 . TGME49_308580 1241 ALSLVRK|EQ 0.131 . TGME49_308580 1245 VRKEQEK|VE 0.059 . TGME49_308580 1255 HMDNLSK|FV 0.107 . TGME49_308580 1266 PTFQSDR|LY 0.092 . TGME49_308580 1296 YVEAIGR|RP 0.065 . TGME49_308580 1297 VEAIGRR|PR 0.119 . TGME49_308580 1299 AIGRRPR|DT 0.513 *ProP* TGME49_308580 1303 RPRDTSK|RV 0.091 . TGME49_308580 1304 PRDTSKR|VE 0.143 . TGME49_308580 1309 KRVEMER|KN 0.085 . TGME49_308580 1310 RVEMERK|NW 0.083 . TGME49_308580 1313 MERKNWR|LA 0.139 . TGME49_308580 1322 DDDEACR|RE 0.066 . TGME49_308580 1323 DDEACRR|EK 0.108 . TGME49_308580 1325 EACRREK|RG 0.108 . TGME49_308580 1326 ACRREKR|GR 0.607 *ProP* TGME49_308580 1328 RREKRGR|TE 0.104 . TGME49_308580 1332 RGRTEQR|SR 0.203 . TGME49_308580 1334 RTEQRSR|SP 0.130 . TGME49_308580 1342 PAGAEGR|LK 0.089 . TGME49_308580 1344 GAEGRLK|VT 0.076 . TGME49_308580 1365 IALTFCR|VF 0.064 . TGME49_308580 1369 FCRVFVR|RI 0.094 . TGME49_308580 1370 CRVFVRR|IE 0.114 . TGME49_308580 1374 VRRIEPR|NS 0.113 . TGME49_308580 1394 PEGATPK|DG 0.073 . TGME49_308580 1414 VSLALNK|PV 0.071 . TGME49_308580 1431 ELTLTGK|VL 0.062 . TGME49_308580 1434 LTGKVLK|IG 0.074 . TGME49_308580 1439 LKIGGVK|EK 0.056 . TGME49_308580 1441 IGGVKEK|VI 0.071 . TGME49_308580 1446 EKVIAAR|RE 0.083 . TGME49_308580 1447 KVIAARR|EN 0.091 . TGME49_308580 1461 FPQANER|EF 0.089 . TGME49_308580 1471 ELPDDVK|EG 0.054 . TGME49_308580 1487 TYDDVYR|VA 0.126 . TGME49_308580 1497 GAEPPSR|T- 0.097 . ____________________________^_________________

  • Fasta :-

    >TGME49_308580 CGATTCGTGCCCAGCGCATAAGGCTTCGTTGTCCACGGACCTTCGCATGCATTGCATTGT GTAATGGTAGAAGAGAGATACAGAAGTCAATCGATATTCGTATGTTTTCTGTTCGCATGC GGTTTCAGAAGTGCCGTGAAAGCAGGGGGAGAGAACGCGGTTTTGGTAAGCTTTCCTTTG CTGGTTCTCACACATCGTTCCTTCACTGTCGAAGGCGACCTCGCCTCTCAGTCTCTTCCG CTGCGTGCTTCTCCCCTCGTTTTTCCCCGGTCAAGTCGGTCGCTCGAGCTCCACCGGGGC GGTGAAGGTCACCGGCCGACTCGCGTGGGGTGCTCCTTTTCCGGTTGTCCTGACTTCTCG GTCTCCTTCCGCGAACGCTTTCCCGTTTCTTTCTCAGCTGTCTGTTTCGAGTTTCTCCTC TCCAAGGGAACCTCGCGTCTCGGGGGCCGCCCCTAGCGCGCAGAACGTGTCTCCGTCTCC GTCTCCCTCTCGTCTTTTCTCTTCTCTCTCACAAGATGGCGCATCCCGCCCGTCTTCACA AAGCCCCTGGGGTCGCCTCTTCGTGTTCTTCCAGTGCTTCTCGTACCTGTATTTCTCTCA CTTCTCGTCGTCCACCCTTTGCCCGGTGTTTCTATCCCTCACTTGGTGCAGCTTTCTCGC TGCTTCCGAATCGAAGTCGCCAGGACACTGTGGCTTTCCTGCAAGAAAAAGGGAAAAATT GGCGTCCACAAGCCTTCTCACCTGCCTCCGTACGCTCCTTCGTTTCTCTTTCCCGCACTG GAACTGCCTTAGCGCAGCAGCCGCGCTTCTTCGTCTCTCGTCGCTTACCTCCTTCTCCCG GTTTCAGTGGCCGTTCGCTGAGAAAGCAGCCGACGCATCCTTCCGGTGGAGGAAATGTGC AGACTGACTTCCTTTTCTCTCGCTTCCCTGTCTCTCCTTTTTCTGTCCTTTCTTCCTCTC TCTCTCTTTCCTCTCTCTCTCTTTCCTCTCTCTCTCCTTCCTCTCTCTCTCCTTCCTCTC TCTCTCCTTCCTCTCTCTCTCCTTCCTCTCTCTCTCCTTCCTCTCTCTCTCCTTCCTCTC TCTCTCCTTCCTCTCTCTCTCCTTCCTCTCTCTCTCCTCCCTCCCTCTCTCCTTCCTCTC TCTCCCATTTCTCTGTCTCGCCTTCTCGCTCTGTTTGCCCCCGTTTTCAGCCGTTTTCGC GTCTAGCACATGATGCATATGTCGCTCGTGAGTGTTTGCCTCCGACTCGTCGTACGTCGG CGCGTCATTCCTTCTCCCACTCTCCTTCGTCCTTTGTCTCTGTCTCTTCTCTCTCTGGTG CGTCGGTGGTCTTCGCGGAGGCACCTTTGTCTCCTCTCGCGTTCTCCCCGCGCTCTTGGG AGATCTTTTCTGTTCCTTCTGCTCGTCGAGAGTCTCGGTCTCTCTCCTCAGGCGCTCACG GCCCTCGCAGGCGAGAAGAAGACTGGAGAGAAGAGAAGGCCGAACCTGCGACTGAAGCGA GAGACAGCGACAACCTCTCAGGAGAAGCAGAGCGGCCCGGACACAGGGACAGTCCACAGA GACAGATCGAAAAGACAGAGGCTCCCGAGCCAGTCCCTGTAGTTGCGGAGAAGAGAGGGA AGGCGCTCCAGGACTTTTTAGGTCCATCGGGAGGAACCCAGGGAGAGGTCGAGCAACAAA GGCATTCTTCTGCCGCGTCTGCACACAGTTCCGAGGAGACTTTGCATCCGACAGGTGAAG TGACGCAGATTGACGTTCGAGACTTGCCTTCTTCTGGGCAAGGACTCCTGAAGCAGATGG AAGACAACCCAGCCTCTCCTGTGCGTGTTGGCCGTCGTCGCCGAGGTGCGACCATTTCAG AGAGAGGCTACAAGGCGCAAAAGCTGCAGAGACCGGAAACAGCGGAAGGCCAGACGGAAG AGACAACTTTCAGAAGATCAGAGAAGCGGGCAACTGACGAGGCGGAAGAGGCTCAGGCGG TTCTTCTTCGCGGGGACTCTGCTCCGGCCTCTTTGTCCAGCCACAATATCTCGTCTGCTC TCTCGGCCTTGCCTCCCAGATTCTCGGTCCTTACTGCTCTTCCTCTTTTTCGACGACCTG CGTTCCCCGGATTCTTTCAGCTTCTCCACATCCCCGACAATGACGTGTTTGAGGCCCTGG TGAGGCAGAAGAAGAGCGGCATGCCGGGTGGAGACTACGTCGCAGGGTTTTTGACGATTG AGGAGAAGGAGAAGGAACACGAAGAAGACGAAGAGGGACCTGGGGCGAAGCTACGCAAAG ACGCCGGACGCGTGGTCGACATTTCCGAGCTCCACACCACCGGCAGTCTTCTGCATCTCC TCAACTTTGCTCCACACAGCAACGTGAGGGGCGGCCAAGTCGTCGTCATGCCTTACCGAC GCATTCGTTTGTTGGGCGCTGCGGACTCTCCTGCATCGTCGTCCCCGCCTACAGACACGT CGCCGTCGCTGCCTCATGCCTCTACACACAGCGGAGGTGCAGCAGCTTCTTCCACCTCTT CGGCTTCAGCAGAGGTTCTCAATACACCGGCTGAAAGTCTTCAGCGCGAGATGGAGAAGG ACGAGGAAGTCTCTCTCACCTCCAAAGCAGAGGAAGAGGACCAGGTTCTGAGGGAGGGCG CTGGTACTTCCCGCCCGGCAGTGGGCGACCAGGGCGCAGCTGCCTCCGGTGTCTCTCCAG ATAAGGAAGCGGAAGAACCGCCTTTTTCTTCTCCGAATTCAGACGCCGAGCAAATGCAAG GCACGCAGAACAAGGGCAAAACTGGCGAGCCGTCGCCTTCGTCGAGCTCTTCTTCCTCGC TGTCTCCGGTGAAGACGGCTACGTTTTCTCTGCTTCGCGTACGCATCGCGTATCTCCCAG ATGAGTCGGGCAGGTTCGACGTGAACGACACACAAAAGGCTCTGCATTTGGAGATCATCG CGACAATGAAGGAACTGCTGAAGCAGAGCTACTTCTACAAGGAACACTTTGACCAAGTTG TTAGGTTTTACAACCTCGACTCGCCCCACAAGCTCGCTGACTTGGTCGCGGGAATGTCAT TTGGGAAGCGCCAGGAACTTCAAGCGGTCTTGGCGGAAGAAGACATTGAAAAACGTCTGA GACTGGTACTGGAAATAGCGAAGAAGGACCTCGAGTTCTCCAAGTTGCAGGCGCAAGTCA AGGCGCAAGTGGAGGAGAAGATGAACAAGATGCAGAGAAAGTTCCTCCTGTCCGAGCAGC TGAAGTTCCTCAAGCGGGAACTGGGAGAAGTGAAGGACGACAAAGAGTCCATCCTCGACA GTTTCGCCGAACGTTTAGAGAAGAAGAAACATGCGTTGCCGGAAGAAGTGCAGAAAGCAG TCGCATATGAGCTCAGCAAGTTGCACAGCCTCGAGCAGTCCTCTTCGGAGTTCAACATAA CACGAACTTACACAGACTGTCTCCTCAGTCTGCCCTGGGGCGAATACACGGAAGACTGTA GCGACATCTTCGTCGCAGAACAAATTCTCAACGAAGACCACTATGGCCTAGCTGACGTCA AGGACCGCATCCTCGAGTTCATCGCCGTTACCATCCTCAGAAAAGATGTCCAGGGGAAAA TAATTTGTCTGGTGGGTCCGCCAGGTGTGGGGAAGACTTCGGTGGGGCAGAGCATCGCGC GTGCTCTCCATCGCAAGTTCTACCGCATCAGTCTTGGCGGCATGTGCGACGTGGCAGAAC TTCGCGGCCACCGCCGGACGTACATCAGCGCGTTGCCTGGGAAGGTCATCCAGGCCCTGA AGGAGTGTCAGACGATGAATCCTGTGATTCTTCTCGATGAGATCGACAAACTGGGTCGTG ACTTCCGAGGTGATCCATCGTCTGCGCTTCTTGAGATCCTTGATCCTAGTCAAAACAAAT CTTTCCGCGACTACTACCTCGACGTTTCTGTCGACCTTTCCAAGGTTCTCTTCGTCTGCA CAGCCAACACTCCGGACGTCATTCCAGGGCCACTCTTGGACCGCATGGAAGTCATTCGGA TCGCGGGGTACATCTTTCAAGAGAAACTATGCATAGCTCGCAACTATCTGCTCCCGCAAA CTAGCCAGTCTGCAGGATTGACAGATGACCAGATCAGCATCTCCTCAGAGGTGCTGGAGA AGCTTGTGCGGGACTACGCGCGCGAGGCGGGAGTTCGGAGCTTGCTCAAACTCATCGAAA GAATTTACCGAAAAGCGGCGCTCTCTCTCGTCAGAAAGGAGCAAGAGAAAGTCGAAGTGC ACATGGACAACCTAAGCAAGTTCGTTGGGCAGCCGACGTTCCAGTCCGACCGCCTCTACG GCGAGACGCCTCCAGGCGTCGTCATGGGGCTCGCGTGGACGCAGATGGGAGGCGCCACGC TGTACGTGGAAGCCATTGGCAGGCGACCCCGAGATACTTCGAAGCGAGTGGAGATGGAGA GAAAGAACTGGCGACTAGCAGACGACGACGAGGCGTGTAGACGCGAGAAAAGAGGGAGAA CAGAGCAAAGGTCCCGCAGCCCTGCAGGTGCAGAGGGTCGCCTCAAGGTGACGGGGCAAC TGGGGAACGTGATGAGTGAATCGAGTGAGATCGCTTTGACTTTTTGCCGGGTGTTTGTCC GGCGCATCGAGCCGCGAAACTCATTCTTGGAGACTGCGCAGATCCATCTGCACGTCCCAG AAGGGGCAACTCCGAAGGACGGCCCAAGTGCAGGCGTAACGATGGCGACGGCGCTCGTGT CTCTGGCGCTGAACAAGCCGGTGCTCCCCGATGTGGCGATGACCGGCGAGTTAACCTTGA CGGGAAAAGTTCTGAAGATTGGAGGAGTCAAGGAAAAGGTCATCGCCGCGAGACGCGAAA ATGTGAACACTCTTATCTTTCCCCAAGCGAATGAACGCGAGTTTTCCGAGCTCCCCGACG ACGTCAAGGAAGGACTAAGCGTCCACTTCGCCTCCACCTACGACGATGTTTACCGAGTGG CCTTCGGCGCTGAGCCGCCCAGCCGAACGTAGAAAAAAGGCGACTTTCGCGGAAGGCTGT GAGACGCACAAAAGCCAAAAGAATTTAGAGAGAAAACGAGCGTGTCGAAGGCGAGAAGGA GAACGAGAAGGTGGTGGAGATGCTGGGCAAGATCTTGTGATCGGGAAGACGATAGAGAAG GCGCAGATGAAGAGGATATAAGAGGAGACGTGCAAGATGAAGGATTGCAGACAGAGCAAG GAACAGCGACGAGGGAGAACAGCTCAGAATGAGTAGAGAACGAGGACAGAGTGGGGAGAA ACAAGGAGGAAATAAGACGCAGAGAAGGAAAGAGGGGAAAGAGAATCTGCGGGGCGAAGC AGGAGCTGCGAAGGGCAAACCCAGAAAACAGGAAGAAGGGGAGGCACTCCCATGTCACTT TTTCCTCGTTGGCAATGTTGTACACGTGTTACAGGGACTTTTGTGATCACTCGTATCTAC TGCAGAAGCGCTTGTAGGGAGAAGCGTCTGAGTAAAAAGTAGACCGGAAATAAAAATGAA ATGTGTGGTGAACTGCAAGCATAATGGGGAGCGGGGGCGGGTGGAGTGGGAAGTGGCAGG AGAAAGTGGAAAGGCAACTGGGAGAGAGAGGACAAGATTGAGGGGCAGTCCGCTTTTTTC AATACGGCTTTAGTAGTCTGTGGTTCTCTGTTCGAAAAAGTATGTCCGTCAAACAAGAAC CAGTCCGCATGTAGAGAGACTCGACTTTGTCCTCAGTTTGCGTTCGCCTCCTCTTATATA CATACGTGTTTGTATAAACTTTTGTTTCTGCGTGAAC
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  • Fasta :-

    MAHPARLHKAPGVASSCSSSASRTCISLTSRRPPFARCFYPSLGAAFSLLPNRSRQDTVA FLQEKGKNWRPQAFSPASVRSFVSLSRTGTALAQQPRFFVSRRLPPSPGFSGRSLRKQPT HPSGGGNVQTDFLFSRFPVSPFSVLSSSLSLSSLSLSSLSPSSLSPSSLSPSSLSPSSLS PSSLSPSSLSPSSLSPSSLSPPSLSPSSLSHFSVSPSRSVCPRFQPFSRLAHDAYVAREC LPPTRRTSARHSFSHSPSSFVSVSSLSGASVVFAEAPLSPLAFSPRSWEIFSVPSARRES RSLSSGAHGPRRREEDWREEKAEPATEARDSDNLSGEAERPGHRDSPQRQIEKTEAPEPV PVVAEKRGKALQDFLGPSGGTQGEVEQQRHSSAASAHSSEETLHPTGEVTQIDVRDLPSS GQGLLKQMEDNPASPVRVGRRRRGATISERGYKAQKLQRPETAEGQTEETTFRRSEKRAT DEAEEAQAVLLRGDSAPASLSSHNISSALSALPPRFSVLTALPLFRRPAFPGFFQLLHIP DNDVFEALVRQKKSGMPGGDYVAGFLTIEEKEKEHEEDEEGPGAKLRKDAGRVVDISELH TTGSLLHLLNFAPHSNVRGGQVVVMPYRRIRLLGAADSPASSSPPTDTSPSLPHASTHSG GAAASSTSSASAEVLNTPAESLQREMEKDEEVSLTSKAEEEDQVLREGAGTSRPAVGDQG AAASGVSPDKEAEEPPFSSPNSDAEQMQGTQNKGKTGEPSPSSSSSSSLSPVKTATFSLL RVRIAYLPDESGRFDVNDTQKALHLEIIATMKELLKQSYFYKEHFDQVVRFYNLDSPHKL ADLVAGMSFGKRQELQAVLAEEDIEKRLRLVLEIAKKDLEFSKLQAQVKAQVEEKMNKMQ RKFLLSEQLKFLKRELGEVKDDKESILDSFAERLEKKKHALPEEVQKAVAYELSKLHSLE QSSSEFNITRTYTDCLLSLPWGEYTEDCSDIFVAEQILNEDHYGLADVKDRILEFIAVTI LRKDVQGKIICLVGPPGVGKTSVGQSIARALHRKFYRISLGGMCDVAELRGHRRTYISAL PGKVIQALKECQTMNPVILLDEIDKLGRDFRGDPSSALLEILDPSQNKSFRDYYLDVSVD LSKVLFVCTANTPDVIPGPLLDRMEVIRIAGYIFQEKLCIARNYLLPQTSQSAGLTDDQI SISSEVLEKLVRDYAREAGVRSLLKLIERIYRKAALSLVRKEQEKVEVHMDNLSKFVGQP TFQSDRLYGETPPGVVMGLAWTQMGGATLYVEAIGRRPRDTSKRVEMERKNWRLADDDEA CRREKRGRTEQRSRSPAGAEGRLKVTGQLGNVMSESSEIALTFCRVFVRRIEPRNSFLET AQIHLHVPEGATPKDGPSAGVTMATALVSLALNKPVLPDVAMTGELTLTGKVLKIGGVKE KVIAARRENVNTLIFPQANEREFSELPDDVKEGLSVHFASTYDDVYRVAFGAEPPSRT

  • title: ATP binding site
  • coordinates: P1035,P1036,G1037,V1038,G1039,K1040,T1041,S1042,D1101,N1151
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
TGME49_308580252 SSARHSFSHS0.997unspTGME49_308580252 SSARHSFSHS0.997unspTGME49_308580252 SSARHSFSHS0.997unspTGME49_308580284 SPLAFSPRSW0.991unspTGME49_308580300 SARRESRSLS0.996unspTGME49_308580335 SSDNLSGEAE0.992unspTGME49_308580346 SGHRDSPQRQ0.995unspTGME49_308580398 SASAHSSEET0.998unspTGME49_308580475 STFRRSEKRA0.998unspTGME49_308580760 STGEPSPSSS0.99unspTGME49_308580770 SSSSLSPVKT0.995unspTGME49_308580925 SDDKESILDS0.994unspTGME49_3085801129 SSQNKSFRDY0.994unspTGME49_3085801301 TRPRDTSKRV0.996unspTGME49_3085801302 SPRDTSKRVE0.994unspTGME49_3085801335 SQRSRSPAGA0.997unspTGME49_3085801376 SEPRNSFLET0.995unspTGME49_3085801480 SVHFASTYDD0.99unspTGME49_308580215 SHFSVSPSRS0.995unspTGME49_308580248 STRRTSARHS0.998unsp

TGME49_108580      



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