EHI_110170 | ubiquitin carboxyl-terminal hydrolase domain containing protein

_IDPredictionOTHERSPmTPCS_Position
EHI_110170OTHER0.9997970.0000620.000140
No Results

  • Fasta :-

    >EHI_110170 MSTQRHPPVNFNDRAKLFIGGLSSNRIDLQIQALRNIEIEFLEYEDDAAEKSLLYSFTKY EKKAPKSNYSHHVATKKELINFLEHTSKIIINLVVTCPHEELLRHSIPIIIRLYQNKLLP NNFLKKLYQNAERLSGTIVMRAQDLILRLFNKLSSEEKQYFKLLAINGSEIGQIESLHFL CKLLAIHEIPTEVFQKLIKPICKNIQHLESDVFPLIQFPELSVLLRKSLLTEYITNFQDI GVLSALKVIAETAPFESDVDDIKQLLDMSIFNETENLKDVLINLAQKNENLFPSCLLGMI RLEGFNETTKWLTEEMIISHIEDLMKVLLTYNELPETSYSIVINAFIQYNILITKSIHTE SNGNIIFDNYNNLVGKEILWDVFLKKKNQNIENLLMKVYQGKSKEYIIDALHAFMKNPQL IAAEIIEKSLKDLKQSLEENNKGMIKLKRIIKLKCNIPVGKIKVKNISYLYQSIDDIKQL KSFSEEINNKIIQTKQKLEPEIEIEEKEYLFETPIEVIITDILANVYKQKGTSAEWIKRV IKNNKYLVTTQIDGKDVNINDIIGNLVKKDGSIFLYLQEGVKKLNGQKLTNEKSINTIIQ CEPKTIKQLSFIIEENEIKNVIELIQKKEMYNIGIILLKEINPFIKWRLSAIENCKEQTG YEFIGFERLMAQNEINEDEFKKLISMFCHSIEIRKGNEKYLAEVLLHFEQLIKKELWHIN EEEIKKIQKRNITEGNERIITTICDIILLRNNQTIEWNKEVVIEPIKRVVKELMNEELFE TLIPYLEEPSELVEECYEIIIQYIDKKYNTDDLFIQKMVGNVVNRGKGFKFSVRAMKLMK DKQKLLQPYLIALIDSLFPKGKLNEIKEDILHDYIEMICESCKSCNEEQKKEICHHFDMI LSMLESSGNHMETRKGLWCGLTNQGCTCYMNSILQQLLHTKVFCNKLLEKRVILPKYIEN NEENKGQIDINVINSEKVDNCKTKNNVDKVQLLKKENEAKYNITNNETITKEIIQGIEQS DNIISKTPEEIEQNINSQKENIQNKEQNEFITHNNNELKDYRMIEGLQKLFVEMKESKLQ TVDTKEFCKEAHGSCYEEVNVYEQMDAQEFFNTIISTLEVCKKEKNIIEARKVFTGETEI SIKSQCGHIVKRNEEFCSCALEVEHYQTMGQSLKALCEGCILCDYRCEQCGLKSDSQRSE RYKKLPETLVFHLKRFGYNEQFQIVKYNGKFEYPNEIDLKQYCCTEYKGITKYKLVGIVV HTGNAHGGHYFSNILLNDQWISFNDKLIENIGNGNWFGGEVSNAYMLFYHQINTLEENEN ETIMIDDLLLKRVEKINYSYILSKQASEPFVIDFIKGIIESCKYIGNTLSFLRRIILKKN PEQCLGVLKEISQIMDKEMAREVLQKMSTYYLKDYLMWGKSMIVSAIKQIQEPVFNELII KEVENGNSYGIEVIEELYKLNQVRLSTCVRLSVHIIKNQKYNYVQGEIACSFILKGIQQK IYQFDDDVLLSFKSTNAPENLIQEIIKNYPTQKVNGCALKLIKSALGKREVTDEEMIKLR RLVCNESCATNIVKECLKHLGMAPEIYRYFKVILITMQIILLSPLIYNELKKKIKEFNEN LDFYSLKIVLIE
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/EHI_110170.fa Sequence name : EHI_110170 Sequence length : 1632 VALUES OF COMPUTED PARAMETERS Coef20 : 3.690 CoefTot : -1.027 ChDiff : -16 ZoneTo : 27 KR : 4 DE : 1 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.476 2.124 0.198 0.699 MesoH : -0.524 0.541 -0.402 0.265 MuHd_075 : 18.418 11.658 4.473 3.894 MuHd_095 : 27.796 13.973 6.663 5.271 MuHd_100 : 26.008 14.408 6.981 4.834 MuHd_105 : 24.272 16.245 7.142 4.897 Hmax_075 : -3.200 12.367 -0.033 1.720 Hmax_095 : 14.500 13.037 1.813 5.760 Hmax_100 : 14.500 12.500 1.813 5.760 Hmax_105 : 14.700 10.733 1.695 5.507 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9757 0.0243 DFMC : 0.9696 0.0304
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1632 EHI_110170 MSTQRHPPVNFNDRAKLFIGGLSSNRIDLQIQALRNIEIEFLEYEDDAAEKSLLYSFTKYEKKAPKSNYSHHVATKKELI 80 NFLEHTSKIIINLVVTCPHEELLRHSIPIIIRLYQNKLLPNNFLKKLYQNAERLSGTIVMRAQDLILRLFNKLSSEEKQY 160 FKLLAINGSEIGQIESLHFLCKLLAIHEIPTEVFQKLIKPICKNIQHLESDVFPLIQFPELSVLLRKSLLTEYITNFQDI 240 GVLSALKVIAETAPFESDVDDIKQLLDMSIFNETENLKDVLINLAQKNENLFPSCLLGMIRLEGFNETTKWLTEEMIISH 320 IEDLMKVLLTYNELPETSYSIVINAFIQYNILITKSIHTESNGNIIFDNYNNLVGKEILWDVFLKKKNQNIENLLMKVYQ 400 GKSKEYIIDALHAFMKNPQLIAAEIIEKSLKDLKQSLEENNKGMIKLKRIIKLKCNIPVGKIKVKNISYLYQSIDDIKQL 480 KSFSEEINNKIIQTKQKLEPEIEIEEKEYLFETPIEVIITDILANVYKQKGTSAEWIKRVIKNNKYLVTTQIDGKDVNIN 560 DIIGNLVKKDGSIFLYLQEGVKKLNGQKLTNEKSINTIIQCEPKTIKQLSFIIEENEIKNVIELIQKKEMYNIGIILLKE 640 INPFIKWRLSAIENCKEQTGYEFIGFERLMAQNEINEDEFKKLISMFCHSIEIRKGNEKYLAEVLLHFEQLIKKELWHIN 720 EEEIKKIQKRNITEGNERIITTICDIILLRNNQTIEWNKEVVIEPIKRVVKELMNEELFETLIPYLEEPSELVEECYEII 800 IQYIDKKYNTDDLFIQKMVGNVVNRGKGFKFSVRAMKLMKDKQKLLQPYLIALIDSLFPKGKLNEIKEDILHDYIEMICE 880 SCKSCNEEQKKEICHHFDMILSMLESSGNHMETRKGLWCGLTNQGCTCYMNSILQQLLHTKVFCNKLLEKRVILPKYIEN 960 NEENKGQIDINVINSEKVDNCKTKNNVDKVQLLKKENEAKYNITNNETITKEIIQGIEQSDNIISKTPEEIEQNINSQKE 1040 NIQNKEQNEFITHNNNELKDYRMIEGLQKLFVEMKESKLQTVDTKEFCKEAHGSCYEEVNVYEQMDAQEFFNTIISTLEV 1120 CKKEKNIIEARKVFTGETEISIKSQCGHIVKRNEEFCSCALEVEHYQTMGQSLKALCEGCILCDYRCEQCGLKSDSQRSE 1200 RYKKLPETLVFHLKRFGYNEQFQIVKYNGKFEYPNEIDLKQYCCTEYKGITKYKLVGIVVHTGNAHGGHYFSNILLNDQW 1280 ISFNDKLIENIGNGNWFGGEVSNAYMLFYHQINTLEENENETIMIDDLLLKRVEKINYSYILSKQASEPFVIDFIKGIIE 1360 SCKYIGNTLSFLRRIILKKNPEQCLGVLKEISQIMDKEMAREVLQKMSTYYLKDYLMWGKSMIVSAIKQIQEPVFNELII 1440 KEVENGNSYGIEVIEELYKLNQVRLSTCVRLSVHIIKNQKYNYVQGEIACSFILKGIQQKIYQFDDDVLLSFKSTNAPEN 1520 LIQEIIKNYPTQKVNGCALKLIKSALGKREVTDEEMIKLRRLVCNESCATNIVKECLKHLGMAPEIYRYFKVILITMQII 1600 LLSPLIYNELKKKIKEFNENLDFYSLKIVLIE 1680 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 ................................................................................ 1360 ................................................................................ 1440 ................................................................................ 1520 ................................................................................ 1600 ................................ 1680 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ EHI_110170 5 --MSTQR|HP 0.076 . EHI_110170 14 PVNFNDR|AK 0.090 . EHI_110170 16 NFNDRAK|LF 0.080 . EHI_110170 26 GGLSSNR|ID 0.072 . EHI_110170 35 LQIQALR|NI 0.090 . EHI_110170 51 EDDAAEK|SL 0.070 . EHI_110170 59 LLYSFTK|YE 0.068 . EHI_110170 62 SFTKYEK|KA 0.062 . EHI_110170 63 FTKYEKK|AP 0.083 . EHI_110170 66 YEKKAPK|SN 0.083 . EHI_110170 76 SHHVATK|KE 0.063 . EHI_110170 77 HHVATKK|EL 0.105 . EHI_110170 88 FLEHTSK|II 0.066 . EHI_110170 104 PHEELLR|HS 0.079 . EHI_110170 112 SIPIIIR|LY 0.073 . EHI_110170 117 IRLYQNK|LL 0.062 . EHI_110170 125 LPNNFLK|KL 0.074 . EHI_110170 126 PNNFLKK|LY 0.114 . EHI_110170 133 LYQNAER|LS 0.100 . EHI_110170 141 SGTIVMR|AQ 0.102 . EHI_110170 148 AQDLILR|LF 0.063 . EHI_110170 152 ILRLFNK|LS 0.070 . EHI_110170 158 KLSSEEK|QY 0.073 . EHI_110170 162 EEKQYFK|LL 0.059 . EHI_110170 182 SLHFLCK|LL 0.069 . EHI_110170 196 PTEVFQK|LI 0.068 . EHI_110170 199 VFQKLIK|PI 0.068 . EHI_110170 203 LIKPICK|NI 0.069 . EHI_110170 226 ELSVLLR|KS 0.081 . EHI_110170 227 LSVLLRK|SL 0.107 . EHI_110170 247 GVLSALK|VI 0.052 . EHI_110170 263 SDVDDIK|QL 0.058 . EHI_110170 278 NETENLK|DV 0.074 . EHI_110170 287 LINLAQK|NE 0.056 . EHI_110170 301 CLLGMIR|LE 0.087 . EHI_110170 310 GFNETTK|WL 0.066 . EHI_110170 326 HIEDLMK|VL 0.059 . EHI_110170 355 YNILITK|SI 0.085 . EHI_110170 376 YNNLVGK|EI 0.067 . EHI_110170 385 LWDVFLK|KK 0.066 . EHI_110170 386 WDVFLKK|KN 0.104 . EHI_110170 387 DVFLKKK|NQ 0.078 . EHI_110170 397 IENLLMK|VY 0.062 . EHI_110170 402 MKVYQGK|SK 0.110 . EHI_110170 404 VYQGKSK|EY 0.063 . EHI_110170 416 ALHAFMK|NP 0.062 . EHI_110170 428 AAEIIEK|SL 0.071 . EHI_110170 431 IIEKSLK|DL 0.080 . EHI_110170 434 KSLKDLK|QS 0.056 . EHI_110170 442 SLEENNK|GM 0.060 . EHI_110170 446 NNKGMIK|LK 0.058 . EHI_110170 448 KGMIKLK|RI 0.069 . EHI_110170 449 GMIKLKR|II 0.184 . EHI_110170 452 KLKRIIK|LK 0.111 . EHI_110170 454 KRIIKLK|CN 0.084 . EHI_110170 461 CNIPVGK|IK 0.064 . EHI_110170 463 IPVGKIK|VK 0.065 . EHI_110170 465 VGKIKVK|NI 0.073 . EHI_110170 478 QSIDDIK|QL 0.059 . EHI_110170 481 DDIKQLK|SF 0.091 . EHI_110170 490 SEEINNK|II 0.068 . EHI_110170 495 NKIIQTK|QK 0.066 . EHI_110170 497 IIQTKQK|LE 0.068 . EHI_110170 507 EIEIEEK|EY 0.058 . EHI_110170 528 ILANVYK|QK 0.089 . EHI_110170 530 ANVYKQK|GT 0.085 . EHI_110170 538 TSAEWIK|RV 0.083 . EHI_110170 539 SAEWIKR|VI 0.136 . EHI_110170 542 WIKRVIK|NN 0.111 . EHI_110170 545 RVIKNNK|YL 0.067 . EHI_110170 555 TTQIDGK|DV 0.085 . EHI_110170 568 IIGNLVK|KD 0.065 . EHI_110170 569 IGNLVKK|DG 0.129 . EHI_110170 582 YLQEGVK|KL 0.060 . EHI_110170 583 LQEGVKK|LN 0.133 . EHI_110170 588 KKLNGQK|LT 0.057 . EHI_110170 593 QKLTNEK|SI 0.088 . EHI_110170 604 IIQCEPK|TI 0.067 . EHI_110170 607 CEPKTIK|QL 0.065 . EHI_110170 619 IEENEIK|NV 0.067 . EHI_110170 627 VIELIQK|KE 0.053 . EHI_110170 628 IELIQKK|EM 0.087 . EHI_110170 639 IGIILLK|EI 0.068 . EHI_110170 646 EINPFIK|WR 0.064 . EHI_110170 648 NPFIKWR|LS 0.098 . EHI_110170 656 SAIENCK|EQ 0.064 . EHI_110170 668 EFIGFER|LM 0.078 . EHI_110170 681 INEDEFK|KL 0.067 . EHI_110170 682 NEDEFKK|LI 0.109 . EHI_110170 694 CHSIEIR|KG 0.086 . EHI_110170 695 HSIEIRK|GN 0.107 . EHI_110170 699 IRKGNEK|YL 0.079 . EHI_110170 713 HFEQLIK|KE 0.056 . EHI_110170 714 FEQLIKK|EL 0.094 . EHI_110170 725 INEEEIK|KI 0.065 . EHI_110170 726 NEEEIKK|IQ 0.081 . EHI_110170 729 EIKKIQK|RN 0.063 . EHI_110170 730 IKKIQKR|NI 0.297 . EHI_110170 738 ITEGNER|II 0.088 . EHI_110170 750 CDIILLR|NN 0.083 . EHI_110170 759 QTIEWNK|EV 0.063 . EHI_110170 767 VVIEPIK|RV 0.066 . EHI_110170 768 VIEPIKR|VV 0.180 . EHI_110170 771 PIKRVVK|EL 0.139 . EHI_110170 806 IIQYIDK|KY 0.062 . EHI_110170 807 IQYIDKK|YN 0.117 . EHI_110170 817 DDLFIQK|MV 0.082 . EHI_110170 825 VGNVVNR|GK 0.127 . EHI_110170 827 NVVNRGK|GF 0.068 . EHI_110170 830 NRGKGFK|FS 0.074 . EHI_110170 834 GFKFSVR|AM 0.076 . EHI_110170 837 FSVRAMK|LM 0.143 . EHI_110170 840 RAMKLMK|DK 0.074 . EHI_110170 842 MKLMKDK|QK 0.061 . EHI_110170 844 LMKDKQK|LL 0.074 . EHI_110170 860 IDSLFPK|GK 0.075 . EHI_110170 862 SLFPKGK|LN 0.087 . EHI_110170 867 GKLNEIK|ED 0.061 . EHI_110170 883 MICESCK|SC 0.087 . EHI_110170 890 SCNEEQK|KE 0.065 . EHI_110170 891 CNEEQKK|EI 0.154 . EHI_110170 914 GNHMETR|KG 0.099 . EHI_110170 915 NHMETRK|GL 0.110 . EHI_110170 941 QQLLHTK|VF 0.060 . EHI_110170 946 TKVFCNK|LL 0.067 . EHI_110170 950 CNKLLEK|RV 0.059 . EHI_110170 951 NKLLEKR|VI 0.115 . EHI_110170 956 KRVILPK|YI 0.091 . EHI_110170 965 ENNEENK|GQ 0.069 . EHI_110170 977 NVINSEK|VD 0.054 . EHI_110170 982 EKVDNCK|TK 0.062 . EHI_110170 984 VDNCKTK|NN 0.081 . EHI_110170 989 TKNNVDK|VQ 0.069 . EHI_110170 994 DKVQLLK|KE 0.057 . EHI_110170 995 KVQLLKK|EN 0.108 . EHI_110170 1000 KKENEAK|YN 0.081 . EHI_110170 1011 NNETITK|EI 0.079 . EHI_110170 1026 SDNIISK|TP 0.083 . EHI_110170 1039 QNINSQK|EN 0.070 . EHI_110170 1045 KENIQNK|EQ 0.070 . EHI_110170 1059 HNNNELK|DY 0.098 . EHI_110170 1062 NELKDYR|MI 0.103 . EHI_110170 1069 MIEGLQK|LF 0.057 . EHI_110170 1075 KLFVEMK|ES 0.062 . EHI_110170 1078 VEMKESK|LQ 0.059 . EHI_110170 1085 LQTVDTK|EF 0.068 . EHI_110170 1089 DTKEFCK|EA 0.076 . EHI_110170 1122 STLEVCK|KE 0.058 . EHI_110170 1123 TLEVCKK|EK 0.117 . EHI_110170 1125 EVCKKEK|NI 0.075 . EHI_110170 1131 KNIIEAR|KV 0.214 . EHI_110170 1132 NIIEARK|VF 0.078 . EHI_110170 1143 ETEISIK|SQ 0.071 . EHI_110170 1151 QCGHIVK|RN 0.059 . EHI_110170 1152 CGHIVKR|NE 0.149 . EHI_110170 1174 TMGQSLK|AL 0.068 . EHI_110170 1186 CILCDYR|CE 0.083 . EHI_110170 1193 CEQCGLK|SD 0.065 . EHI_110170 1198 LKSDSQR|SE 0.153 . EHI_110170 1201 DSQRSER|YK 0.241 . EHI_110170 1203 QRSERYK|KL 0.080 . EHI_110170 1204 RSERYKK|LP 0.297 . EHI_110170 1214 TLVFHLK|RF 0.073 . EHI_110170 1215 LVFHLKR|FG 0.241 . EHI_110170 1226 EQFQIVK|YN 0.069 . EHI_110170 1230 IVKYNGK|FE 0.068 . EHI_110170 1240 PNEIDLK|QY 0.061 . EHI_110170 1248 YCCTEYK|GI 0.066 . EHI_110170 1252 EYKGITK|YK 0.062 . EHI_110170 1254 KGITKYK|LV 0.145 . EHI_110170 1286 WISFNDK|LI 0.082 . EHI_110170 1331 IDDLLLK|RV 0.070 . EHI_110170 1332 DDLLLKR|VE 0.081 . EHI_110170 1335 LLKRVEK|IN 0.114 . EHI_110170 1344 YSYILSK|QA 0.075 . EHI_110170 1356 FVIDFIK|GI 0.070 . EHI_110170 1363 GIIESCK|YI 0.089 . EHI_110170 1373 NTLSFLR|RI 0.068 . EHI_110170 1374 TLSFLRR|II 0.213 . EHI_110170 1378 LRRIILK|KN 0.066 . EHI_110170 1379 RRIILKK|NP 0.133 . EHI_110170 1389 QCLGVLK|EI 0.075 . EHI_110170 1397 ISQIMDK|EM 0.060 . EHI_110170 1401 MDKEMAR|EV 0.142 . EHI_110170 1406 AREVLQK|MS 0.079 . EHI_110170 1413 MSTYYLK|DY 0.072 . EHI_110170 1420 DYLMWGK|SM 0.066 . EHI_110170 1428 MIVSAIK|QI 0.063 . EHI_110170 1441 FNELIIK|EV 0.076 . EHI_110170 1459 VIEELYK|LN 0.059 . EHI_110170 1464 YKLNQVR|LS 0.091 . EHI_110170 1470 RLSTCVR|LS 0.105 . EHI_110170 1477 LSVHIIK|NQ 0.062 . EHI_110170 1480 HIIKNQK|YN 0.069 . EHI_110170 1495 ACSFILK|GI 0.098 . EHI_110170 1500 LKGIQQK|IY 0.062 . EHI_110170 1513 DVLLSFK|ST 0.071 . EHI_110170 1527 LIQEIIK|NY 0.064 . EHI_110170 1533 KNYPTQK|VN 0.075 . EHI_110170 1540 VNGCALK|LI 0.064 . EHI_110170 1543 CALKLIK|SA 0.078 . EHI_110170 1548 IKSALGK|RE 0.069 . EHI_110170 1549 KSALGKR|EV 0.409 . EHI_110170 1558 TDEEMIK|LR 0.058 . EHI_110170 1560 EEMIKLR|RL 0.087 . EHI_110170 1561 EMIKLRR|LV 0.140 . EHI_110170 1574 CATNIVK|EC 0.066 . EHI_110170 1578 IVKECLK|HL 0.070 . EHI_110170 1588 MAPEIYR|YF 0.100 . EHI_110170 1591 EIYRYFK|VI 0.116 . EHI_110170 1611 LIYNELK|KK 0.062 . EHI_110170 1612 IYNELKK|KI 0.099 . EHI_110170 1613 YNELKKK|IK 0.103 . EHI_110170 1615 ELKKKIK|EF 0.069 . EHI_110170 1627 LDFYSLK|IV 0.077 . ____________________________^_________________

  • Fasta :-

    >EHI_110170 ATGTCAACGCAACGACATCCTCCAGTAAATTTTAATGATAGAGCAAAGTTGTTTATTGGT GGTCTCAGTAGTAATAGAATTGATTTACAAATTCAAGCACTAAGGAATATAGAAATTGAA TTTCTTGAATATGAAGATGATGCAGCAGAAAAGTCATTGCTTTATTCATTTACAAAATAT GAAAAGAAGGCACCTAAATCTAATTATTCACATCATGTCGCAACAAAAAAAGAGTTAATA AATTTTCTAGAACATACGTCAAAGATTATTATTAATTTAGTTGTTACTTGTCCTCATGAA GAATTACTACGTCATTCAATTCCTATTATAATTAGACTATATCAAAATAAGTTATTACCA AATAACTTTTTAAAAAAATTATATCAAAATGCAGAAAGGTTGTCTGGGACAATTGTTATG AGAGCACAAGATTTAATCCTGAGATTATTTAATAAATTATCTTCGGAAGAAAAACAATAT TTTAAATTATTAGCCATTAATGGGTCTGAAATTGGTCAAATTGAATCTCTTCATTTTCTT TGTAAACTATTAGCAATACACGAAATTCCTACTGAGGTTTTTCAAAAATTAATAAAACCA ATTTGTAAGAACATTCAACACTTAGAAAGTGATGTTTTTCCTTTAATACAATTTCCTGAA CTAAGCGTGTTATTAAGGAAAAGTCTATTAACAGAATATATAACAAATTTTCAAGACATA GGAGTTTTAAGTGCACTTAAGGTTATTGCAGAGACTGCTCCATTCGAAAGTGATGTAGAT GATATTAAACAGTTACTCGATATGTCTATTTTTAATGAAACCGAAAATTTAAAAGATGTA TTGATTAACTTAGCACAGAAAAATGAAAATTTATTTCCTTCTTGTTTACTAGGAATGATA AGACTTGAGGGATTCAACGAAACAACAAAATGGTTAACAGAAGAAATGATTATTAGTCAT ATTGAAGATTTAATGAAAGTTCTTCTGACATACAACGAATTACCTGAAACATCATATTCA ATTGTAATAAATGCCTTTATTCAATACAACATTTTAATAACAAAAAGTATTCACACCGAA TCTAATGGTAATATTATATTCGATAATTATAATAATTTAGTTGGAAAAGAAATACTCTGG GATGTATTTTTAAAAAAGAAAAATCAAAACATTGAAAATCTTTTAATGAAAGTATATCAA GGAAAATCAAAGGAATATATCATTGATGCTTTACATGCCTTTATGAAAAATCCACAACTC ATTGCTGCTGAAATAATTGAAAAATCATTAAAAGATTTAAAACAATCACTGGAAGAAAAT AACAAGGGAATGATTAAATTAAAACGAATTATTAAATTAAAATGCAATATTCCCGTTGGA AAAATTAAAGTTAAAAACATATCATATTTGTATCAATCCATTGATGATATCAAACAATTA AAATCTTTTTCAGAAGAAATTAATAATAAAATCATACAAACTAAACAAAAACTTGAACCA GAAATTGAAATTGAAGAAAAAGAGTATTTATTTGAAACACCAATTGAAGTTATAATCACT GATATATTAGCAAATGTGTATAAACAAAAAGGTACTTCAGCAGAATGGATAAAAAGAGTT ATTAAAAACAATAAGTATTTGGTTACCACTCAAATTGATGGTAAAGACGTTAATATAAAT GATATTATTGGAAACTTAGTTAAGAAAGATGGGAGTATTTTTTTGTATCTTCAGGAAGGA GTTAAAAAATTAAATGGTCAAAAATTAACAAATGAAAAAAGTATTAATACAATAATTCAA TGTGAACCAAAAACAATAAAACAACTATCTTTTATAATTGAAGAAAATGAAATAAAAAAT GTTATTGAACTTATTCAAAAAAAAGAAATGTATAACATTGGAATTATACTTCTAAAAGAA ATTAATCCATTTATTAAATGGAGACTATCAGCAATTGAAAACTGTAAAGAACAAACTGGT TATGAATTTATTGGATTCGAACGATTAATGGCACAGAATGAAATAAATGAGGATGAATTT AAAAAACTTATTTCAATGTTTTGTCATTCTATTGAAATAAGAAAAGGTAATGAGAAATAT CTTGCTGAAGTTCTCTTACATTTTGAACAACTAATCAAAAAAGAATTATGGCATATAAAT GAAGAAGAAATCAAAAAAATTCAAAAAAGAAATATTACAGAAGGAAATGAAAGAATTATT ACTACAATATGTGATATCATATTATTAAGAAATAATCAAACAATTGAATGGAATAAAGAA GTGGTCATAGAACCAATAAAAAGAGTGGTTAAAGAATTGATGAACGAAGAATTATTTGAA ACGTTAATTCCTTATTTAGAAGAGCCAAGTGAATTAGTTGAAGAATGTTATGAAATAATT ATTCAATATATTGATAAAAAATATAATACTGATGATTTGTTTATTCAGAAAATGGTTGGA AATGTTGTTAATAGAGGAAAAGGGTTTAAATTTAGTGTTCGAGCAATGAAATTAATGAAA GACAAACAAAAACTTCTTCAACCTTATCTTATTGCACTAATTGATTCATTATTTCCAAAA GGAAAGTTAAATGAAATCAAAGAAGATATACTCCATGATTATATTGAAATGATATGTGAG TCTTGTAAGAGCTGTAATGAAGAACAAAAGAAGGAAATTTGTCATCATTTTGATATGATA TTAAGTATGTTAGAGAGTAGTGGAAATCATATGGAAACAAGAAAAGGATTGTGGTGTGGC TTAACTAATCAAGGATGTACTTGTTATATGAATAGTATTCTTCAACAATTATTACATACT AAAGTGTTTTGTAATAAACTTCTTGAAAAAAGAGTTATTTTACCTAAATATATTGAAAAT AATGAAGAAAATAAAGGTCAAATTGATATAAATGTTATAAATAGTGAAAAAGTTGATAAT TGTAAAACAAAGAATAATGTTGACAAGGTCCAACTATTAAAAAAAGAAAATGAAGCTAAA TATAATATTACTAACAATGAAACTATCACAAAAGAAATAATTCAAGGGATAGAACAAAGT GATAATATAATAAGTAAAACACCTGAAGAAATTGAACAAAACATTAATTCACAAAAAGAG AATATTCAAAATAAAGAACAAAATGAATTTATCACGCATAACAATAATGAACTTAAAGAC TATAGAATGATAGAAGGATTACAAAAATTATTTGTTGAAATGAAAGAAAGTAAATTACAA ACTGTCGACACAAAAGAGTTTTGTAAAGAAGCACATGGAAGTTGCTATGAAGAAGTTAAT GTCTATGAACAAATGGATGCTCAAGAATTTTTTAATACAATAATATCAACATTAGAAGTG TGTAAAAAAGAGAAAAATATCATTGAAGCAAGAAAAGTATTTACTGGAGAAACAGAAATA TCAATCAAAAGTCAATGTGGTCATATAGTAAAACGAAATGAAGAATTTTGTTCATGTGCA TTAGAAGTAGAACATTACCAAACAATGGGACAATCATTAAAAGCACTATGTGAAGGTTGT ATTTTATGTGATTATCGTTGTGAACAATGTGGATTAAAAAGTGATTCTCAAAGAAGTGAA AGATATAAAAAATTACCAGAAACATTAGTATTTCATTTGAAACGATTTGGATATAATGAA CAATTTCAAATTGTCAAATATAATGGAAAATTTGAATATCCAAATGAAATTGATTTGAAA CAATATTGTTGTACAGAGTATAAAGGAATAACTAAATATAAATTAGTTGGAATAGTTGTT CATACTGGAAATGCACATGGTGGTCATTATTTTAGTAATATACTACTTAATGACCAATGG ATATCTTTTAATGATAAATTAATTGAAAACATAGGTAACGGAAATTGGTTTGGAGGAGAA GTGTCAAATGCTTATATGTTATTTTATCACCAAATAAATACATTAGAAGAAAATGAAAAT GAAACAATTATGATTGATGACTTATTACTAAAAAGAGTAGAAAAAATAAATTATAGCTAT ATTTTATCAAAACAAGCATCAGAACCTTTTGTTATTGATTTTATTAAAGGAATTATTGAA AGTTGTAAATACATTGGAAATACATTATCATTCTTACGTAGAATTATTCTTAAAAAAAAT CCTGAACAATGTCTTGGAGTTCTTAAAGAGATTTCTCAAATAATGGACAAAGAAATGGCT AGAGAGGTATTACAAAAAATGTCAACATATTATTTGAAAGATTATTTAATGTGGGGGAAG TCTATGATTGTCTCAGCAATTAAACAAATCCAAGAACCTGTTTTTAATGAGTTAATAATA AAAGAAGTAGAGAATGGAAATAGTTATGGAATCGAGGTTATTGAAGAATTATATAAATTA AATCAAGTTAGGTTGAGTACTTGTGTAAGACTTTCAGTTCATATTATTAAAAACCAGAAA TATAATTATGTACAAGGTGAAATTGCATGTTCTTTTATACTCAAAGGAATTCAACAAAAA ATTTATCAATTTGATGATGATGTGTTATTAAGTTTTAAAAGTACAAATGCTCCAGAAAAT CTCATACAAGAAATAATTAAGAATTATCCAACTCAAAAAGTTAATGGTTGTGCATTAAAA CTAATAAAAAGTGCATTAGGTAAACGAGAAGTTACTGATGAAGAAATGATAAAATTAAGA AGATTAGTATGTAATGAAAGTTGTGCAACTAATATTGTAAAAGAGTGTTTAAAACATCTT GGTATGGCACCAGAAATATATAGGTACTTTAAAGTAATTCTAATAACAATGCAAATTATA TTACTTTCTCCTTTAATTTATAATGAATTAAAGAAAAAGATAAAAGAATTTAATGAAAAT TTAGACTTTTACTCACTTAAAATAGTTTTAATTGAATAA
  • Download Fasta

  • Fasta :-

    MSTQRHPPVNFNDRAKLFIGGLSSNRIDLQIQALRNIEIEFLEYEDDAAEKSLLYSFTKY EKKAPKSNYSHHVATKKELINFLEHTSKIIINLVVTCPHEELLRHSIPIIIRLYQNKLLP NNFLKKLYQNAERLSGTIVMRAQDLILRLFNKLSSEEKQYFKLLAINGSEIGQIESLHFL CKLLAIHEIPTEVFQKLIKPICKNIQHLESDVFPLIQFPELSVLLRKSLLTEYITNFQDI GVLSALKVIAETAPFESDVDDIKQLLDMSIFNETENLKDVLINLAQKNENLFPSCLLGMI RLEGFNETTKWLTEEMIISHIEDLMKVLLTYNELPETSYSIVINAFIQYNILITKSIHTE SNGNIIFDNYNNLVGKEILWDVFLKKKNQNIENLLMKVYQGKSKEYIIDALHAFMKNPQL IAAEIIEKSLKDLKQSLEENNKGMIKLKRIIKLKCNIPVGKIKVKNISYLYQSIDDIKQL KSFSEEINNKIIQTKQKLEPEIEIEEKEYLFETPIEVIITDILANVYKQKGTSAEWIKRV IKNNKYLVTTQIDGKDVNINDIIGNLVKKDGSIFLYLQEGVKKLNGQKLTNEKSINTIIQ CEPKTIKQLSFIIEENEIKNVIELIQKKEMYNIGIILLKEINPFIKWRLSAIENCKEQTG YEFIGFERLMAQNEINEDEFKKLISMFCHSIEIRKGNEKYLAEVLLHFEQLIKKELWHIN EEEIKKIQKRNITEGNERIITTICDIILLRNNQTIEWNKEVVIEPIKRVVKELMNEELFE TLIPYLEEPSELVEECYEIIIQYIDKKYNTDDLFIQKMVGNVVNRGKGFKFSVRAMKLMK DKQKLLQPYLIALIDSLFPKGKLNEIKEDILHDYIEMICESCKSCNEEQKKEICHHFDMI LSMLESSGNHMETRKGLWCGLTNQGCTCYMNSILQQLLHTKVFCNKLLEKRVILPKYIEN NEENKGQIDINVINSEKVDNCKTKNNVDKVQLLKKENEAKYNITNNETITKEIIQGIEQS DNIISKTPEEIEQNINSQKENIQNKEQNEFITHNNNELKDYRMIEGLQKLFVEMKESKLQ TVDTKEFCKEAHGSCYEEVNVYEQMDAQEFFNTIISTLEVCKKEKNIIEARKVFTGETEI SIKSQCGHIVKRNEEFCSCALEVEHYQTMGQSLKALCEGCILCDYRCEQCGLKSDSQRSE RYKKLPETLVFHLKRFGYNEQFQIVKYNGKFEYPNEIDLKQYCCTEYKGITKYKLVGIVV HTGNAHGGHYFSNILLNDQWISFNDKLIENIGNGNWFGGEVSNAYMLFYHQINTLEENEN ETIMIDDLLLKRVEKINYSYILSKQASEPFVIDFIKGIIESCKYIGNTLSFLRRIILKKN PEQCLGVLKEISQIMDKEMAREVLQKMSTYYLKDYLMWGKSMIVSAIKQIQEPVFNELII KEVENGNSYGIEVIEELYKLNQVRLSTCVRLSVHIIKNQKYNYVQGEIACSFILKGIQQK IYQFDDDVLLSFKSTNAPENLIQEIIKNYPTQKVNGCALKLIKSALGKREVTDEEMIKLR RLVCNESCATNIVKECLKHLGMAPEIYRYFKVILITMQIILLSPLIYNELKKKIKEFNEN LDFYSLKIVLIE

  • title: Active Site
  • coordinates: N923,C928,H1269,D1285
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
EHI_110170533 SQKGTSAEWI0.995unspEHI_110170533 SQKGTSAEWI0.995unspEHI_110170533 SQKGTSAEWI0.995unspEHI_110170650 SKWRLSAIEN0.997unspEHI_1101701196 SLKSDSQRSE0.994unspEHI_110170155 SNKLSSEEKQ0.992unspEHI_110170429 SIIEKSLKDL0.996unsp

EHI_110170      



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