cgd8_1530 | Ubiquitin carboxyl terminal hydrolase domain fused to a MATH domain

_IDPredictionOTHERSPmTPCS_Position
cgd8_1530OTHER0.9997240.0001280.000148
No Results

  • Fasta :-

    >cgd8_1530 MHTGRNIERPSMEGFSSREKQYDYSNIPGRLQNELEFKVEGFRRRIMEMMNSTEGGTKNR LYSNIHSYKNFNFRIMILPKVKLTSGGSLEGHISAYLEAIPSQNWPSNWVWLNTRYSVTL INQKDYRKSHFMSDIFSFKGENDPKKKLTLEERNYDYSSAGPEADRGWSDFFSLKTLLDP KTGFIDSETETVIFRAGVFPVLCDPVSCGKSNFDHLGTDRSLTGYVGIRNLGATCYMNSL LQSLYHIGRFRKAVYTIPLNPNRVTSGSSCSNTPISRETRPELTPLSACIPKIDDFGEVT PQSISSESNSLAISLLGEASEDAVEWTSNVAKSLFEYESDGIASLESIMSSNACQDYGQN TGVVSGNVSGPGSTIGGNCSASDAGNDQTKISSALQTLFYELQTCSEPVNCRELMRSFGW DASDAFTQHDAQELNRLLCDRLEEEMKNTAVDGSIKALFEGEYENYIECLDVDCTSRRRE NFYDIQVDVEGVKSLEESLQRFVEEEILDGENLYEAEGFGKQRAKKGVRFQRFPPVVQFH LKRFQFNIQSMDMVKLNDYFTFPEKLDLSSFVNHNNKGETDTGNIVEGTEKYILHTVVIH QGDVHSGHYYAYIRPKPDSDWFRFDDEKVTLVSSSTAIEDNFGGHEYEVWDYLGNPESDI PKRSKTHSAYILVYVREDQAQDLLSEPIPQEVNPDLVSKYRKEIEMMNLRKRLRQDLNEH VRIQLLLSTSYNISSSCRPKSQGLHQSISSFPWNYIFKCSRDFSLSQFHSELEKRFLNKR MLHNDVPSSSISCNKAFGSHLFLLETNPEGNHTASGGARGMGGLHHHIGYSNGGPTSSTG LSFYTCISSPQGEGISSGNRISDSQRGGAGGMLGRAIGFGSSTSGTRSGDEILMSDLCRR YHRAGLWDSSCPTLYMCLYLDDVSSLLMDRIPPNLPINADGSYLEKRQRIENKLRNFNDN GGGEVLLLLRYFDISNPRINEFSLKYSRNQEIPNLYNLGLIMVSQSTTLKDLNEYVMMEI EKDKDNKSPGRGLISGFEFGLRVCLETASDSDNLFPLLDPRCTIQQLQLINGSSLIFSIN LDDSVINRKREELRKSLEEVVIFPNQNLWLQEEKTSQYNGIEDEGKSSESEDSSFRLPVE LEMVKCPEFPVLDFHHWYENFQNSLHLSLYLWDPLDGEYHPPHLGGGGGGGGTHLCLPNT NQYGIMEAMQASNNSIIRSFSRYQIKEVHQIHVDLRWPAIKTWIYVCNQIKVDPRSIALA RNALNPLDASLLTLFSLIQAQRHDESISSVIRSLSSAHYYGKIPRSLAILALNLKGHSFV SLNRKDKHILTVTNTVNCSEIPKGRYILQVESCDTVDSVIRKLIKKENILSHRSFNTNGK DAMQTGNGAKSHTDISKLKLRLFEASNQNDHVGVYRGGEMITRILNTDGMQNTSTFGGLS IGSFVDCFRIEQDYSQEELDLLKKGELVNILVIQDSRSGFGGNYGDHYHNDDHNSLAGGT SYLVTIPVSSRLVDLKNKLQERFDLDEKIISKWRFYRLESKSLQGIKDNDLIMNSFGNNG VGINNHYSTNAKNNVDINIYGFEPHTILLAQQVFPILQKSGSRPLKI
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/cgd8_1530.fa Sequence name : cgd8_1530 Sequence length : 1607 VALUES OF COMPUTED PARAMETERS Coef20 : 3.637 CoefTot : -0.488 ChDiff : -33 ZoneTo : 7 KR : 1 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.194 1.476 0.194 0.474 MesoH : -0.125 0.299 -0.273 0.206 MuHd_075 : 35.371 13.201 5.685 5.893 MuHd_095 : 32.200 18.734 9.318 6.908 MuHd_100 : 24.039 15.165 7.816 5.409 MuHd_105 : 24.903 11.985 7.835 5.447 Hmax_075 : 6.500 0.100 -1.522 1.050 Hmax_095 : 4.800 3.800 -0.950 2.750 Hmax_100 : -1.700 0.500 -1.233 0.830 Hmax_105 : 7.817 0.700 0.744 2.625 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.7924 0.2076 DFMC : 0.8440 0.1560
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1607 cgd8_1530 MHTGRNIERPSMEGFSSREKQYDYSNIPGRLQNELEFKVEGFRRRIMEMMNSTEGGTKNRLYSNIHSYKNFNFRIMILPK 80 VKLTSGGSLEGHISAYLEAIPSQNWPSNWVWLNTRYSVTLINQKDYRKSHFMSDIFSFKGENDPKKKLTLEERNYDYSSA 160 GPEADRGWSDFFSLKTLLDPKTGFIDSETETVIFRAGVFPVLCDPVSCGKSNFDHLGTDRSLTGYVGIRNLGATCYMNSL 240 LQSLYHIGRFRKAVYTIPLNPNRVTSGSSCSNTPISRETRPELTPLSACIPKIDDFGEVTPQSISSESNSLAISLLGEAS 320 EDAVEWTSNVAKSLFEYESDGIASLESIMSSNACQDYGQNTGVVSGNVSGPGSTIGGNCSASDAGNDQTKISSALQTLFY 400 ELQTCSEPVNCRELMRSFGWDASDAFTQHDAQELNRLLCDRLEEEMKNTAVDGSIKALFEGEYENYIECLDVDCTSRRRE 480 NFYDIQVDVEGVKSLEESLQRFVEEEILDGENLYEAEGFGKQRAKKGVRFQRFPPVVQFHLKRFQFNIQSMDMVKLNDYF 560 TFPEKLDLSSFVNHNNKGETDTGNIVEGTEKYILHTVVIHQGDVHSGHYYAYIRPKPDSDWFRFDDEKVTLVSSSTAIED 640 NFGGHEYEVWDYLGNPESDIPKRSKTHSAYILVYVREDQAQDLLSEPIPQEVNPDLVSKYRKEIEMMNLRKRLRQDLNEH 720 VRIQLLLSTSYNISSSCRPKSQGLHQSISSFPWNYIFKCSRDFSLSQFHSELEKRFLNKRMLHNDVPSSSISCNKAFGSH 800 LFLLETNPEGNHTASGGARGMGGLHHHIGYSNGGPTSSTGLSFYTCISSPQGEGISSGNRISDSQRGGAGGMLGRAIGFG 880 SSTSGTRSGDEILMSDLCRRYHRAGLWDSSCPTLYMCLYLDDVSSLLMDRIPPNLPINADGSYLEKRQRIENKLRNFNDN 960 GGGEVLLLLRYFDISNPRINEFSLKYSRNQEIPNLYNLGLIMVSQSTTLKDLNEYVMMEIEKDKDNKSPGRGLISGFEFG 1040 LRVCLETASDSDNLFPLLDPRCTIQQLQLINGSSLIFSINLDDSVINRKREELRKSLEEVVIFPNQNLWLQEEKTSQYNG 1120 IEDEGKSSESEDSSFRLPVELEMVKCPEFPVLDFHHWYENFQNSLHLSLYLWDPLDGEYHPPHLGGGGGGGGTHLCLPNT 1200 NQYGIMEAMQASNNSIIRSFSRYQIKEVHQIHVDLRWPAIKTWIYVCNQIKVDPRSIALARNALNPLDASLLTLFSLIQA 1280 QRHDESISSVIRSLSSAHYYGKIPRSLAILALNLKGHSFVSLNRKDKHILTVTNTVNCSEIPKGRYILQVESCDTVDSVI 1360 RKLIKKENILSHRSFNTNGKDAMQTGNGAKSHTDISKLKLRLFEASNQNDHVGVYRGGEMITRILNTDGMQNTSTFGGLS 1440 IGSFVDCFRIEQDYSQEELDLLKKGELVNILVIQDSRSGFGGNYGDHYHNDDHNSLAGGTSYLVTIPVSSRLVDLKNKLQ 1520 ERFDLDEKIISKWRFYRLESKSLQGIKDNDLIMNSFGNNGVGINNHYSTNAKNNVDINIYGFEPHTILLAQQVFPILQKS 1600 GSRPLKI 1680 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 .............................................P.................................. 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 ................................................................................ 1360 ................................................................................ 1440 ................................................................................ 1520 ................................................................................ 1600 ....... 1680 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 1 Name Pos Context Score Pred ____________________________v_________________ cgd8_1530 5 --MHTGR|NI 0.095 . cgd8_1530 9 TGRNIER|PS 0.116 . cgd8_1530 18 MEGFSSR|EK 0.086 . cgd8_1530 20 GFSSREK|QY 0.064 . cgd8_1530 30 YSNIPGR|LQ 0.102 . cgd8_1530 38 QNELEFK|VE 0.061 . cgd8_1530 43 FKVEGFR|RR 0.070 . cgd8_1530 44 KVEGFRR|RI 0.169 . cgd8_1530 45 VEGFRRR|IM 0.159 . cgd8_1530 58 STEGGTK|NR 0.054 . cgd8_1530 60 EGGTKNR|LY 0.096 . cgd8_1530 69 SNIHSYK|NF 0.066 . cgd8_1530 74 YKNFNFR|IM 0.079 . cgd8_1530 80 RIMILPK|VK 0.065 . cgd8_1530 82 MILPKVK|LT 0.066 . cgd8_1530 115 WVWLNTR|YS 0.084 . cgd8_1530 124 VTLINQK|DY 0.066 . cgd8_1530 127 INQKDYR|KS 0.095 . cgd8_1530 128 NQKDYRK|SH 0.092 . cgd8_1530 139 SDIFSFK|GE 0.064 . cgd8_1530 145 KGENDPK|KK 0.059 . cgd8_1530 146 GENDPKK|KL 0.127 . cgd8_1530 147 ENDPKKK|LT 0.096 . cgd8_1530 153 KLTLEER|NY 0.077 . cgd8_1530 166 AGPEADR|GW 0.093 . cgd8_1530 175 SDFFSLK|TL 0.061 . cgd8_1530 181 KTLLDPK|TG 0.056 . cgd8_1530 195 TETVIFR|AG 0.064 . cgd8_1530 210 DPVSCGK|SN 0.088 . cgd8_1530 220 DHLGTDR|SL 0.110 . cgd8_1530 229 TGYVGIR|NL 0.108 . cgd8_1530 249 SLYHIGR|FR 0.099 . cgd8_1530 251 YHIGRFR|KA 0.087 . cgd8_1530 252 HIGRFRK|AV 0.486 . cgd8_1530 263 IPLNPNR|VT 0.091 . cgd8_1530 277 SNTPISR|ET 0.092 . cgd8_1530 280 PISRETR|PE 0.197 . cgd8_1530 292 LSACIPK|ID 0.083 . cgd8_1530 332 WTSNVAK|SL 0.139 . cgd8_1530 390 AGNDQTK|IS 0.079 . cgd8_1530 412 SEPVNCR|EL 0.095 . cgd8_1530 416 NCRELMR|SF 0.144 . cgd8_1530 436 DAQELNR|LL 0.090 . cgd8_1530 441 NRLLCDR|LE 0.090 . cgd8_1530 447 RLEEEMK|NT 0.062 . cgd8_1530 456 AVDGSIK|AL 0.069 . cgd8_1530 477 DVDCTSR|RR 0.065 . cgd8_1530 478 VDCTSRR|RE 0.096 . cgd8_1530 479 DCTSRRR|EN 0.086 . cgd8_1530 493 VDVEGVK|SL 0.080 . cgd8_1530 501 LEESLQR|FV 0.139 . cgd8_1530 521 EAEGFGK|QR 0.062 . cgd8_1530 523 EGFGKQR|AK 0.112 . cgd8_1530 525 FGKQRAK|KG 0.061 . cgd8_1530 526 GKQRAKK|GV 0.648 *ProP* cgd8_1530 529 RAKKGVR|FQ 0.077 . cgd8_1530 532 KGVRFQR|FP 0.311 . cgd8_1530 542 VVQFHLK|RF 0.063 . cgd8_1530 543 VQFHLKR|FQ 0.229 . cgd8_1530 555 QSMDMVK|LN 0.061 . cgd8_1530 565 YFTFPEK|LD 0.054 . cgd8_1530 577 FVNHNNK|GE 0.068 . cgd8_1530 591 IVEGTEK|YI 0.061 . cgd8_1530 614 HYYAYIR|PK 0.075 . cgd8_1530 616 YAYIRPK|PD 0.075 . cgd8_1530 623 PDSDWFR|FD 0.157 . cgd8_1530 628 FRFDDEK|VT 0.059 . cgd8_1530 662 PESDIPK|RS 0.062 . cgd8_1530 663 ESDIPKR|SK 0.299 . cgd8_1530 665 DIPKRSK|TH 0.065 . cgd8_1530 676 YILVYVR|ED 0.070 . cgd8_1530 699 NPDLVSK|YR 0.077 . cgd8_1530 701 DLVSKYR|KE 0.082 . cgd8_1530 702 LVSKYRK|EI 0.110 . cgd8_1530 710 IEMMNLR|KR 0.065 . cgd8_1530 711 EMMNLRK|RL 0.087 . cgd8_1530 712 MMNLRKR|LR 0.157 . cgd8_1530 714 NLRKRLR|QD 0.077 . cgd8_1530 722 DLNEHVR|IQ 0.070 . cgd8_1530 738 NISSSCR|PK 0.198 . cgd8_1530 740 SSSCRPK|SQ 0.127 . cgd8_1530 758 PWNYIFK|CS 0.065 . cgd8_1530 761 YIFKCSR|DF 0.118 . cgd8_1530 774 FHSELEK|RF 0.060 . cgd8_1530 775 HSELEKR|FL 0.205 . cgd8_1530 779 EKRFLNK|RM 0.060 . cgd8_1530 780 KRFLNKR|ML 0.207 . cgd8_1530 795 SSISCNK|AF 0.078 . cgd8_1530 819 TASGGAR|GM 0.197 . cgd8_1530 860 GISSGNR|IS 0.108 . cgd8_1530 866 RISDSQR|GG 0.123 . cgd8_1530 875 AGGMLGR|AI 0.121 . cgd8_1530 887 SSTSGTR|SG 0.132 . cgd8_1530 899 LMSDLCR|RY 0.105 . cgd8_1530 900 MSDLCRR|YH 0.180 . cgd8_1530 903 LCRRYHR|AG 0.160 . cgd8_1530 930 SSLLMDR|IP 0.063 . cgd8_1530 946 DGSYLEK|RQ 0.060 . cgd8_1530 947 GSYLEKR|QR 0.143 . cgd8_1530 949 YLEKRQR|IE 0.079 . cgd8_1530 953 RQRIENK|LR 0.067 . cgd8_1530 955 RIENKLR|NF 0.113 . cgd8_1530 970 EVLLLLR|YF 0.073 . cgd8_1530 978 FDISNPR|IN 0.088 . cgd8_1530 985 INEFSLK|YS 0.072 . cgd8_1530 988 FSLKYSR|NQ 0.065 . cgd8_1530 1010 SQSTTLK|DL 0.090 . cgd8_1530 1022 VMMEIEK|DK 0.069 . cgd8_1530 1024 MEIEKDK|DN 0.074 . cgd8_1530 1027 EKDKDNK|SP 0.101 . cgd8_1530 1031 DNKSPGR|GL 0.109 . cgd8_1530 1042 GFEFGLR|VC 0.064 . cgd8_1530 1061 FPLLDPR|CT 0.102 . cgd8_1530 1088 DDSVINR|KR 0.104 . cgd8_1530 1089 DSVINRK|RE 0.063 . cgd8_1530 1090 SVINRKR|EE 0.110 . cgd8_1530 1094 RKREELR|KS 0.098 . cgd8_1530 1095 KREELRK|SL 0.154 . cgd8_1530 1114 LWLQEEK|TS 0.056 . cgd8_1530 1126 GIEDEGK|SS 0.092 . cgd8_1530 1136 SEDSSFR|LP 0.070 . cgd8_1530 1145 VELEMVK|CP 0.053 . cgd8_1530 1218 SNNSIIR|SF 0.186 . cgd8_1530 1222 IIRSFSR|YQ 0.129 . cgd8_1530 1226 FSRYQIK|EV 0.107 . cgd8_1530 1236 QIHVDLR|WP 0.087 . cgd8_1530 1241 LRWPAIK|TW 0.073 . cgd8_1530 1251 YVCNQIK|VD 0.056 . cgd8_1530 1255 QIKVDPR|SI 0.138 . cgd8_1530 1261 RSIALAR|NA 0.109 . cgd8_1530 1282 SLIQAQR|HD 0.085 . cgd8_1530 1292 SISSVIR|SL 0.173 . cgd8_1530 1302 SAHYYGK|IP 0.061 . cgd8_1530 1305 YYGKIPR|SL 0.120 . cgd8_1530 1315 ILALNLK|GH 0.059 . cgd8_1530 1324 SFVSLNR|KD 0.081 . cgd8_1530 1325 FVSLNRK|DK 0.113 . cgd8_1530 1327 SLNRKDK|HI 0.268 . cgd8_1530 1343 NCSEIPK|GR 0.067 . cgd8_1530 1345 SEIPKGR|YI 0.166 . cgd8_1530 1361 TVDSVIR|KL 0.104 . cgd8_1530 1362 VDSVIRK|LI 0.100 . cgd8_1530 1365 VIRKLIK|KE 0.058 . cgd8_1530 1366 IRKLIKK|EN 0.098 . cgd8_1530 1373 ENILSHR|SF 0.140 . cgd8_1530 1380 SFNTNGK|DA 0.103 . cgd8_1530 1390 QTGNGAK|SH 0.080 . cgd8_1530 1397 SHTDISK|LK 0.059 . cgd8_1530 1399 TDISKLK|LR 0.057 . cgd8_1530 1401 ISKLKLR|LF 0.103 . cgd8_1530 1416 DHVGVYR|GG 0.102 . cgd8_1530 1423 GGEMITR|IL 0.092 . cgd8_1530 1449 SFVDCFR|IE 0.074 . cgd8_1530 1463 EELDLLK|KG 0.054 . cgd8_1530 1464 ELDLLKK|GE 0.071 . cgd8_1530 1477 LVIQDSR|SG 0.098 . cgd8_1530 1511 TIPVSSR|LV 0.107 . cgd8_1530 1516 SRLVDLK|NK 0.067 . cgd8_1530 1518 LVDLKNK|LQ 0.058 . cgd8_1530 1522 KNKLQER|FD 0.093 . cgd8_1530 1528 RFDLDEK|II 0.060 . cgd8_1530 1532 DEKIISK|WR 0.059 . cgd8_1530 1534 KIISKWR|FY 0.089 . cgd8_1530 1537 SKWRFYR|LE 0.411 . cgd8_1530 1541 FYRLESK|SL 0.077 . cgd8_1530 1547 KSLQGIK|DN 0.077 . cgd8_1530 1572 HYSTNAK|NN 0.068 . cgd8_1530 1599 VFPILQK|SG 0.070 . cgd8_1530 1603 LQKSGSR|PL 0.080 . cgd8_1530 1606 SGSRPLK|I- 0.175 . ____________________________^_________________

  • Fasta :-

    >cgd8_1530 AAAAAGGAAAGAGGAGGAGAGGATAAGAAAGAACTAAAAACGGCTAGTAAAAAGAGTAAC AAGACTGTGTGAAAGAAGCCTCAAGTGTGAGGAAGAGGTAAGACTTTTGGAATTGGAAGA GACTAGAAGAGTCTAACTTCAATAGAAAGACAGTTATATTTCTATATATGTATATGTATA TATACATATATAGAAATATATATATATTTACATGCAATATATATAATAGCGAGTAAATAA ATCGTCAATAGAAGGATAATCTTCAAGCCTCTAATTTTAGGAGGGATTGAAAGATTGAAT GAGCCAAGCAAGGATTTTTAATTTCTAGCAAGACTGAGTAAATGCATACTGGGCGTAATA TAGAGAGGCCGTCCATGGAAGGCTTCTCGAGTAGAGAAAAACAGTATGACTACTCGAATA TACCAGGACGGCTTCAAAATGAATTGGAGTTTAAGGTTGAGGGTTTTAGAAGAAGGATTA TGGAGATGATGAACAGTACCGAGGGGGGTACGAAGAACCGACTATATTCAAATATTCACA GTTATAAAAACTTTAATTTTCGAATAATGATTCTTCCAAAGGTTAAATTGACTAGTGGAG GTTCGTTAGAAGGTCATATTTCTGCTTATTTGGAGGCAATCCCATCGCAAAATTGGCCTT CAAACTGGGTATGGTTGAATACAAGATATTCTGTGACCTTAATTAACCAAAAAGATTACA GAAAATCTCACTTTATGAGTGATATATTCAGCTTTAAAGGAGAAAATGACCCAAAGAAGA AACTTACATTGGAGGAGAGAAATTATGACTATAGCTCTGCAGGCCCAGAAGCCGATCGTG GTTGGAGTGATTTTTTTAGCTTAAAGACTCTCTTGGATCCAAAAACTGGTTTTATTGATT CTGAGACAGAAACAGTAATTTTCAGAGCTGGTGTATTTCCGGTTTTATGTGATCCAGTTT CGTGTGGAAAGTCAAATTTTGACCATTTGGGAACTGATCGATCACTAACTGGATATGTTG GAATTCGAAACCTTGGAGCTACATGTTATATGAACTCCCTACTACAATCTCTATATCATA TTGGAAGATTCAGAAAAGCTGTCTATACTATTCCCCTGAACCCAAATAGAGTCACATCAG GCTCATCATGTTCTAATACTCCGATAAGTAGAGAAACAAGACCTGAATTAACTCCTTTGA GTGCTTGTATTCCTAAGATAGATGATTTCGGAGAGGTCACTCCTCAAAGTATTAGTTCTG AATCTAATAGCCTTGCCATTTCTTTATTGGGAGAAGCCTCAGAGGATGCTGTAGAATGGA CCAGTAATGTTGCAAAAAGTCTTTTTGAGTATGAAAGTGATGGTATTGCTAGTCTTGAAA GTATTATGTCTTCAAATGCATGCCAAGATTATGGACAGAATACCGGTGTAGTAAGCGGTA ATGTATCTGGTCCGGGATCTACAATAGGAGGAAACTGCTCAGCTTCGGATGCTGGAAATG ATCAAACGAAGATTAGTTCTGCTCTCCAAACCTTATTTTACGAGCTTCAAACCTGTTCAG AACCTGTGAATTGTCGTGAACTGATGAGATCTTTTGGCTGGGATGCTTCAGATGCATTCA CCCAACATGATGCACAAGAGTTAAATAGACTACTTTGTGACCGTCTTGAGGAGGAAATGA AGAATACTGCTGTTGATGGGAGCATTAAAGCTCTTTTTGAAGGAGAGTATGAAAATTATA TCGAGTGCTTGGATGTTGATTGTACTTCTAGAAGGAGAGAAAACTTTTACGACATTCAAG TTGATGTTGAAGGAGTAAAGTCATTAGAGGAAAGTCTCCAGCGTTTTGTAGAGGAAGAAA TTTTGGATGGTGAAAACCTCTATGAGGCTGAGGGCTTTGGAAAACAGAGAGCAAAGAAGG GAGTTAGATTCCAAAGATTCCCACCTGTTGTTCAGTTCCATTTGAAGAGATTCCAATTCA ATATTCAAAGTATGGATATGGTCAAGTTGAATGATTACTTTACTTTTCCAGAAAAATTGG ATCTATCTAGCTTTGTGAATCATAATAATAAAGGAGAAACAGATACTGGTAATATTGTAG AAGGTACCGAAAAGTATATATTACATACTGTTGTCATTCATCAGGGGGATGTTCATAGTG GACATTATTATGCCTATATACGTCCAAAACCTGATTCAGACTGGTTTAGATTTGACGATG AAAAGGTTACTCTAGTTTCATCTTCTACAGCTATTGAAGATAATTTTGGAGGCCATGAGT ATGAAGTTTGGGATTATTTGGGAAACCCAGAAAGTGATATTCCAAAAAGATCCAAAACCC ACTCAGCTTACATCTTGGTATATGTTAGGGAGGACCAAGCTCAAGATTTGCTTTCGGAGC CAATTCCTCAGGAGGTCAATCCTGATTTAGTTTCTAAATACAGAAAAGAGATTGAGATGA TGAATCTTCGAAAGAGACTTAGACAAGATCTGAATGAGCATGTTCGAATTCAATTATTGT TATCAACAAGTTATAATATCTCATCCTCTTGTCGTCCAAAATCCCAAGGTCTTCATCAAA GTATTTCATCCTTCCCATGGAATTACATATTCAAATGTTCAAGGGACTTTTCTTTGTCTC AGTTCCATTCTGAGCTTGAAAAAAGATTCTTGAACAAAAGGATGCTTCATAATGATGTTC CTAGTAGTAGTATTAGTTGTAATAAAGCTTTTGGATCTCATTTATTCCTTCTGGAAACCA ACCCGGAGGGAAACCACACTGCTTCAGGAGGAGCAAGAGGAATGGGTGGATTACATCATC ATATTGGATACTCAAATGGAGGCCCTACATCCTCAACCGGTCTATCCTTTTATACATGCA TTTCATCTCCCCAAGGAGAGGGAATTAGCTCTGGAAACCGGATATCAGATTCTCAAAGAG GCGGAGCTGGTGGAATGCTAGGTAGAGCTATTGGATTTGGAAGTTCAACTTCTGGTACAA GATCAGGAGATGAGATCTTAATGTCGGATCTATGTAGAAGATACCATCGTGCAGGCCTTT GGGACTCATCTTGCCCAACTTTATATATGTGTTTGTATCTTGATGATGTCTCAAGCTTAT TAATGGACCGAATCCCTCCAAATCTACCAATTAATGCAGATGGTTCATATTTAGAGAAGA GACAAAGGATTGAAAATAAGCTCAGAAACTTTAATGATAATGGAGGAGGAGAAGTTTTGC TTCTCTTGAGATATTTTGATATCTCAAACCCTAGGATCAATGAATTCTCCTTAAAATACT CTAGAAATCAGGAGATTCCAAATCTTTATAATCTAGGACTTATCATGGTTTCTCAAAGCA CCACACTTAAGGATTTAAATGAATATGTAATGATGGAGATAGAAAAAGATAAAGATAACA AGTCACCAGGTAGAGGATTGATTAGTGGCTTTGAGTTTGGACTTAGAGTATGTCTGGAAA CGGCTTCAGATAGTGATAATTTGTTCCCATTATTGGATCCTCGATGTACAATTCAACAAC TTCAGCTTATCAATGGATCCAGTTTAATCTTTTCAATAAATTTGGATGATTCAGTAATTA ATAGAAAGAGAGAAGAATTAAGGAAATCTCTTGAAGAGGTTGTGATCTTCCCAAATCAAA ACCTTTGGTTGCAAGAAGAGAAAACTTCTCAATATAATGGAATTGAAGATGAAGGAAAAT CTTCTGAATCGGAAGATTCTAGTTTCAGGCTTCCAGTAGAACTAGAGATGGTTAAGTGCC CAGAATTTCCAGTTTTGGACTTTCATCACTGGTATGAAAATTTCCAGAATTCTCTCCATC TTTCTCTATATCTATGGGATCCTCTAGATGGTGAATATCACCCGCCTCATTTGGGAGGAG GAGGAGGAGGAGGAGGAACGCATTTGTGCCTGCCTAATACAAATCAATATGGAATAATGG AAGCCATGCAGGCGAGCAATAATAGTATAATACGCTCGTTTTCAAGGTATCAAATTAAAG AAGTACATCAAATTCATGTGGATCTCCGCTGGCCAGCTATTAAGACTTGGATTTATGTTT GTAATCAAATCAAAGTAGATCCTAGAAGTATTGCTTTAGCAAGAAATGCACTGAATCCAC TAGATGCTTCTTTGCTAACTTTATTCTCTCTGATTCAAGCCCAGAGACATGATGAATCTA TATCTTCAGTAATCAGAAGCTTAAGTTCAGCACATTATTATGGAAAAATACCACGTTCTT TAGCTATCCTGGCTCTAAATCTGAAAGGTCACTCCTTTGTTAGTTTAAACAGAAAAGATA AGCATATTCTAACTGTGACCAATACTGTAAATTGTTCTGAAATACCTAAAGGAAGATACA TCCTTCAGGTAGAATCCTGTGATACTGTGGATTCAGTCATACGCAAGTTAATAAAGAAGG AAAATATTTTATCTCACAGGTCCTTTAATACAAATGGTAAGGATGCCATGCAAACCGGAA ATGGCGCCAAAAGTCACACAGATATTTCCAAGCTTAAATTAAGATTATTCGAAGCGAGTA ACCAAAATGATCATGTTGGTGTATATCGAGGAGGGGAAATGATAACAAGGATTTTAAACA CAGATGGAATGCAAAATACTTCTACTTTTGGAGGATTATCTATTGGCTCTTTTGTGGATT GCTTTAGGATTGAACAAGATTATTCACAAGAAGAGTTGGATTTACTTAAAAAAGGAGAGT TAGTAAATATTTTGGTTATTCAGGATTCAAGGAGTGGTTTTGGCGGGAACTATGGAGATC ATTACCATAATGATGATCATAATTCATTGGCTGGAGGTACAAGCTATTTAGTAACAATAC CAGTAAGTTCAAGATTGGTAGATTTAAAGAATAAACTACAAGAAAGGTTTGATTTGGACG AGAAGATAATATCCAAATGGAGATTTTACCGTCTTGAGTCAAAGAGTCTTCAAGGAATTA AGGATAATGATTTAATTATGAATAGTTTTGGAAATAATGGTGTTGGTATTAATAATCACT ATAGCACAAATGCAAAGAATAACGTGGACATTAATATATATGGTTTTGAGCCTCATACAA TTTTATTGGCTCAACAAGTTTTTCCAATTCTACAAAAGAGTGGCTCTAGACCTCTGAAAA TTTAAAGATAGATACTCTGAGAAAGAAATAAAGGAAAAAAGAGAAGCATTTCATGTTACA CCTTAAAGAATAAAGATAGAGCAAAAGATTGAGGGTTGGGGGATGAAATGTAAAGGGATG AAAAAGGCGAGATATATATTTAATAAATAATAATGATGAATATTATAGATGGAAGAGTTA TGTGGAGTTTAACTTTTGATTTGAGTATATATCTTCAAGTTGTTTGATTTTATTCTTGAT TGACTTATACTCAAGATATTCTTTTTCTATAGGTAGTAA
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  • Fasta :-

    MHTGRNIERPSMEGFSSREKQYDYSNIPGRLQNELEFKVEGFRRRIMEMMNSTEGGTKNR LYSNIHSYKNFNFRIMILPKVKLTSGGSLEGHISAYLEAIPSQNWPSNWVWLNTRYSVTL INQKDYRKSHFMSDIFSFKGENDPKKKLTLEERNYDYSSAGPEADRGWSDFFSLKTLLDP KTGFIDSETETVIFRAGVFPVLCDPVSCGKSNFDHLGTDRSLTGYVGIRNLGATCYMNSL LQSLYHIGRFRKAVYTIPLNPNRVTSGSSCSNTPISRETRPELTPLSACIPKIDDFGEVT PQSISSESNSLAISLLGEASEDAVEWTSNVAKSLFEYESDGIASLESIMSSNACQDYGQN TGVVSGNVSGPGSTIGGNCSASDAGNDQTKISSALQTLFYELQTCSEPVNCRELMRSFGW DASDAFTQHDAQELNRLLCDRLEEEMKNTAVDGSIKALFEGEYENYIECLDVDCTSRRRE NFYDIQVDVEGVKSLEESLQRFVEEEILDGENLYEAEGFGKQRAKKGVRFQRFPPVVQFH LKRFQFNIQSMDMVKLNDYFTFPEKLDLSSFVNHNNKGETDTGNIVEGTEKYILHTVVIH QGDVHSGHYYAYIRPKPDSDWFRFDDEKVTLVSSSTAIEDNFGGHEYEVWDYLGNPESDI PKRSKTHSAYILVYVREDQAQDLLSEPIPQEVNPDLVSKYRKEIEMMNLRKRLRQDLNEH VRIQLLLSTSYNISSSCRPKSQGLHQSISSFPWNYIFKCSRDFSLSQFHSELEKRFLNKR MLHNDVPSSSISCNKAFGSHLFLLETNPEGNHTASGGARGMGGLHHHIGYSNGGPTSSTG LSFYTCISSPQGEGISSGNRISDSQRGGAGGMLGRAIGFGSSTSGTRSGDEILMSDLCRR YHRAGLWDSSCPTLYMCLYLDDVSSLLMDRIPPNLPINADGSYLEKRQRIENKLRNFNDN GGGEVLLLLRYFDISNPRINEFSLKYSRNQEIPNLYNLGLIMVSQSTTLKDLNEYVMMEI EKDKDNKSPGRGLISGFEFGLRVCLETASDSDNLFPLLDPRCTIQQLQLINGSSLIFSIN LDDSVINRKREELRKSLEEVVIFPNQNLWLQEEKTSQYNGIEDEGKSSESEDSSFRLPVE LEMVKCPEFPVLDFHHWYENFQNSLHLSLYLWDPLDGEYHPPHLGGGGGGGGTHLCLPNT NQYGIMEAMQASNNSIIRSFSRYQIKEVHQIHVDLRWPAIKTWIYVCNQIKVDPRSIALA RNALNPLDASLLTLFSLIQAQRHDESISSVIRSLSSAHYYGKIPRSLAILALNLKGHSFV SLNRKDKHILTVTNTVNCSEIPKGRYILQVESCDTVDSVIRKLIKKENILSHRSFNTNGK DAMQTGNGAKSHTDISKLKLRLFEASNQNDHVGVYRGGEMITRILNTDGMQNTSTFGGLS IGSFVDCFRIEQDYSQEELDLLKKGELVNILVIQDSRSGFGGNYGDHYHNDDHNSLAGGT SYLVTIPVSSRLVDLKNKLQERFDLDEKIISKWRFYRLESKSLQGIKDNDLIMNSFGNNG VGINNHYSTNAKNNVDINIYGFEPHTILLAQQVFPILQKSGSRPLKI

  • title: Active Site
  • coordinates: N230,C235,H608,D626
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
cgd8_1530494 SEGVKSLEES0.993unspcgd8_1530494 SEGVKSLEES0.993unspcgd8_1530494 SEGVKSLEES0.993unspcgd8_1530888 SSGTRSGDEI0.991unspcgd8_15301028 SKDNKSPGRG0.996unspcgd8_15301096 SELRKSLEEV0.997unspcgd8_15301127 SDEGKSSESE0.994unspcgd8_15301128 SEGKSSESED0.995unspcgd8_15301130 SKSSESEDSS0.991unspcgd8_15301221 SIRSFSRYQI0.992unspcgd8_15301391 SNGAKSHTDI0.997unspcgd8_15301455 SEQDYSQEEL0.997unspcgd8_153011 SIERPSMEGF0.992unspcgd8_1530333 SNVAKSLFEY0.992unsp

cgd8_1530      



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