cgd5_2500 | Peptidase C19, ubiquitin carboxyl-terminal hydrolase

_IDPredictionOTHERSPmTPCS_Position
cgd5_2500OTHER0.9999300.0000220.000047
No Results

  • Fasta :-

    >cgd5_2500 MRQECGENKSQKRPYDNSSKGLDPFFDEGYKEEIHDDVSLQSLYIYNLYNPQLVLLDCNV QLNPFGCYMISENAPRSTKGIWRKNILKDWFGLEGENKSSYGFDSQGMRFLTQSGSTKHF GNIFTNQDGSGGEKVQKYVYSGIKNLGATCYMGSYLQYLFMNLDFRSTFLRINCSQIAGL RNMGGSQSSVGSLSRSGGAKSMEGESSLSSMILPNIIDSNMSNDTEKEETGEKFSPPSTP HSSFDVIIELQKIFRQMETGRISVVNPIGFVKTLGISTENQEDATEFAVLLLSLLEAKLE SLSKLSNKDMSKSLNKDASKFIPDLFRGTLSYTIECVSCKNKTSIEDHFYELRLQLLINR MEEKGDSEDANSIETGKKESDSMNVQGSAEDGEEKIRQRSREKELNQKKVFSGYSMNSTL KLEHAFDNFFKQELLTDENQYMCEKCQHKTDAIKRCLIDRLPPYLHVCLQRYCYDSISRA RKKVSVPVDFPHILNLKEYCSGEHKSKTESANNDPQDEQFYEYEFIGILEHQGQSAMSGH YTASLKDFQYLSDIEASNRDAPLKLAEPKLEVLEPKTLLTPNLGEEAVVKKKRGRKPNSL KKLEALPVKPQGEDSKRSKPESEAFSASPSLDLINRYRIAQLIIQQQQQQQQQQQQQQQQ QQQQQQQQQQQQQQQQLQQQQFEQQRQLQQQQQLQQQQQQQQHLQQQQQQQQQQQQQQRH QQQQQQQQQQQLQQQQQLQQQQQLQQQQQQLLQLQQQQKNYMLGGTINAGIGGAGFNMGV AEHSSVEKNGSISETPIIHSVATPETPMTALNQASPISLTPLAPLGVLNPIPQFGVGLSP LNGFSGLSSPLVQHQLQLQNLYNLIYCNKQGHLQSHLIPSSGAGNGNFTNIEEVNHLVSR EITNEGHKTKSIDESSDDSTLVKSSLGSTATITPSKIQESQGSSNISTTPNLGNEPNIFG SCNGSNNNAMLSQYIQYLQFIQGQQVLEANKNLILGSLLNQGNGQQNQIQNQIQNQLQLQ KHQEQMRLQQHFVGRQPGNDSSLLDKGQQTQTRFPLINFQNSEEKGLKGGGAPANQNSKL KLPSQKLDSKLDSSTTEQCNHSKKRWKWVHFDDSEVQEWTPKFSLCNNSNINRMVTRTGY MLIYKRKDWAPRQPTCNTGITNACTDVDTNMGLVPGMSLGGELGVKECEKNLILKKLSVL NLRKQNVTFLKNVILRPSIDRWREEWTKRLEASKDDDNELVKNYLFGGFLAIPNDWWMCY VHGDDLEKILCHNSGEFIKFWSYENLYCKHSVVEGGKQGKHEEAEGSKFLDPFLFWEGRV KLFPPELLSALVECISKENSLLREYYSLDDGYVTNDSVKQENSKKADTFNFDSETQVECL NLSKSMCLKCVESLYGILNISLKQSRIIYEIMRTDITNESEVCLTSTRMFNSLIAKFDLK HKNPVQMFQRKQSQLNDKFGIVSQNESSTIDFDYNWRSIFTDIKRDIQRNGNTSEQMLLQ LHNASDSHSFQAASIENGLYKSTNRVQDWSKDIALGSAKCPHGSYVRSKVSGKTVILIPL RLLEEFMSLEEQRSRKITSFVLFNKVKKDKEEIIASIYKKYLRYKCSNKLLPCKHCTTP
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/cgd5_2500.fa Sequence name : cgd5_2500 Sequence length : 1619 VALUES OF COMPUTED PARAMETERS Coef20 : 3.178 CoefTot : -0.020 ChDiff : -1 ZoneTo : 3 KR : 1 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.194 1.406 0.087 0.588 MesoH : 0.459 0.405 -0.172 0.336 MuHd_075 : 42.248 20.285 13.113 7.677 MuHd_095 : 15.963 1.544 2.856 3.393 MuHd_100 : 20.850 5.240 2.525 4.674 MuHd_105 : 22.608 6.900 3.615 4.624 Hmax_075 : 7.117 0.350 1.337 1.878 Hmax_095 : -13.212 -11.300 -6.112 -1.697 Hmax_100 : -15.100 -11.300 -6.773 -2.130 Hmax_105 : -19.425 -12.700 -8.318 -1.986 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9278 0.0722 DFMC : 0.8319 0.1681
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1619 cgd5_2500 MRQECGENKSQKRPYDNSSKGLDPFFDEGYKEEIHDDVSLQSLYIYNLYNPQLVLLDCNVQLNPFGCYMISENAPRSTKG 80 IWRKNILKDWFGLEGENKSSYGFDSQGMRFLTQSGSTKHFGNIFTNQDGSGGEKVQKYVYSGIKNLGATCYMGSYLQYLF 160 MNLDFRSTFLRINCSQIAGLRNMGGSQSSVGSLSRSGGAKSMEGESSLSSMILPNIIDSNMSNDTEKEETGEKFSPPSTP 240 HSSFDVIIELQKIFRQMETGRISVVNPIGFVKTLGISTENQEDATEFAVLLLSLLEAKLESLSKLSNKDMSKSLNKDASK 320 FIPDLFRGTLSYTIECVSCKNKTSIEDHFYELRLQLLINRMEEKGDSEDANSIETGKKESDSMNVQGSAEDGEEKIRQRS 400 REKELNQKKVFSGYSMNSTLKLEHAFDNFFKQELLTDENQYMCEKCQHKTDAIKRCLIDRLPPYLHVCLQRYCYDSISRA 480 RKKVSVPVDFPHILNLKEYCSGEHKSKTESANNDPQDEQFYEYEFIGILEHQGQSAMSGHYTASLKDFQYLSDIEASNRD 560 APLKLAEPKLEVLEPKTLLTPNLGEEAVVKKKRGRKPNSLKKLEALPVKPQGEDSKRSKPESEAFSASPSLDLINRYRIA 640 QLIIQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQQLQQQQFEQQRQLQQQQQLQQQQQQQQHLQQQQQQQQQQQQQQRH 720 QQQQQQQQQQQLQQQQQLQQQQQLQQQQQQLLQLQQQQKNYMLGGTINAGIGGAGFNMGVAEHSSVEKNGSISETPIIHS 800 VATPETPMTALNQASPISLTPLAPLGVLNPIPQFGVGLSPLNGFSGLSSPLVQHQLQLQNLYNLIYCNKQGHLQSHLIPS 880 SGAGNGNFTNIEEVNHLVSREITNEGHKTKSIDESSDDSTLVKSSLGSTATITPSKIQESQGSSNISTTPNLGNEPNIFG 960 SCNGSNNNAMLSQYIQYLQFIQGQQVLEANKNLILGSLLNQGNGQQNQIQNQIQNQLQLQKHQEQMRLQQHFVGRQPGND 1040 SSLLDKGQQTQTRFPLINFQNSEEKGLKGGGAPANQNSKLKLPSQKLDSKLDSSTTEQCNHSKKRWKWVHFDDSEVQEWT 1120 PKFSLCNNSNINRMVTRTGYMLIYKRKDWAPRQPTCNTGITNACTDVDTNMGLVPGMSLGGELGVKECEKNLILKKLSVL 1200 NLRKQNVTFLKNVILRPSIDRWREEWTKRLEASKDDDNELVKNYLFGGFLAIPNDWWMCYVHGDDLEKILCHNSGEFIKF 1280 WSYENLYCKHSVVEGGKQGKHEEAEGSKFLDPFLFWEGRVKLFPPELLSALVECISKENSLLREYYSLDDGYVTNDSVKQ 1360 ENSKKADTFNFDSETQVECLNLSKSMCLKCVESLYGILNISLKQSRIIYEIMRTDITNESEVCLTSTRMFNSLIAKFDLK 1440 HKNPVQMFQRKQSQLNDKFGIVSQNESSTIDFDYNWRSIFTDIKRDIQRNGNTSEQMLLQLHNASDSHSFQAASIENGLY 1520 KSTNRVQDWSKDIALGSAKCPHGSYVRSKVSGKTVILIPLRLLEEFMSLEEQRSRKITSFVLFNKVKKDKEEIIASIYKK 1600 YLRYKCSNKLLPCKHCTTP 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_________________ cgd5_2500 2 -----MR|QE 0.098 . cgd5_2500 9 QECGENK|SQ 0.068 . cgd5_2500 12 GENKSQK|RP 0.065 . cgd5_2500 13 ENKSQKR|PY 0.198 . cgd5_2500 20 PYDNSSK|GL 0.069 . cgd5_2500 31 FFDEGYK|EE 0.052 . cgd5_2500 76 ISENAPR|ST 0.147 . cgd5_2500 79 NAPRSTK|GI 0.126 . cgd5_2500 83 STKGIWR|KN 0.079 . cgd5_2500 84 TKGIWRK|NI 0.100 . cgd5_2500 88 WRKNILK|DW 0.083 . cgd5_2500 98 GLEGENK|SS 0.079 . cgd5_2500 109 FDSQGMR|FL 0.152 . cgd5_2500 118 TQSGSTK|HF 0.101 . cgd5_2500 134 DGSGGEK|VQ 0.058 . cgd5_2500 137 GGEKVQK|YV 0.099 . cgd5_2500 144 YVYSGIK|NL 0.064 . cgd5_2500 166 FMNLDFR|ST 0.113 . cgd5_2500 171 FRSTFLR|IN 0.135 . cgd5_2500 181 SQIAGLR|NM 0.105 . cgd5_2500 195 SVGSLSR|SG 0.128 . cgd5_2500 200 SRSGGAK|SM 0.134 . cgd5_2500 227 MSNDTEK|EE 0.070 . cgd5_2500 233 KEETGEK|FS 0.062 . cgd5_2500 252 VIIELQK|IF 0.062 . cgd5_2500 255 ELQKIFR|QM 0.123 . cgd5_2500 261 RQMETGR|IS 0.088 . cgd5_2500 272 NPIGFVK|TL 0.076 . cgd5_2500 298 LSLLEAK|LE 0.058 . cgd5_2500 304 KLESLSK|LS 0.058 . cgd5_2500 308 LSKLSNK|DM 0.093 . cgd5_2500 312 SNKDMSK|SL 0.079 . cgd5_2500 316 MSKSLNK|DA 0.105 . cgd5_2500 320 LNKDASK|FI 0.075 . cgd5_2500 327 FIPDLFR|GT 0.075 . cgd5_2500 340 IECVSCK|NK 0.076 . cgd5_2500 342 CVSCKNK|TS 0.068 . cgd5_2500 353 DHFYELR|LQ 0.070 . cgd5_2500 360 LQLLINR|ME 0.078 . cgd5_2500 364 INRMEEK|GD 0.073 . cgd5_2500 377 NSIETGK|KE 0.067 . cgd5_2500 378 SIETGKK|ES 0.093 . cgd5_2500 395 AEDGEEK|IR 0.056 . cgd5_2500 397 DGEEKIR|QR 0.080 . cgd5_2500 399 EEKIRQR|SR 0.166 . cgd5_2500 401 KIRQRSR|EK 0.103 . cgd5_2500 403 RQRSREK|EL 0.069 . cgd5_2500 408 EKELNQK|KV 0.073 . cgd5_2500 409 KELNQKK|VF 0.090 . cgd5_2500 421 SMNSTLK|LE 0.061 . cgd5_2500 431 AFDNFFK|QE 0.056 . cgd5_2500 445 NQYMCEK|CQ 0.058 . cgd5_2500 449 CEKCQHK|TD 0.060 . cgd5_2500 454 HKTDAIK|RC 0.054 . cgd5_2500 455 KTDAIKR|CL 0.179 . cgd5_2500 460 KRCLIDR|LP 0.073 . cgd5_2500 471 LHVCLQR|YC 0.115 . cgd5_2500 479 CYDSISR|AR 0.063 . cgd5_2500 481 DSISRAR|KK 0.088 . cgd5_2500 482 SISRARK|KV 0.464 . cgd5_2500 483 ISRARKK|VS 0.108 . cgd5_2500 497 PHILNLK|EY 0.062 . cgd5_2500 505 YCSGEHK|SK 0.081 . cgd5_2500 507 SGEHKSK|TE 0.071 . cgd5_2500 546 HYTASLK|DF 0.061 . cgd5_2500 559 DIEASNR|DA 0.100 . cgd5_2500 564 NRDAPLK|LA 0.088 . cgd5_2500 569 LKLAEPK|LE 0.060 . cgd5_2500 576 LEVLEPK|TL 0.062 . cgd5_2500 590 GEEAVVK|KK 0.062 . cgd5_2500 591 EEAVVKK|KR 0.123 . cgd5_2500 592 EAVVKKK|RG 0.078 . cgd5_2500 593 AVVKKKR|GR 0.162 . cgd5_2500 595 VKKKRGR|KP 0.082 . cgd5_2500 596 KKKRGRK|PN 0.181 . cgd5_2500 601 RKPNSLK|KL 0.067 . cgd5_2500 602 KPNSLKK|LE 0.074 . cgd5_2500 609 LEALPVK|PQ 0.063 . cgd5_2500 616 PQGEDSK|RS 0.060 . cgd5_2500 617 QGEDSKR|SK 0.313 . cgd5_2500 619 EDSKRSK|PE 0.085 . cgd5_2500 636 SLDLINR|YR 0.091 . cgd5_2500 638 DLINRYR|IA 0.104 . cgd5_2500 686 QQFEQQR|QL 0.109 . cgd5_2500 719 QQQQQQR|HQ 0.135 . cgd5_2500 759 QLQQQQK|NY 0.068 . cgd5_2500 788 EHSSVEK|NG 0.075 . cgd5_2500 869 NLIYCNK|QG 0.059 . cgd5_2500 900 VNHLVSR|EI 0.116 . cgd5_2500 908 ITNEGHK|TK 0.063 . cgd5_2500 910 NEGHKTK|SI 0.128 . cgd5_2500 923 DDSTLVK|SS 0.086 . cgd5_2500 936 ATITPSK|IQ 0.064 . cgd5_2500 991 QVLEANK|NL 0.052 . cgd5_2500 1021 NQLQLQK|HQ 0.067 . cgd5_2500 1027 KHQEQMR|LQ 0.083 . cgd5_2500 1035 QQHFVGR|QP 0.103 . cgd5_2500 1046 DSSLLDK|GQ 0.076 . cgd5_2500 1053 GQQTQTR|FP 0.101 . cgd5_2500 1065 FQNSEEK|GL 0.071 . cgd5_2500 1068 SEEKGLK|GG 0.066 . cgd5_2500 1079 PANQNSK|LK 0.058 . cgd5_2500 1081 NQNSKLK|LP 0.087 . cgd5_2500 1086 LKLPSQK|LD 0.066 . cgd5_2500 1090 SQKLDSK|LD 0.061 . cgd5_2500 1103 EQCNHSK|KR 0.064 . cgd5_2500 1104 QCNHSKK|RW 0.125 . cgd5_2500 1105 CNHSKKR|WK 0.326 . cgd5_2500 1107 HSKKRWK|WV 0.090 . cgd5_2500 1122 VQEWTPK|FS 0.059 . cgd5_2500 1133 NNSNINR|MV 0.167 . cgd5_2500 1137 INRMVTR|TG 0.086 . cgd5_2500 1145 GYMLIYK|RK 0.065 . cgd5_2500 1146 YMLIYKR|KD 0.102 . cgd5_2500 1147 MLIYKRK|DW 0.151 . cgd5_2500 1152 RKDWAPR|QP 0.088 . cgd5_2500 1186 GGELGVK|EC 0.060 . cgd5_2500 1190 GVKECEK|NL 0.059 . cgd5_2500 1195 EKNLILK|KL 0.064 . cgd5_2500 1196 KNLILKK|LS 0.073 . cgd5_2500 1203 LSVLNLR|KQ 0.068 . cgd5_2500 1204 SVLNLRK|QN 0.073 . cgd5_2500 1211 QNVTFLK|NV 0.069 . cgd5_2500 1216 LKNVILR|PS 0.098 . cgd5_2500 1221 LRPSIDR|WR 0.083 . cgd5_2500 1223 PSIDRWR|EE 0.081 . cgd5_2500 1228 WREEWTK|RL 0.070 . cgd5_2500 1229 REEWTKR|LE 0.132 . cgd5_2500 1234 KRLEASK|DD 0.073 . cgd5_2500 1242 DDNELVK|NY 0.059 . cgd5_2500 1268 HGDDLEK|IL 0.059 . cgd5_2500 1279 NSGEFIK|FW 0.076 . cgd5_2500 1289 YENLYCK|HS 0.064 . cgd5_2500 1297 SVVEGGK|QG 0.063 . cgd5_2500 1300 EGGKQGK|HE 0.076 . cgd5_2500 1308 EEAEGSK|FL 0.077 . cgd5_2500 1319 FLFWEGR|VK 0.063 . cgd5_2500 1321 FWEGRVK|LF 0.060 . cgd5_2500 1337 LVECISK|EN 0.056 . cgd5_2500 1343 KENSLLR|EY 0.087 . cgd5_2500 1359 VTNDSVK|QE 0.062 . cgd5_2500 1364 VKQENSK|KA 0.074 . cgd5_2500 1365 KQENSKK|AD 0.106 . cgd5_2500 1384 ECLNLSK|SM 0.061 . cgd5_2500 1389 SKSMCLK|CV 0.097 . cgd5_2500 1403 ILNISLK|QS 0.072 . cgd5_2500 1406 ISLKQSR|II 0.107 . cgd5_2500 1413 IIYEIMR|TD 0.085 . cgd5_2500 1428 VCLTSTR|MF 0.071 . cgd5_2500 1436 FNSLIAK|FD 0.070 . cgd5_2500 1440 IAKFDLK|HK 0.070 . cgd5_2500 1442 KFDLKHK|NP 0.057 . cgd5_2500 1450 PVQMFQR|KQ 0.095 . cgd5_2500 1451 VQMFQRK|QS 0.080 . cgd5_2500 1458 QSQLNDK|FG 0.072 . cgd5_2500 1477 DFDYNWR|SI 0.100 . cgd5_2500 1484 SIFTDIK|RD 0.058 . cgd5_2500 1485 IFTDIKR|DI 0.219 . cgd5_2500 1489 IKRDIQR|NG 0.114 . cgd5_2500 1521 IENGLYK|ST 0.124 . cgd5_2500 1525 LYKSTNR|VQ 0.077 . cgd5_2500 1531 RVQDWSK|DI 0.068 . cgd5_2500 1539 IALGSAK|CP 0.065 . cgd5_2500 1547 PHGSYVR|SK 0.097 . cgd5_2500 1549 GSYVRSK|VS 0.081 . cgd5_2500 1553 RSKVSGK|TV 0.079 . cgd5_2500 1561 VILIPLR|LL 0.073 . cgd5_2500 1573 MSLEEQR|SR 0.098 . cgd5_2500 1575 LEEQRSR|KI 0.075 . cgd5_2500 1576 EEQRSRK|IT 0.331 . cgd5_2500 1585 SFVLFNK|VK 0.064 . cgd5_2500 1587 VLFNKVK|KD 0.064 . cgd5_2500 1588 LFNKVKK|DK 0.200 . cgd5_2500 1590 NKVKKDK|EE 0.064 . cgd5_2500 1599 IIASIYK|KY 0.057 . cgd5_2500 1600 IASIYKK|YL 0.140 . cgd5_2500 1603 IYKKYLR|YK 0.079 . cgd5_2500 1605 KKYLRYK|CS 0.073 . cgd5_2500 1609 RYKCSNK|LL 0.059 . cgd5_2500 1614 NKLLPCK|HC 0.061 . ____________________________^_________________

  • Fasta :-

    >cgd5_2500 ATGAGACAAGAATGCGGTGAAAATAAGTCTCAAAAGAGGCCTTATGATAATAGTTCAAAG GGTTTGGATCCTTTTTTTGATGAAGGATATAAAGAAGAAATACATGATGATGTTTCACTT CAAAGCTTATATATTTATAATCTATATAATCCTCAACTGGTGCTTCTAGACTGTAATGTA CAACTTAACCCATTTGGCTGCTATATGATAAGCGAAAATGCTCCAAGAAGTACAAAAGGA ATCTGGAGGAAGAATATTCTAAAAGATTGGTTTGGACTCGAGGGAGAGAATAAGTCGTCA TATGGGTTCGATTCCCAGGGGATGCGATTTTTGACACAGTCAGGCAGTACAAAACATTTC GGGAATATTTTTACAAATCAGGACGGGAGCGGGGGTGAGAAAGTTCAGAAGTATGTGTAT TCTGGGATAAAGAATTTGGGCGCAACCTGTTATATGGGGTCGTATTTACAGTATTTATTT ATGAATTTGGATTTCAGGTCAACTTTTTTGCGTATTAATTGTAGCCAGATTGCGGGGTTA AGGAATATGGGTGGAAGTCAAAGCTCTGTTGGTTCTCTTTCTAGATCTGGAGGGGCTAAG TCGATGGAGGGAGAAAGTTCTCTGAGTTCTATGATATTACCAAATATTATAGATTCAAAT ATGAGCAATGACACAGAAAAGGAAGAGACAGGTGAGAAATTTTCACCACCTTCTACTCCT CATTCTTCGTTTGATGTGATAATAGAACTTCAAAAAATATTTAGGCAAATGGAAACTGGC CGTATTTCTGTGGTCAATCCGATAGGCTTTGTAAAGACACTGGGGATAAGTACGGAGAAT CAGGAGGATGCTACTGAATTTGCAGTTCTGTTGCTTAGCTTATTGGAGGCAAAACTCGAA TCACTTTCGAAGTTATCCAATAAGGATATGAGTAAATCTTTGAACAAAGATGCGAGCAAA TTCATTCCGGACCTCTTTAGAGGCACTTTAAGTTATACAATAGAGTGTGTTTCCTGCAAG AATAAGACATCAATAGAGGATCATTTCTATGAACTCAGACTTCAGCTTTTAATTAATAGA ATGGAGGAGAAGGGCGATTCTGAGGATGCTAATAGTATTGAAACTGGGAAAAAGGAAAGC GATTCTATGAACGTACAAGGATCGGCAGAAGATGGAGAAGAAAAGATAAGACAGAGATCA AGGGAGAAGGAATTAAATCAGAAGAAAGTTTTTTCTGGATATTCTATGAACAGTACTTTA AAGTTGGAACATGCTTTTGATAACTTTTTTAAACAGGAGTTACTGACAGATGAGAATCAG TATATGTGCGAAAAGTGCCAGCATAAAACGGATGCTATAAAAAGATGCTTAATTGACAGA CTTCCTCCTTATCTACATGTTTGTCTTCAAAGATATTGCTATGATTCTATCTCTAGAGCT AGAAAGAAGGTTTCTGTTCCTGTTGATTTCCCTCACATTTTGAATCTTAAAGAGTACTGC AGTGGAGAACACAAGTCAAAAACTGAAAGCGCAAACAATGATCCTCAAGATGAACAATTT TACGAATACGAGTTTATTGGTATATTAGAGCATCAGGGGCAGTCAGCAATGAGTGGCCAC TATACCGCATCTTTGAAGGATTTTCAATATTTGAGCGATATTGAAGCTAGTAATAGAGAT GCCCCACTTAAGCTTGCAGAACCAAAATTAGAGGTTTTGGAACCAAAAACTCTTTTAACA CCGAATCTTGGGGAGGAGGCTGTTGTTAAAAAGAAGCGGGGTAGGAAGCCAAATAGCCTT AAAAAACTGGAGGCTTTGCCAGTAAAGCCTCAAGGCGAGGATTCAAAGAGATCTAAGCCC GAAAGTGAAGCTTTTTCTGCCTCTCCGTCCTTAGACTTGATTAACAGGTACAGAATCGCT CAGCTTATTATCCAACAGCAACAACAGCAACAACAACAACAACAGCAACAACAACAGCAG CAACAACAACAGCAACAACAACAGCAACAACAACAGCAGCAACAACAACTCCAACAACAA CAATTCGAACAGCAACGGCAACTCCAACAACAACAACAACTCCAACAGCAACAGCAACAA CAGCAACATCTCCAGCAACAACAACAGCAACAACAACAACAGCAACAACAACAACGCCAT CAACAACAACAGCAACAACAACAACAGCAACAACTCCAACAACAGCAACAACTCCAACAA CAGCAACAACTCCAACAACAGCAACAACAACTTCTACAACTCCAACAGCAACAAAAAAAC TACATGCTTGGAGGGACGATAAATGCAGGGATAGGAGGAGCAGGTTTTAATATGGGGGTT GCTGAGCATTCCTCTGTAGAAAAGAACGGAAGCATAAGCGAGACACCCATAATACATTCA GTTGCTACTCCGGAAACTCCTATGACGGCCTTGAATCAGGCATCTCCAATTTCTCTCACG CCATTGGCTCCTCTTGGAGTTTTGAATCCTATTCCACAATTTGGTGTAGGGTTGTCTCCT TTAAATGGATTTTCTGGCCTAAGTTCTCCTTTAGTTCAACACCAATTACAGTTGCAGAAT CTATATAACTTGATTTACTGTAATAAACAGGGACATCTGCAATCACATTTGATTCCAAGT TCAGGGGCTGGGAATGGAAACTTCACAAATATTGAAGAAGTTAACCATTTGGTTAGTAGG GAGATAACAAATGAAGGGCATAAAACCAAATCTATAGATGAATCCTCTGATGATTCAACC CTAGTAAAGTCCTCTCTGGGATCTACTGCAACAATAACTCCATCGAAGATCCAAGAATCT CAAGGATCGTCAAACATCTCAACCACTCCGAATTTAGGGAACGAACCAAATATTTTTGGT AGCTGCAATGGTAGCAATAACAACGCAATGCTCAGCCAGTACATCCAATACTTGCAGTTC ATTCAGGGCCAACAAGTCTTGGAAGCCAACAAAAACCTTATATTAGGCTCTCTATTAAAC CAAGGAAATGGTCAGCAGAATCAAATCCAAAATCAAATTCAGAACCAACTCCAGCTCCAA AAACATCAGGAACAGATGAGATTACAACAACATTTTGTAGGCAGACAACCCGGAAATGAC TCATCCTTGTTGGATAAAGGACAACAAACTCAAACTCGTTTTCCTCTAATCAACTTTCAA AACTCTGAAGAAAAAGGTCTTAAGGGAGGAGGAGCACCAGCTAACCAAAATTCCAAACTG AAATTACCTTCCCAAAAGCTTGACTCTAAATTAGACTCCAGCACAACTGAACAATGTAAC CATTCCAAAAAAAGATGGAAATGGGTACATTTTGATGATAGCGAAGTTCAGGAATGGACT CCCAAGTTTTCCCTCTGCAATAACTCTAATATCAATCGAATGGTCACTAGAACTGGGTAT ATGCTCATTTATAAAAGAAAAGATTGGGCGCCACGACAACCCACATGCAATACCGGTATT ACGAATGCATGCACTGATGTGGACACAAATATGGGTTTGGTGCCAGGAATGTCATTAGGC GGGGAGTTGGGTGTGAAAGAGTGCGAAAAGAATTTAATTTTGAAGAAGTTGAGTGTTTTG AACTTGAGGAAGCAGAATGTGACATTTTTAAAGAATGTTATATTAAGACCTTCTATAGAT AGATGGCGAGAAGAGTGGACTAAAAGACTTGAGGCATCAAAGGATGATGACAATGAGCTA GTTAAGAATTATTTGTTTGGTGGGTTTTTGGCAATACCCAATGATTGGTGGATGTGCTAT GTTCACGGAGATGACTTAGAGAAGATTTTGTGTCATAACTCTGGTGAATTCATCAAATTT TGGAGCTATGAGAATTTATATTGCAAACATTCTGTAGTTGAAGGAGGAAAGCAAGGAAAA CATGAGGAAGCAGAAGGTAGTAAATTTTTAGACCCATTTTTGTTCTGGGAGGGACGGGTG AAGTTGTTTCCTCCTGAACTTCTTAGCGCTTTGGTTGAATGTATCTCCAAGGAAAACTCT CTGCTTAGAGAGTATTATTCTTTGGATGATGGGTACGTAACCAATGACTCAGTTAAACAG GAAAATTCCAAGAAAGCAGATACTTTTAATTTTGATTCTGAAACTCAAGTTGAATGTTTG AATTTGAGCAAGAGTATGTGCTTAAAATGCGTGGAAAGCTTATATGGAATTCTAAATATT TCTTTAAAGCAGTCAAGAATTATTTACGAGATTATGAGGACTGACATTACTAATGAGAGC GAGGTCTGCTTGACCAGCACTAGGATGTTTAATAGCTTGATAGCAAAGTTTGACTTGAAG CATAAAAATCCTGTGCAAATGTTTCAAAGGAAACAAAGCCAACTTAATGATAAGTTTGGG ATAGTTAGTCAGAACGAGAGCTCCACAATAGATTTTGATTATAACTGGAGATCAATTTTT ACTGATATTAAAAGAGATATTCAGAGAAATGGAAATACAAGTGAACAGATGCTTCTTCAA CTTCATAATGCATCTGATTCACATTCTTTTCAAGCTGCAAGTATTGAAAATGGATTATAT AAATCAACTAATAGAGTGCAGGATTGGTCAAAAGATATTGCATTAGGTTCGGCAAAATGT CCACATGGATCATATGTGAGATCAAAAGTTTCTGGTAAGACAGTGATTTTGATTCCTCTG AGGTTGCTAGAGGAGTTTATGTCATTGGAGGAGCAGAGGAGTAGAAAGATAACTTCCTTT GTATTATTTAATAAAGTCAAAAAGGACAAAGAGGAGATTATTGCCAGTATTTACAAGAAA TATTTGAGATACAAGTGCAGTAACAAGCTACTTCCGTGCAAACATTGTACAACGCCGTAA
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  • Fasta :-

    MRQECGENKSQKRPYDNSSKGLDPFFDEGYKEEIHDDVSLQSLYIYNLYNPQLVLLDCNV QLNPFGCYMISENAPRSTKGIWRKNILKDWFGLEGENKSSYGFDSQGMRFLTQSGSTKHF GNIFTNQDGSGGEKVQKYVYSGIKNLGATCYMGSYLQYLFMNLDFRSTFLRINCSQIAGL RNMGGSQSSVGSLSRSGGAKSMEGESSLSSMILPNIIDSNMSNDTEKEETGEKFSPPSTP HSSFDVIIELQKIFRQMETGRISVVNPIGFVKTLGISTENQEDATEFAVLLLSLLEAKLE SLSKLSNKDMSKSLNKDASKFIPDLFRGTLSYTIECVSCKNKTSIEDHFYELRLQLLINR MEEKGDSEDANSIETGKKESDSMNVQGSAEDGEEKIRQRSREKELNQKKVFSGYSMNSTL KLEHAFDNFFKQELLTDENQYMCEKCQHKTDAIKRCLIDRLPPYLHVCLQRYCYDSISRA RKKVSVPVDFPHILNLKEYCSGEHKSKTESANNDPQDEQFYEYEFIGILEHQGQSAMSGH YTASLKDFQYLSDIEASNRDAPLKLAEPKLEVLEPKTLLTPNLGEEAVVKKKRGRKPNSL KKLEALPVKPQGEDSKRSKPESEAFSASPSLDLINRYRIAQLIIQQQQQQQQQQQQQQQQ QQQQQQQQQQQQQQQQLQQQQFEQQRQLQQQQQLQQQQQQQQHLQQQQQQQQQQQQQQRH QQQQQQQQQQQLQQQQQLQQQQQLQQQQQQLLQLQQQQKNYMLGGTINAGIGGAGFNMGV AEHSSVEKNGSISETPIIHSVATPETPMTALNQASPISLTPLAPLGVLNPIPQFGVGLSP LNGFSGLSSPLVQHQLQLQNLYNLIYCNKQGHLQSHLIPSSGAGNGNFTNIEEVNHLVSR EITNEGHKTKSIDESSDDSTLVKSSLGSTATITPSKIQESQGSSNISTTPNLGNEPNIFG SCNGSNNNAMLSQYIQYLQFIQGQQVLEANKNLILGSLLNQGNGQQNQIQNQIQNQLQLQ KHQEQMRLQQHFVGRQPGNDSSLLDKGQQTQTRFPLINFQNSEEKGLKGGGAPANQNSKL KLPSQKLDSKLDSSTTEQCNHSKKRWKWVHFDDSEVQEWTPKFSLCNNSNINRMVTRTGY MLIYKRKDWAPRQPTCNTGITNACTDVDTNMGLVPGMSLGGELGVKECEKNLILKKLSVL NLRKQNVTFLKNVILRPSIDRWREEWTKRLEASKDDDNELVKNYLFGGFLAIPNDWWMCY VHGDDLEKILCHNSGEFIKFWSYENLYCKHSVVEGGKQGKHEEAEGSKFLDPFLFWEGRV KLFPPELLSALVECISKENSLLREYYSLDDGYVTNDSVKQENSKKADTFNFDSETQVECL NLSKSMCLKCVESLYGILNISLKQSRIIYEIMRTDITNESEVCLTSTRMFNSLIAKFDLK HKNPVQMFQRKQSQLNDKFGIVSQNESSTIDFDYNWRSIFTDIKRDIQRNGNTSEQMLLQ LHNASDSHSFQAASIENGLYKSTNRVQDWSKDIALGSAKCPHGSYVRSKVSGKTVILIPL RLLEEFMSLEEQRSRKITSFVLFNKVKKDKEEIIASIYKKYLRYKCSNKLLPCKHCTTP

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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
cgd5_2500277 STLGISTENQ0.994unspcgd5_2500277 STLGISTENQ0.994unspcgd5_2500277 STLGISTENQ0.994unspcgd5_2500306 SLSKLSNKDM0.997unspcgd5_2500344 SKNKTSIEDH0.996unspcgd5_2500372 SEDANSIETG0.991unspcgd5_2500388 SNVQGSAEDG0.998unspcgd5_2500400 SIRQRSREKE0.996unspcgd5_2500557 SDIEASNRDA0.994unspcgd5_2500599 SRKPNSLKKL0.994unspcgd5_2500618 SDSKRSKPES0.996unspcgd5_2500791 SEKNGSISET0.991unspcgd5_2500911 SHKTKSIDES0.992unspcgd5_2500915 SSIDESSDDS0.995unspcgd5_25001089 SQKLDSKLDS0.996unspcgd5_25001094 SKLDSSTTEQ0.996unspcgd5_25001102 SQCNHSKKRW0.995unspcgd5_25001468 SQNESSTIDF0.995unspcgd5_25001568 SEEFMSLEEQ0.991unspcgd5_2500130 SNQDGSGGEK0.992unspcgd5_2500235 SGEKFSPPST0.991unsp

cgd5_2500      



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