cgd6_760 | Peptidase S54 rhomboid

  • Computed_GO_Component_IDs:  GO:0016021      

  • Computed_GO_Components:  integral component of membrane      

  • Computed_GO_Function_IDs:  GO:0004252      

  • Computed_GO_Functions:  serine-type endopeptidase activity      

  • 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
cgd6_760OTHER0.9999940.0000020.000005
No Results

  • Fasta :-

    >cgd6_760 MDMSDFVFKDGGKRPIVKTIPGGGTSGSPTSPGSPIFGAGTSGGGSRAPMPKFSGGSGSS PRSSITPLSPQRSSSFKRNSSLSGSNLGVDSKANNLFGMNKPMKVSPKNQNGSKYSTKNS FPIITKAKQTPGGSTENKYNTSNATPTPLLVKKISTDKEVNSAQPSPRKSLRLQPDYNKD EDLNERRHPTNDELRLFSVPPASSDERKNVPKKFQSRGRDLTESEFPHSNKPGEKRTSTS LYSKAGGAVLGGTEVINGMEVIMPSDEVQERKIGNDQFSNQHKNSLNRGDSFSGNKVVVD IPNPNDTRPRNSILNTKIVPKHNKNSAPVIVPVPVPVPASAQTPVPTPAPAPAPAPAPNS IQTRLSSNGNISKSSGMNNLRRSISKKKGFKTIVEAMVNIEPEENDENNGNQGAISGLGV PIVLGNNNNLLGPDGLTIPTTNHRVSESQVVNYDEELANEGKAVGRTSVQMVKMGEIQNQ QQKLKSSTSLEHGNTFKLDEHGLTGHLKWLYGEETQIDIAVGPYAKELPLDAIKVDKSYH VSELDPISQTKIASKFRKWVNPIHGRIFVVLTTSFALVGVFFQSLIYNRLNKWDNGNCGG VYVESFSMNSMLGPCSKTLSALGGLVVNELRQGEMIRMFWAMWMHTGFIHIGFNVISQAQ LGYMIEPDWGILRFFLLFFLSGVGGNLAVAVISPCSLTVGSSGGLFGITAASIPYTFENW NNLPAPMFMFIFSLFSLIIGMILSFTGVTNPWAHIGGFVVGILYTFATMKACKGCSPEDR LDRYNRMAALPLFRLFMKQDKEWINRQLEEKKIRKIEKRNAKIAEQWRKNQRIKKNALIK QMKIEQIQGEITDSLGLIVDENGIKRRTDLTILIDRIPTEKIPIKNKIKIYFKNRIKSLR EKKLLWTFRILSGILLLFYFVIGWLGTFYPPLYWPNPIGVISFSDGATSCGCCYVNDVYT CGSNPEFIKWCESKGSSAQPKRTVFGYDFS
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/cgd6_760.fa Sequence name : cgd6_760 Sequence length : 990 VALUES OF COMPUTED PARAMETERS Coef20 : 3.537 CoefTot : 0.000 ChDiff : 38 ZoneTo : 1 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 2.824 2.606 0.458 0.926 MesoH : 1.481 1.282 0.137 0.591 MuHd_075 : 41.191 25.748 11.378 10.248 MuHd_095 : 40.757 12.588 10.412 6.236 MuHd_100 : 22.685 2.789 5.365 2.994 MuHd_105 : 7.551 8.156 2.413 0.391 Hmax_075 : 7.200 13.700 0.869 5.020 Hmax_095 : 12.600 8.300 1.869 4.600 Hmax_100 : 2.400 2.900 -1.179 2.760 Hmax_105 : -6.067 7.000 -3.433 2.263 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.6873 0.3127 DFMC : 0.7150 0.2850
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 990 cgd6_760 MDMSDFVFKDGGKRPIVKTIPGGGTSGSPTSPGSPIFGAGTSGGGSRAPMPKFSGGSGSSPRSSITPLSPQRSSSFKRNS 80 SLSGSNLGVDSKANNLFGMNKPMKVSPKNQNGSKYSTKNSFPIITKAKQTPGGSTENKYNTSNATPTPLLVKKISTDKEV 160 NSAQPSPRKSLRLQPDYNKDEDLNERRHPTNDELRLFSVPPASSDERKNVPKKFQSRGRDLTESEFPHSNKPGEKRTSTS 240 LYSKAGGAVLGGTEVINGMEVIMPSDEVQERKIGNDQFSNQHKNSLNRGDSFSGNKVVVDIPNPNDTRPRNSILNTKIVP 320 KHNKNSAPVIVPVPVPVPASAQTPVPTPAPAPAPAPAPNSIQTRLSSNGNISKSSGMNNLRRSISKKKGFKTIVEAMVNI 400 EPEENDENNGNQGAISGLGVPIVLGNNNNLLGPDGLTIPTTNHRVSESQVVNYDEELANEGKAVGRTSVQMVKMGEIQNQ 480 QQKLKSSTSLEHGNTFKLDEHGLTGHLKWLYGEETQIDIAVGPYAKELPLDAIKVDKSYHVSELDPISQTKIASKFRKWV 560 NPIHGRIFVVLTTSFALVGVFFQSLIYNRLNKWDNGNCGGVYVESFSMNSMLGPCSKTLSALGGLVVNELRQGEMIRMFW 640 AMWMHTGFIHIGFNVISQAQLGYMIEPDWGILRFFLLFFLSGVGGNLAVAVISPCSLTVGSSGGLFGITAASIPYTFENW 720 NNLPAPMFMFIFSLFSLIIGMILSFTGVTNPWAHIGGFVVGILYTFATMKACKGCSPEDRLDRYNRMAALPLFRLFMKQD 800 KEWINRQLEEKKIRKIEKRNAKIAEQWRKNQRIKKNALIKQMKIEQIQGEITDSLGLIVDENGIKRRTDLTILIDRIPTE 880 KIPIKNKIKIYFKNRIKSLREKKLLWTFRILSGILLLFYFVIGWLGTFYPPLYWPNPIGVISFSDGATSCGCCYVNDVYT 960 CGSNPEFIKWCESKGSSAQPKRTVFGYDFS 1040 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 .............................. 1040 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ cgd6_760 9 MSDFVFK|DG 0.081 . cgd6_760 13 VFKDGGK|RP 0.052 . cgd6_760 14 FKDGGKR|PI 0.145 . cgd6_760 18 GKRPIVK|TI 0.081 . cgd6_760 47 TSGGGSR|AP 0.111 . cgd6_760 52 SRAPMPK|FS 0.134 . cgd6_760 62 GSGSSPR|SS 0.170 . cgd6_760 72 TPLSPQR|SS 0.150 . cgd6_760 77 QRSSSFK|RN 0.077 . cgd6_760 78 RSSSFKR|NS 0.373 . cgd6_760 92 NLGVDSK|AN 0.062 . cgd6_760 101 NLFGMNK|PM 0.061 . cgd6_760 104 GMNKPMK|VS 0.074 . cgd6_760 108 PMKVSPK|NQ 0.071 . cgd6_760 114 KNQNGSK|YS 0.066 . cgd6_760 118 GSKYSTK|NS 0.083 . cgd6_760 126 SFPIITK|AK 0.060 . cgd6_760 128 PIITKAK|QT 0.072 . cgd6_760 138 GGSTENK|YN 0.073 . cgd6_760 152 PTPLLVK|KI 0.059 . cgd6_760 153 TPLLVKK|IS 0.140 . cgd6_760 158 KKISTDK|EV 0.080 . cgd6_760 168 SAQPSPR|KS 0.101 . cgd6_760 169 AQPSPRK|SL 0.101 . cgd6_760 172 SPRKSLR|LQ 0.113 . cgd6_760 179 LQPDYNK|DE 0.062 . cgd6_760 186 DEDLNER|RH 0.061 . cgd6_760 187 EDLNERR|HP 0.099 . cgd6_760 195 PTNDELR|LF 0.086 . cgd6_760 207 PASSDER|KN 0.093 . cgd6_760 208 ASSDERK|NV 0.189 . cgd6_760 212 ERKNVPK|KF 0.074 . cgd6_760 213 RKNVPKK|FQ 0.215 . cgd6_760 217 PKKFQSR|GR 0.099 . cgd6_760 219 KFQSRGR|DL 0.171 . cgd6_760 231 EFPHSNK|PG 0.066 . cgd6_760 235 SNKPGEK|RT 0.076 . cgd6_760 236 NKPGEKR|TS 0.136 . cgd6_760 244 STSLYSK|AG 0.090 . cgd6_760 271 SDEVQER|KI 0.126 . cgd6_760 272 DEVQERK|IG 0.086 . cgd6_760 283 QFSNQHK|NS 0.074 . cgd6_760 288 HKNSLNR|GD 0.125 . cgd6_760 296 DSFSGNK|VV 0.063 . cgd6_760 308 PNPNDTR|PR 0.083 . cgd6_760 310 PNDTRPR|NS 0.080 . cgd6_760 317 NSILNTK|IV 0.073 . cgd6_760 321 NTKIVPK|HN 0.068 . cgd6_760 324 IVPKHNK|NS 0.066 . cgd6_760 364 PNSIQTR|LS 0.137 . cgd6_760 373 SNGNISK|SS 0.088 . cgd6_760 381 SGMNNLR|RS 0.079 . cgd6_760 382 GMNNLRR|SI 0.411 . cgd6_760 386 LRRSISK|KK 0.077 . cgd6_760 387 RRSISKK|KG 0.161 . cgd6_760 388 RSISKKK|GF 0.154 . cgd6_760 391 SKKKGFK|TI 0.067 . cgd6_760 444 IPTTNHR|VS 0.086 . cgd6_760 462 ELANEGK|AV 0.087 . cgd6_760 466 EGKAVGR|TS 0.097 . cgd6_760 473 TSVQMVK|MG 0.070 . cgd6_760 483 IQNQQQK|LK 0.063 . cgd6_760 485 NQQQKLK|SS 0.097 . cgd6_760 497 EHGNTFK|LD 0.076 . cgd6_760 508 GLTGHLK|WL 0.087 . cgd6_760 526 AVGPYAK|EL 0.053 . cgd6_760 534 LPLDAIK|VD 0.053 . cgd6_760 537 DAIKVDK|SY 0.109 . cgd6_760 551 DPISQTK|IA 0.091 . cgd6_760 555 QTKIASK|FR 0.069 . cgd6_760 557 KIASKFR|KW 0.100 . cgd6_760 558 IASKFRK|WV 0.237 . cgd6_760 566 VNPIHGR|IF 0.080 . cgd6_760 589 QSLIYNR|LN 0.070 . cgd6_760 592 IYNRLNK|WD 0.127 . cgd6_760 617 MLGPCSK|TL 0.075 . cgd6_760 631 LVVNELR|QG 0.084 . cgd6_760 637 RQGEMIR|MF 0.107 . cgd6_760 673 PDWGILR|FF 0.070 . cgd6_760 770 YTFATMK|AC 0.059 . cgd6_760 773 ATMKACK|GC 0.073 . cgd6_760 780 GCSPEDR|LD 0.100 . cgd6_760 783 PEDRLDR|YN 0.173 . cgd6_760 786 RLDRYNR|MA 0.267 . cgd6_760 794 AALPLFR|LF 0.079 . cgd6_760 798 LFRLFMK|QD 0.065 . cgd6_760 801 LFMKQDK|EW 0.062 . cgd6_760 806 DKEWINR|QL 0.091 . cgd6_760 811 NRQLEEK|KI 0.080 . cgd6_760 812 RQLEEKK|IR 0.080 . cgd6_760 814 LEEKKIR|KI 0.108 . cgd6_760 815 EEKKIRK|IE 0.067 . cgd6_760 818 KIRKIEK|RN 0.073 . cgd6_760 819 IRKIEKR|NA 0.373 . cgd6_760 822 IEKRNAK|IA 0.252 . cgd6_760 828 KIAEQWR|KN 0.091 . cgd6_760 829 IAEQWRK|NQ 0.084 . cgd6_760 832 QWRKNQR|IK 0.089 . cgd6_760 834 RKNQRIK|KN 0.074 . cgd6_760 835 KNQRIKK|NA 0.421 . cgd6_760 840 KKNALIK|QM 0.074 . cgd6_760 843 ALIKQMK|IE 0.067 . cgd6_760 865 VDENGIK|RR 0.053 . cgd6_760 866 DENGIKR|RT 0.125 . cgd6_760 867 ENGIKRR|TD 0.152 . cgd6_760 876 LTILIDR|IP 0.074 . cgd6_760 881 DRIPTEK|IP 0.058 . cgd6_760 885 TEKIPIK|NK 0.066 . cgd6_760 887 KIPIKNK|IK 0.058 . cgd6_760 889 PIKNKIK|IY 0.066 . cgd6_760 893 KIKIYFK|NR 0.061 . cgd6_760 895 KIYFKNR|IK 0.097 . cgd6_760 897 YFKNRIK|SL 0.070 . cgd6_760 900 NRIKSLR|EK 0.081 . cgd6_760 902 IKSLREK|KL 0.068 . cgd6_760 903 KSLREKK|LL 0.239 . cgd6_760 909 KLLWTFR|IL 0.127 . cgd6_760 969 SNPEFIK|WC 0.075 . cgd6_760 974 IKWCESK|GS 0.089 . cgd6_760 981 GSSAQPK|RT 0.094 . cgd6_760 982 SSAQPKR|TV 0.400 . ____________________________^_________________

  • Fasta :-

    >cgd6_760 ATGGATATGTCCGATTTTGTTTTCAAAGATGGAGGAAAAAGACCCATAGTAAAAACAATC CCAGGTGGTGGTACATCAGGATCTCCAACATCACCAGGATCACCTATATTTGGCGCTGGT ACTAGTGGAGGAGGATCGCGTGCTCCAATGCCAAAATTTAGTGGTGGATCAGGTTCTTCT CCAAGATCAAGTATAACTCCTTTATCACCACAAAGATCTTCATCATTCAAAAGAAATTCA TCATTAAGTGGAAGTAATTTAGGTGTTGATTCAAAGGCCAATAATTTATTTGGAATGAAT AAACCAATGAAAGTTTCTCCAAAAAATCAAAATGGATCAAAATATTCAACTAAGAATTCC TTTCCAATAATAACTAAGGCAAAACAAACACCAGGAGGATCAACAGAAAATAAATATAAT ACCAGTAATGCTACTCCTACTCCACTTTTAGTGAAAAAAATTTCAACAGATAAAGAAGTT AATTCAGCTCAACCTTCTCCAAGAAAATCTTTAAGATTACAACCAGACTACAATAAAGAT GAAGATTTAAATGAAAGAAGACATCCAACCAATGATGAATTAAGATTATTCAGTGTTCCT CCAGCCAGTTCTGATGAGAGAAAGAATGTTCCAAAGAAATTCCAATCAAGAGGTAGAGAT TTAACAGAAAGTGAATTTCCGCATTCAAATAAACCAGGAGAAAAAAGGACTTCAACTTCT CTTTATAGCAAAGCAGGAGGGGCTGTATTAGGAGGTACCGAAGTAATTAATGGAATGGAG GTAATTATGCCTTCTGATGAGGTTCAAGAGAGAAAAATTGGAAATGATCAATTTAGTAAT CAACATAAAAATAGCTTGAATAGAGGTGATTCCTTTTCTGGGAATAAAGTTGTTGTTGAT ATTCCAAATCCGAATGATACAAGACCGAGAAACTCAATTTTAAATACTAAGATTGTCCCA AAACACAATAAAAATTCAGCTCCAGTTATAGTACCGGTACCAGTTCCTGTTCCAGCTTCA GCTCAAACTCCTGTTCCAACTCCAGCTCCAGCTCCAGCTCCAGCTCCGGCTCCAAATTCT ATTCAAACAAGATTATCATCCAATGGAAATATTAGTAAATCCAGTGGAATGAATAACCTA AGACGGTCCATTTCAAAAAAGAAAGGCTTTAAAACAATTGTTGAAGCTATGGTAAATATT GAACCAGAAGAAAATGATGAAAATAATGGAAATCAAGGAGCCATTTCTGGATTAGGTGTA CCAATAGTTTTAGGTAATAATAATAATTTATTAGGACCAGATGGATTAACAATACCAACA ACAAATCATAGAGTATCGGAATCTCAAGTTGTTAATTATGATGAAGAACTTGCAAATGAA GGCAAAGCTGTAGGTAGAACTAGTGTACAAATGGTAAAGATGGGTGAAATCCAAAACCAA CAACAAAAGCTTAAAAGTTCGACCAGTCTTGAACATGGTAATACATTTAAACTTGATGAA CATGGACTTACTGGACATCTTAAATGGCTTTATGGAGAAGAAACTCAAATTGATATTGCT GTTGGACCTTATGCAAAAGAACTTCCATTAGATGCTATTAAAGTTGATAAATCATATCAT GTTAGTGAATTAGACCCAATTTCTCAAACAAAAATTGCTTCCAAATTCAGAAAATGGGTT AATCCAATACATGGAAGAATATTTGTTGTATTAACAACATCATTTGCTCTAGTTGGTGTT TTCTTCCAATCTCTCATTTACAATCGTCTTAATAAATGGGATAATGGTAATTGTGGTGGT GTATATGTTGAATCTTTCAGTATGAACTCTATGCTTGGACCTTGTTCAAAAACTTTAAGT GCTCTTGGAGGTTTAGTTGTTAATGAATTAAGACAAGGTGAAATGATTCGTATGTTTTGG GCAATGTGGATGCATACTGGATTTATACATATTGGATTTAATGTAATATCTCAAGCTCAA TTAGGATATATGATTGAACCAGATTGGGGCATTTTACGTTTCTTCTTATTATTCTTCTTA TCAGGTGTTGGTGGTAATCTAGCAGTAGCAGTAATATCTCCTTGTTCACTAACTGTTGGA AGTTCTGGTGGTTTATTTGGAATTACAGCAGCTTCAATTCCATATACTTTTGAGAATTGG AATAATCTTCCTGCACCAATGTTTATGTTCATTTTTAGTTTATTTTCGCTTATTATTGGT ATGATTTTATCATTTACAGGTGTAACAAATCCATGGGCGCATATTGGTGGTTTTGTAGTT GGTATACTTTATACATTCGCTACAATGAAAGCTTGTAAAGGTTGTTCTCCTGAGGATAGA TTAGATAGATATAATAGAATGGCAGCTCTTCCATTATTTCGACTTTTTATGAAACAAGAT AAAGAATGGATTAATCGTCAACTTGAGGAGAAGAAAATAAGAAAGATTGAAAAAAGAAAT GCCAAAATCGCTGAGCAATGGAGAAAAAACCAACGTATAAAGAAAAATGCTTTAATTAAA CAAATGAAGATTGAACAGATCCAAGGAGAAATTACTGATAGTCTTGGTTTAATTGTAGAT GAAAATGGAATAAAAAGGCGTACAGATTTAACCATTTTGATTGATCGTATTCCAACTGAA AAGATACCAATAAAGAACAAAATTAAAATATATTTCAAGAATCGTATTAAAAGTCTTCGT GAAAAGAAATTATTGTGGACTTTTAGAATCTTATCAGGAATTTTACTCTTATTTTACTTT GTTATTGGTTGGCTTGGAACTTTCTATCCTCCATTATATTGGCCAAATCCAATTGGTGTA ATATCTTTTTCTGATGGAGCAACATCATGTGGATGCTGTTATGTTAATGATGTATACACA TGTGGTAGTAATCCAGAATTTATTAAATGGTGTGAAAGTAAAGGATCATCAGCTCAGCCA AAGAGAACTGTATTTGGATATGATTTTTCTTGA
  • Download Fasta

  • Fasta :-

    MDMSDFVFKDGGKRPIVKTIPGGGTSGSPTSPGSPIFGAGTSGGGSRAPMPKFSGGSGSS PRSSITPLSPQRSSSFKRNSSLSGSNLGVDSKANNLFGMNKPMKVSPKNQNGSKYSTKNS FPIITKAKQTPGGSTENKYNTSNATPTPLLVKKISTDKEVNSAQPSPRKSLRLQPDYNKD EDLNERRHPTNDELRLFSVPPASSDERKNVPKKFQSRGRDLTESEFPHSNKPGEKRTSTS LYSKAGGAVLGGTEVINGMEVIMPSDEVQERKIGNDQFSNQHKNSLNRGDSFSGNKVVVD IPNPNDTRPRNSILNTKIVPKHNKNSAPVIVPVPVPVPASAQTPVPTPAPAPAPAPAPNS IQTRLSSNGNISKSSGMNNLRRSISKKKGFKTIVEAMVNIEPEENDENNGNQGAISGLGV PIVLGNNNNLLGPDGLTIPTTNHRVSESQVVNYDEELANEGKAVGRTSVQMVKMGEIQNQ QQKLKSSTSLEHGNTFKLDEHGLTGHLKWLYGEETQIDIAVGPYAKELPLDAIKVDKSYH VSELDPISQTKIASKFRKWVNPIHGRIFVVLTTSFALVGVFFQSLIYNRLNKWDNGNCGG VYVESFSMNSMLGPCSKTLSALGGLVVNELRQGEMIRMFWAMWMHTGFIHIGFNVISQAQ LGYMIEPDWGILRFFLLFFLSGVGGNLAVAVISPCSLTVGSSGGLFGITAASIPYTFENW NNLPAPMFMFIFSLFSLIIGMILSFTGVTNPWAHIGGFVVGILYTFATMKACKGCSPEDR LDRYNRMAALPLFRLFMKQDKEWINRQLEEKKIRKIEKRNAKIAEQWRKNQRIKKNALIK QMKIEQIQGEITDSLGLIVDENGIKRRTDLTILIDRIPTEKIPIKNKIKIYFKNRIKSLR EKKLLWTFRILSGILLLFYFVIGWLGTFYPPLYWPNPIGVISFSDGATSCGCCYVNDVYT CGSNPEFIKWCESKGSSAQPKRTVFGYDFS

    No Results
IDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscore
cgd6_760T3430.7150.479cgd6_760T3470.7120.708cgd6_760T300.5980.340cgd6_760S3400.5690.503cgd6_760T410.5680.052cgd6_760T250.5240.093cgd6_760T3630.5130.052cgd6_760T660.5100.209cgd6_760S340.5090.032
IDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscoreIDSitePositionGscoreIscore
cgd6_760T3430.7150.479cgd6_760T3470.7120.708cgd6_760T300.5980.340cgd6_760S3400.5690.503cgd6_760T410.5680.052cgd6_760T250.5240.093cgd6_760T3630.5130.052cgd6_760T660.5100.209cgd6_760S340.5090.032
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
cgd6_76064 SSPRSSITPL0.99unspcgd6_76064 SSPRSSITPL0.99unspcgd6_76064 SSPRSSITPL0.99unspcgd6_76075 SQRSSSFKRN0.997unspcgd6_760170 SSPRKSLRLQ0.995unspcgd6_760229 SEFPHSNKPG0.995unspcgd6_760238 SEKRTSTSLY0.991unspcgd6_760312 SRPRNSILNT0.995unspcgd6_760385 SRRSISKKKG0.995unspcgd6_760446 SNHRVSESQV0.995unspcgd6_760538 SKVDKSYHVS0.99unspcgd6_760776 SCKGCSPEDR0.994unspcgd6_760898 SNRIKSLREK0.997unspcgd6_76031 SGSPTSPGSP0.99unspcgd6_76060 SGSGSSPRSS0.992unsp

cgd6_760      



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