cgd1_1100 | X-Pro dipeptidyl-peptidase

  • Computed_GO_Component_IDs:        

  • Computed_GO_Components:        

  • Computed_GO_Function_IDs:  GO:0008239      GO:0016787      

  • Computed_GO_Functions:  dipeptidyl-peptidase activity      hydrolase 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
cgd1_1100OTHER0.9999860.0000100.000004
No Results

  • Fasta :-

    >cgd1_1100 MSKASQLEKVEQQEENISELINGRETVKGVRKDVLEYMQGSWEDQSLQTPQSAMFKANKE NESDIMDTYCESGPETPEECLDNSEGGLSPINSAESEGLNGSIGDVNQCKIWEEETIKKF EKLLRNIQLFSRAITVYIIYHITVLNLYPSIYTVNKEMNTDEIFEYYYAQHIIPKSLPTS IMDSCFLGCIIFILTYVASRALRANLKEIKRNKLNNYQIKKARSTYGKKMMICGVAGRVF GISCLLIILVGLTQYVAHESLNTKGLLVPDIWFSLAKDKYKYDDYKGFTSLLAHIILYWT GLSVDFFGFITALRMVFAYVHLFDGVILGIYLCMVVGIGLPLMQEGLLGPKNSCNANDHH WYKFDTHEITFFRDESGKIRTGDFRGPTSTNYPPLFYSEYITMDDGVKIAVDVYLPRIRF GYKTLPTVVDITRYNRRMDVHWPFTLFSLWGEPKSVSMNIWSWQITQTFIPNFYAVVVVD TRGTGASTGHRIVDFSENEVDDFRQIIGWIKNQPWSNGKVGVGGISYDGMAAIKTAALSG NNESESSSEGFRSDNNLVDAVFALSSPMNVIKELIEPGGLICKPLVEDYYSITYSFEQYG SPLLHFLKTVAYYPFKLVVAFLLVIGNVSPVQGYSSIKKQALEMHQKNWDMSKTIKKYKY LDEQVELDDGTLIYAERLGNTEDVATILGNKGVNVYLTSGYCDSANSRGVIQFYDALVES ASKAYEQYLLEAGNMASKEKPIYKLVLGPWTHSGRASCSPFGKSISCFEPALYYDLVRFM DCALKGICWENQDKNIHFFQVGEEKWYTTDKFPPPDTKYLQFSFEKHGENEKSSIQEFSS ILGTRFVPLVFQSKKKETRTNLNQSQNNPSGSSSSYIQLKVGDNYFSEYRSRWMIAMHPF RVTVSYNEKGKQLWHAGERLHQKRKSRQHIRFATAPFKADIRLVGSVWLHFSVQLLDGYD APIYVYLEDISPENEIMYITEGLAQIGHRHVNMTKSALENIPHGSARKVIRPLTRSYYQP LRRIGDESPMQITLEPITWTFFKDHRLAISITGADTKNFKLHHISQNIKIAKTINIKLDN SFMVKLPVNREDYNTWIELNPEV
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/cgd1_1100.fa Sequence name : cgd1_1100 Sequence length : 1103 VALUES OF COMPUTED PARAMETERS Coef20 : 3.237 CoefTot : 0.219 ChDiff : -5 ZoneTo : 7 KR : 1 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 2.153 2.447 0.538 0.862 MesoH : 0.757 1.162 -0.024 0.522 MuHd_075 : 8.646 3.686 1.976 1.793 MuHd_095 : 13.012 6.329 2.815 1.175 MuHd_100 : 6.139 11.526 2.794 3.052 MuHd_105 : 13.349 18.917 5.376 5.571 Hmax_075 : -9.888 -3.500 -5.469 -0.227 Hmax_095 : -5.863 0.000 -4.405 0.131 Hmax_100 : -12.000 0.800 -5.056 0.440 Hmax_105 : -4.900 8.050 -2.421 2.560 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9771 0.0229 DFMC : 0.9819 0.0181
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1103 cgd1_1100 MSKASQLEKVEQQEENISELINGRETVKGVRKDVLEYMQGSWEDQSLQTPQSAMFKANKENESDIMDTYCESGPETPEEC 80 LDNSEGGLSPINSAESEGLNGSIGDVNQCKIWEEETIKKFEKLLRNIQLFSRAITVYIIYHITVLNLYPSIYTVNKEMNT 160 DEIFEYYYAQHIIPKSLPTSIMDSCFLGCIIFILTYVASRALRANLKEIKRNKLNNYQIKKARSTYGKKMMICGVAGRVF 240 GISCLLIILVGLTQYVAHESLNTKGLLVPDIWFSLAKDKYKYDDYKGFTSLLAHIILYWTGLSVDFFGFITALRMVFAYV 320 HLFDGVILGIYLCMVVGIGLPLMQEGLLGPKNSCNANDHHWYKFDTHEITFFRDESGKIRTGDFRGPTSTNYPPLFYSEY 400 ITMDDGVKIAVDVYLPRIRFGYKTLPTVVDITRYNRRMDVHWPFTLFSLWGEPKSVSMNIWSWQITQTFIPNFYAVVVVD 480 TRGTGASTGHRIVDFSENEVDDFRQIIGWIKNQPWSNGKVGVGGISYDGMAAIKTAALSGNNESESSSEGFRSDNNLVDA 560 VFALSSPMNVIKELIEPGGLICKPLVEDYYSITYSFEQYGSPLLHFLKTVAYYPFKLVVAFLLVIGNVSPVQGYSSIKKQ 640 ALEMHQKNWDMSKTIKKYKYLDEQVELDDGTLIYAERLGNTEDVATILGNKGVNVYLTSGYCDSANSRGVIQFYDALVES 720 ASKAYEQYLLEAGNMASKEKPIYKLVLGPWTHSGRASCSPFGKSISCFEPALYYDLVRFMDCALKGICWENQDKNIHFFQ 800 VGEEKWYTTDKFPPPDTKYLQFSFEKHGENEKSSIQEFSSILGTRFVPLVFQSKKKETRTNLNQSQNNPSGSSSSYIQLK 880 VGDNYFSEYRSRWMIAMHPFRVTVSYNEKGKQLWHAGERLHQKRKSRQHIRFATAPFKADIRLVGSVWLHFSVQLLDGYD 960 APIYVYLEDISPENEIMYITEGLAQIGHRHVNMTKSALENIPHGSARKVIRPLTRSYYQPLRRIGDESPMQITLEPITWT 1040 FFKDHRLAISITGADTKNFKLHHISQNIKIAKTINIKLDNSFMVKLPVNREDYNTWIELNPEV 1120 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ............................................................... 1120 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ cgd1_1100 3 ----MSK|AS 0.060 . cgd1_1100 9 KASQLEK|VE 0.071 . cgd1_1100 24 SELINGR|ET 0.081 . cgd1_1100 28 NGRETVK|GV 0.076 . cgd1_1100 31 ETVKGVR|KD 0.065 . cgd1_1100 32 TVKGVRK|DV 0.145 . cgd1_1100 56 PQSAMFK|AN 0.076 . cgd1_1100 59 AMFKANK|EN 0.066 . cgd1_1100 110 GDVNQCK|IW 0.071 . cgd1_1100 118 WEEETIK|KF 0.065 . cgd1_1100 119 EEETIKK|FE 0.078 . cgd1_1100 122 TIKKFEK|LL 0.070 . cgd1_1100 125 KFEKLLR|NI 0.076 . cgd1_1100 132 NIQLFSR|AI 0.093 . cgd1_1100 156 SIYTVNK|EM 0.066 . cgd1_1100 175 AQHIIPK|SL 0.099 . cgd1_1100 200 LTYVASR|AL 0.096 . cgd1_1100 203 VASRALR|AN 0.260 . cgd1_1100 207 ALRANLK|EI 0.060 . cgd1_1100 210 ANLKEIK|RN 0.055 . cgd1_1100 211 NLKEIKR|NK 0.102 . cgd1_1100 213 KEIKRNK|LN 0.063 . cgd1_1100 220 LNNYQIK|KA 0.077 . cgd1_1100 221 NNYQIKK|AR 0.112 . cgd1_1100 223 YQIKKAR|ST 0.232 . cgd1_1100 228 ARSTYGK|KM 0.080 . cgd1_1100 229 RSTYGKK|MM 0.093 . cgd1_1100 238 ICGVAGR|VF 0.095 . cgd1_1100 264 HESLNTK|GL 0.066 . cgd1_1100 277 IWFSLAK|DK 0.076 . cgd1_1100 279 FSLAKDK|YK 0.076 . cgd1_1100 281 LAKDKYK|YD 0.087 . cgd1_1100 286 YKYDDYK|GF 0.072 . cgd1_1100 314 GFITALR|MV 0.130 . cgd1_1100 351 EGLLGPK|NS 0.056 . cgd1_1100 363 NDHHWYK|FD 0.091 . cgd1_1100 373 HEITFFR|DE 0.148 . cgd1_1100 378 FRDESGK|IR 0.064 . cgd1_1100 380 DESGKIR|TG 0.102 . cgd1_1100 385 IRTGDFR|GP 0.082 . cgd1_1100 408 TMDDGVK|IA 0.058 . cgd1_1100 417 VDVYLPR|IR 0.076 . cgd1_1100 419 VYLPRIR|FG 0.091 . cgd1_1100 423 RIRFGYK|TL 0.071 . cgd1_1100 433 TVVDITR|YN 0.090 . cgd1_1100 436 DITRYNR|RM 0.146 . cgd1_1100 437 ITRYNRR|MD 0.144 . cgd1_1100 454 SLWGEPK|SV 0.141 . cgd1_1100 482 VVVVDTR|GT 0.112 . cgd1_1100 491 GASTGHR|IV 0.181 . cgd1_1100 504 NEVDDFR|QI 0.088 . cgd1_1100 511 QIIGWIK|NQ 0.058 . cgd1_1100 519 QPWSNGK|VG 0.058 . cgd1_1100 534 DGMAAIK|TA 0.063 . cgd1_1100 552 SSSEGFR|SD 0.139 . cgd1_1100 572 SPMNVIK|EL 0.076 . cgd1_1100 583 PGGLICK|PL 0.056 . cgd1_1100 608 PLLHFLK|TV 0.065 . cgd1_1100 616 VAYYPFK|LV 0.071 . cgd1_1100 638 QGYSSIK|KQ 0.063 . cgd1_1100 639 GYSSIKK|QA 0.113 . cgd1_1100 647 ALEMHQK|NW 0.069 . cgd1_1100 653 KNWDMSK|TI 0.064 . cgd1_1100 656 DMSKTIK|KY 0.067 . cgd1_1100 657 MSKTIKK|YK 0.111 . cgd1_1100 659 KTIKKYK|YL 0.093 . cgd1_1100 677 TLIYAER|LG 0.079 . cgd1_1100 691 ATILGNK|GV 0.073 . cgd1_1100 708 CDSANSR|GV 0.160 . cgd1_1100 723 LVESASK|AY 0.064 . cgd1_1100 738 AGNMASK|EK 0.058 . cgd1_1100 740 NMASKEK|PI 0.075 . cgd1_1100 744 KEKPIYK|LV 0.071 . cgd1_1100 755 PWTHSGR|AS 0.085 . cgd1_1100 763 SCSPFGK|SI 0.169 . cgd1_1100 778 LYYDLVR|FM 0.114 . cgd1_1100 785 FMDCALK|GI 0.062 . cgd1_1100 794 CWENQDK|NI 0.065 . cgd1_1100 805 FQVGEEK|WY 0.060 . cgd1_1100 811 KWYTTDK|FP 0.064 . cgd1_1100 818 FPPPDTK|YL 0.065 . cgd1_1100 826 LQFSFEK|HG 0.065 . cgd1_1100 832 KHGENEK|SS 0.083 . cgd1_1100 845 SSILGTR|FV 0.155 . cgd1_1100 854 PLVFQSK|KK 0.060 . cgd1_1100 855 LVFQSKK|KE 0.076 . cgd1_1100 856 VFQSKKK|ET 0.139 . cgd1_1100 859 SKKKETR|TN 0.085 . cgd1_1100 880 SSYIQLK|VG 0.067 . cgd1_1100 890 NYFSEYR|SR 0.098 . cgd1_1100 892 FSEYRSR|WM 0.090 . cgd1_1100 901 IAMHPFR|VT 0.083 . cgd1_1100 909 TVSYNEK|GK 0.065 . cgd1_1100 911 SYNEKGK|QL 0.087 . cgd1_1100 919 LWHAGER|LH 0.070 . cgd1_1100 923 GERLHQK|RK 0.072 . cgd1_1100 924 ERLHQKR|KS 0.245 . cgd1_1100 925 RLHQKRK|SR 0.167 . cgd1_1100 927 HQKRKSR|QH 0.241 . cgd1_1100 931 KSRQHIR|FA 0.164 . cgd1_1100 938 FATAPFK|AD 0.060 . cgd1_1100 942 PFKADIR|LV 0.109 . cgd1_1100 989 LAQIGHR|HV 0.123 . cgd1_1100 995 RHVNMTK|SA 0.092 . cgd1_1100 1007 IPHGSAR|KV 0.215 . cgd1_1100 1008 PHGSARK|VI 0.079 . cgd1_1100 1011 SARKVIR|PL 0.136 . cgd1_1100 1015 VIRPLTR|SY 0.142 . cgd1_1100 1022 SYYQPLR|RI 0.110 . cgd1_1100 1023 YYQPLRR|IG 0.137 . cgd1_1100 1043 ITWTFFK|DH 0.072 . cgd1_1100 1046 TFFKDHR|LA 0.095 . cgd1_1100 1057 ITGADTK|NF 0.056 . cgd1_1100 1060 ADTKNFK|LH 0.061 . cgd1_1100 1069 HISQNIK|IA 0.072 . cgd1_1100 1072 QNIKIAK|TI 0.083 . cgd1_1100 1077 AKTINIK|LD 0.056 . cgd1_1100 1085 DNSFMVK|LP 0.059 . cgd1_1100 1090 VKLPVNR|ED 0.069 . ____________________________^_________________

  • Fasta :-

    >cgd1_1100 ATGTCAAAGGCTTCACAGCTGGAGAAAGTGGAGCAACAAGAGGAAAATATCTCAGAACTC ATTAATGGTAGGGAAACTGTCAAAGGAGTAAGGAAAGATGTGCTGGAATATATGCAAGGA AGCTGGGAAGATCAATCGCTGCAAACGCCTCAGTCTGCAATGTTTAAAGCAAACAAAGAA AATGAGTCGGATATAATGGACACATATTGTGAAAGTGGGCCTGAGACTCCTGAAGAATGT TTAGATAATTCTGAAGGGGGACTATCACCAATTAACTCAGCTGAGAGCGAGGGATTAAAT GGAAGTATTGGAGATGTAAATCAATGCAAGATATGGGAGGAAGAAACTATCAAAAAGTTT GAAAAGTTGTTAAGAAATATACAGCTTTTTAGCAGAGCTATTACAGTCTACATAATATAT CATATCACAGTTTTGAACCTTTACCCATCAATATATACTGTTAATAAGGAAATGAATACT GATGAGATTTTTGAATATTATTATGCTCAACATATCATTCCAAAAAGCCTTCCAACTAGT ATTATGGATTCATGCTTTTTAGGTTGCATCATATTCATATTAACATATGTTGCCTCAAGA GCTCTGAGGGCAAATTTGAAGGAAATTAAAAGAAATAAGCTGAATAACTATCAGATTAAG AAAGCTAGAAGTACTTATGGAAAGAAGATGATGATATGTGGGGTAGCAGGAAGAGTGTTT GGTATTTCCTGTCTATTGATTATTTTAGTTGGTTTGACACAATACGTTGCTCATGAAAGT TTAAACACTAAAGGATTACTGGTTCCAGATATTTGGTTCTCATTAGCCAAAGATAAATAC AAATATGATGATTATAAGGGATTTACAAGTTTGTTAGCCCATATAATATTATACTGGACA GGATTATCTGTTGACTTTTTTGGCTTCATTACTGCATTAAGAATGGTTTTTGCCTATGTT CACTTATTTGATGGAGTTATTCTTGGTATTTACTTATGTATGGTTGTAGGAATTGGTTTA CCTTTAATGCAAGAAGGTCTTTTGGGACCAAAGAATTCATGCAATGCAAATGATCACCAT TGGTATAAATTTGATACTCATGAGATCACATTCTTCAGGGATGAGTCAGGAAAGATTCGA ACTGGAGATTTCAGAGGTCCAACAAGTACTAATTACCCACCTCTATTTTACAGTGAATAC ATTACAATGGATGATGGAGTTAAAATTGCTGTAGATGTATATTTACCTAGAATCAGATTT GGGTACAAAACCTTGCCAACTGTAGTAGATATTACAAGATATAATAGAAGAATGGATGTT CATTGGCCATTCACTTTATTCTCTCTCTGGGGAGAACCCAAATCTGTATCAATGAATATT TGGTCTTGGCAAATTACTCAAACTTTTATTCCTAACTTTTATGCTGTTGTTGTAGTTGAT ACCAGGGGAACAGGTGCAAGTACCGGGCATAGAATTGTGGATTTTTCAGAAAACGAGGTT GATGATTTTAGACAAATTATTGGATGGATAAAGAATCAGCCTTGGAGTAATGGAAAGGTA GGAGTAGGAGGAATCAGTTATGATGGAATGGCTGCAATCAAAACAGCTGCATTATCTGGA AATAATGAATCTGAAAGCAGCTCAGAAGGTTTTAGAAGTGATAACAATCTAGTTGATGCA GTTTTTGCTCTTTCATCGCCAATGAATGTAATTAAAGAGTTAATTGAGCCAGGGGGTTTG ATTTGTAAACCTCTAGTGGAAGACTATTATAGTATAACATATTCGTTTGAACAATATGGA TCTCCATTACTTCATTTCTTAAAAACGGTTGCATATTATCCTTTTAAATTGGTGGTAGCC TTCTTATTAGTAATAGGAAATGTTTCTCCTGTTCAAGGGTATTCAAGTATTAAGAAGCAA GCATTGGAAATGCATCAAAAGAATTGGGATATGTCAAAGACTATTAAGAAGTACAAGTAC TTGGATGAACAGGTTGAGTTAGATGATGGAACTTTGATATACGCAGAAAGGCTTGGGAAT ACTGAAGATGTTGCAACAATTCTCGGAAATAAGGGAGTAAATGTCTATTTAACTTCAGGA TATTGTGATTCTGCTAACTCTAGAGGAGTAATTCAATTCTATGATGCTTTAGTAGAGTCA GCATCTAAGGCATATGAGCAGTATTTACTAGAAGCTGGAAATATGGCATCTAAAGAAAAA CCTATATATAAGTTGGTCCTTGGTCCTTGGACTCACTCCGGCAGAGCAAGTTGCTCTCCA TTTGGAAAAAGTATTTCTTGTTTTGAGCCAGCCTTATATTACGACTTGGTTAGATTTATG GACTGTGCTTTGAAAGGAATTTGCTGGGAAAACCAAGATAAGAACATTCATTTCTTCCAA GTTGGAGAAGAAAAATGGTATACTACAGACAAATTCCCTCCTCCAGATACCAAGTATCTT CAGTTTTCTTTTGAAAAGCATGGAGAGAATGAAAAAAGTTCAATTCAAGAATTCTCATCA ATATTAGGAACTAGATTTGTTCCACTTGTATTCCAATCAAAAAAGAAGGAAACAAGAACA AATTTAAATCAAAGTCAAAACAATCCTTCAGGATCTTCCTCAAGCTACATTCAACTCAAA GTTGGTGATAACTATTTCTCAGAATATAGATCCAGATGGATGATTGCAATGCATCCTTTT AGAGTTACAGTATCTTATAATGAGAAAGGAAAACAATTATGGCATGCTGGTGAAAGACTT CACCAAAAAAGAAAAAGTAGACAGCATATAAGATTTGCAACTGCACCATTTAAGGCAGAT ATACGACTTGTAGGGAGTGTTTGGTTACATTTCTCAGTTCAACTTCTTGATGGTTATGAT GCTCCAATCTATGTATACTTGGAGGATATTTCTCCAGAAAACGAAATTATGTATATAACA GAAGGATTGGCACAAATTGGACACAGACATGTTAATATGACAAAAAGTGCTCTTGAGAAC ATACCACATGGATCAGCAAGGAAGGTTATTAGGCCTCTTACAAGGAGTTATTACCAGCCT TTAAGAAGAATTGGGGATGAATCTCCAATGCAAATCACTTTGGAACCAATTACTTGGACC TTCTTTAAAGATCACAGACTGGCCATCTCAATTACAGGTGCAGATACAAAGAACTTTAAA CTACATCATATTTCTCAGAACATTAAAATAGCCAAAACCATTAATATTAAGCTGGACAAC TCGTTTATGGTCAAACTTCCAGTTAATAGAGAGGACTACAATACTTGGATTGAGTTAAAT CCTGAAGTTTAA
  • Download Fasta

  • Fasta :-

    MSKASQLEKVEQQEENISELINGRETVKGVRKDVLEYMQGSWEDQSLQTPQSAMFKANKE NESDIMDTYCESGPETPEECLDNSEGGLSPINSAESEGLNGSIGDVNQCKIWEEETIKKF EKLLRNIQLFSRAITVYIIYHITVLNLYPSIYTVNKEMNTDEIFEYYYAQHIIPKSLPTS IMDSCFLGCIIFILTYVASRALRANLKEIKRNKLNNYQIKKARSTYGKKMMICGVAGRVF GISCLLIILVGLTQYVAHESLNTKGLLVPDIWFSLAKDKYKYDDYKGFTSLLAHIILYWT GLSVDFFGFITALRMVFAYVHLFDGVILGIYLCMVVGIGLPLMQEGLLGPKNSCNANDHH WYKFDTHEITFFRDESGKIRTGDFRGPTSTNYPPLFYSEYITMDDGVKIAVDVYLPRIRF GYKTLPTVVDITRYNRRMDVHWPFTLFSLWGEPKSVSMNIWSWQITQTFIPNFYAVVVVD TRGTGASTGHRIVDFSENEVDDFRQIIGWIKNQPWSNGKVGVGGISYDGMAAIKTAALSG NNESESSSEGFRSDNNLVDAVFALSSPMNVIKELIEPGGLICKPLVEDYYSITYSFEQYG SPLLHFLKTVAYYPFKLVVAFLLVIGNVSPVQGYSSIKKQALEMHQKNWDMSKTIKKYKY LDEQVELDDGTLIYAERLGNTEDVATILGNKGVNVYLTSGYCDSANSRGVIQFYDALVES ASKAYEQYLLEAGNMASKEKPIYKLVLGPWTHSGRASCSPFGKSISCFEPALYYDLVRFM DCALKGICWENQDKNIHFFQVGEEKWYTTDKFPPPDTKYLQFSFEKHGENEKSSIQEFSS ILGTRFVPLVFQSKKKETRTNLNQSQNNPSGSSSSYIQLKVGDNYFSEYRSRWMIAMHPF RVTVSYNEKGKQLWHAGERLHQKRKSRQHIRFATAPFKADIRLVGSVWLHFSVQLLDGYD APIYVYLEDISPENEIMYITEGLAQIGHRHVNMTKSALENIPHGSARKVIRPLTRSYYQP LRRIGDESPMQITLEPITWTFFKDHRLAISITGADTKNFKLHHISQNIKIAKTINIKLDN SFMVKLPVNREDYNTWIELNPEV

    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
cgd1_1100224 SKKARSTYGK0.994unspcgd1_1100224 SKKARSTYGK0.994unspcgd1_1100224 SKKARSTYGK0.994unspcgd1_1100546 SNESESSSEG0.994unspcgd1_110041 SYMQGSWEDQ0.997unspcgd1_1100180 SSLPTSIMDS0.996unsp

cgd1_1100      



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