cgd3_4180 | Insulinase (Peptidase family M16)

  • Computed_GO_Component_IDs:        

  • Computed_GO_Components:        

  • Computed_GO_Function_IDs:  GO:0003824      GO:0046872      

  • Computed_GO_Functions:  catalytic activity      metal ion binding      

  • 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
cgd3_4180SP0.0067880.9919360.001276CS pos: 18-19. AFS-AK. Pr: 0.4953
No Results

  • Fasta :-

    >cgd3_4180 MRLLHIFWLFTQIVLAFSAKKFKNGKKLDVISRFSSCLAKPIITKLGRTVSEVESSSFIK SKIDGSTYKFMKLQNQMSVFLVSNNNFEYSIITLSVGVGSVMDPEDLPGLVSLVQESLCL GTYRFFDHSNFCNFIISINGEIDMEVYERNSVFTIKVGSQYISTVLDRLSDMIRNPSFPE KLFFAKTKEYSGTFESLLNNSEFLFQCVIRDISLDDHIFKRLNVLTDKSIKEAREISEIN LLEQVKNFYYQQYSSSIMTLVVASKHTIAKLSNEVVLNFSLVKNLNISNPLPFDLAKIVR HPHLGVVGNAIYVKAHSINELILEFPIDYQEVLWDSSPSSYLEYLLKDNSEKSLSNFLIK KGWISKMDAVTNSHRYSFSSFEIRFLLTSKGIDKIKSIIQTTFIALEHIKSSPVNQEILA EIKQILKYKFDYYFDVSPRQISKQIIDSFDIKGCSPEEVLIAGNLIRDSSFEEISAFLNK ISIENLLVFVKLTDFHKGNFGILNKDQGIIPELNVNTPINNNPIIPNRNNNPLLASKGQD NDDSQIEKDSYLKQEHELNFMQDQEQEQEQEQEREQGQEQEQEQVQVQKQEQAQEQEKRI ETNPSSKLISSKDKDIEFRTCPIFNNKYIVEKISAEFFTQVNSAVSQIRAKSIEFRIRKR NKLLGNTPLLNFSSSASYRIYTPTILKNAVLDYLSTESSPKFKSLHKKIKDNINYPVYSS FIFFNNINYQAPSATFFLRIMLPEPKKLENNKSVLNRPIIDLVHTKSIKDLILSLEVLVA CINYSAGDIINQMQSIEGVFLISSILKSELGGVPFGVEIKIKGFLGSIFLAIRSLSKKIL HLNRIISQEKFEEIKQAIQNKVKSENIHRSLSEVSRLFLKSIFEEQKTSILSLESDYSSI TLEQILELSLLLCNNGSLEGALLGNANPVQAYTILNQFTSGIRNKSGKNNQVSSKLSPIK SSIQTWKVIDPLCCRITTNYYYLNKISLNNSLNSNSLLYVPFSYFNSQSVAFQIVFEYIF TIFNEKLSLSGAEIEFFPNVNEALHIGLAIKLSGLDNVSVLSEKVLDIFYNLITFITNIR KEIFDQAKNKILLNEDLGSELGSYESRLLFKITSRISIFNVLREIKPSLKKLDFQTFIDT FNLILSSQKFLIATQQDLENLKWEELQNYIPSGFVSIKDLDQVTSSGVCKFIRIPIRLID A
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/cgd3_4180.fa Sequence name : cgd3_4180 Sequence length : 1201 VALUES OF COMPUTED PARAMETERS Coef20 : 4.836 CoefTot : -0.068 ChDiff : 2 ZoneTo : 51 KR : 10 DE : 1 CleavSite : 50 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.818 1.841 0.195 0.734 MesoH : 0.053 0.992 -0.160 0.407 MuHd_075 : 19.333 15.352 7.995 4.768 MuHd_095 : 45.025 30.980 10.900 12.031 MuHd_100 : 40.715 25.447 9.961 9.326 MuHd_105 : 45.243 23.891 11.700 9.808 Hmax_075 : 2.100 16.450 5.147 5.238 Hmax_095 : 18.200 21.788 4.142 7.035 Hmax_100 : 14.600 16.800 3.217 5.260 Hmax_105 : 12.500 17.000 2.406 6.140 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.0091 0.9909 DFMC : 0.0125 0.9875 This protein is probably imported in mitochondria. f(Ser) = 0.0980 f(Arg) = 0.0588 CMi = 0.64350 CMi is the Chloroplast/Mitochondria Index It has been proposed by Von Heijne et al (Eur J Biochem,1989, 180: 535-545)
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1201 cgd3_4180 MRLLHIFWLFTQIVLAFSAKKFKNGKKLDVISRFSSCLAKPIITKLGRTVSEVESSSFIKSKIDGSTYKFMKLQNQMSVF 80 LVSNNNFEYSIITLSVGVGSVMDPEDLPGLVSLVQESLCLGTYRFFDHSNFCNFIISINGEIDMEVYERNSVFTIKVGSQ 160 YISTVLDRLSDMIRNPSFPEKLFFAKTKEYSGTFESLLNNSEFLFQCVIRDISLDDHIFKRLNVLTDKSIKEAREISEIN 240 LLEQVKNFYYQQYSSSIMTLVVASKHTIAKLSNEVVLNFSLVKNLNISNPLPFDLAKIVRHPHLGVVGNAIYVKAHSINE 320 LILEFPIDYQEVLWDSSPSSYLEYLLKDNSEKSLSNFLIKKGWISKMDAVTNSHRYSFSSFEIRFLLTSKGIDKIKSIIQ 400 TTFIALEHIKSSPVNQEILAEIKQILKYKFDYYFDVSPRQISKQIIDSFDIKGCSPEEVLIAGNLIRDSSFEEISAFLNK 480 ISIENLLVFVKLTDFHKGNFGILNKDQGIIPELNVNTPINNNPIIPNRNNNPLLASKGQDNDDSQIEKDSYLKQEHELNF 560 MQDQEQEQEQEQEREQGQEQEQEQVQVQKQEQAQEQEKRIETNPSSKLISSKDKDIEFRTCPIFNNKYIVEKISAEFFTQ 640 VNSAVSQIRAKSIEFRIRKRNKLLGNTPLLNFSSSASYRIYTPTILKNAVLDYLSTESSPKFKSLHKKIKDNINYPVYSS 720 FIFFNNINYQAPSATFFLRIMLPEPKKLENNKSVLNRPIIDLVHTKSIKDLILSLEVLVACINYSAGDIINQMQSIEGVF 800 LISSILKSELGGVPFGVEIKIKGFLGSIFLAIRSLSKKILHLNRIISQEKFEEIKQAIQNKVKSENIHRSLSEVSRLFLK 880 SIFEEQKTSILSLESDYSSITLEQILELSLLLCNNGSLEGALLGNANPVQAYTILNQFTSGIRNKSGKNNQVSSKLSPIK 960 SSIQTWKVIDPLCCRITTNYYYLNKISLNNSLNSNSLLYVPFSYFNSQSVAFQIVFEYIFTIFNEKLSLSGAEIEFFPNV 1040 NEALHIGLAIKLSGLDNVSVLSEKVLDIFYNLITFITNIRKEIFDQAKNKILLNEDLGSELGSYESRLLFKITSRISIFN 1120 VLREIKPSLKKLDFQTFIDTFNLILSSQKFLIATQQDLENLKWEELQNYIPSGFVSIKDLDQVTSSGVCKFIRIPIRLID 1200 A 1280 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 . 1280 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ cgd3_4180 2 -----MR|LL 0.084 . cgd3_4180 20 VLAFSAK|KF 0.070 . cgd3_4180 21 LAFSAKK|FK 0.100 . cgd3_4180 23 FSAKKFK|NG 0.065 . cgd3_4180 26 KKFKNGK|KL 0.069 . cgd3_4180 27 KFKNGKK|LD 0.092 . cgd3_4180 33 KLDVISR|FS 0.088 . cgd3_4180 40 FSSCLAK|PI 0.089 . cgd3_4180 45 AKPIITK|LG 0.058 . cgd3_4180 48 IITKLGR|TV 0.189 . cgd3_4180 60 ESSSFIK|SK 0.107 . cgd3_4180 62 SSFIKSK|ID 0.081 . cgd3_4180 69 IDGSTYK|FM 0.068 . cgd3_4180 72 STYKFMK|LQ 0.063 . cgd3_4180 124 LCLGTYR|FF 0.106 . cgd3_4180 149 DMEVYER|NS 0.070 . cgd3_4180 156 NSVFTIK|VG 0.076 . cgd3_4180 168 ISTVLDR|LS 0.096 . cgd3_4180 174 RLSDMIR|NP 0.097 . cgd3_4180 181 NPSFPEK|LF 0.082 . cgd3_4180 186 EKLFFAK|TK 0.072 . cgd3_4180 188 LFFAKTK|EY 0.087 . cgd3_4180 210 LFQCVIR|DI 0.137 . cgd3_4180 220 LDDHIFK|RL 0.060 . cgd3_4180 221 DDHIFKR|LN 0.130 . cgd3_4180 228 LNVLTDK|SI 0.083 . cgd3_4180 231 LTDKSIK|EA 0.064 . cgd3_4180 234 KSIKEAR|EI 0.142 . cgd3_4180 246 NLLEQVK|NF 0.061 . cgd3_4180 265 TLVVASK|HT 0.080 . cgd3_4180 270 SKHTIAK|LS 0.074 . cgd3_4180 283 LNFSLVK|NL 0.061 . cgd3_4180 297 LPFDLAK|IV 0.079 . cgd3_4180 300 DLAKIVR|HP 0.101 . cgd3_4180 314 GNAIYVK|AH 0.073 . cgd3_4180 347 YLEYLLK|DN 0.068 . cgd3_4180 352 LKDNSEK|SL 0.086 . cgd3_4180 360 LSNFLIK|KG 0.068 . cgd3_4180 361 SNFLIKK|GW 0.117 . cgd3_4180 366 KKGWISK|MD 0.061 . cgd3_4180 375 AVTNSHR|YS 0.088 . cgd3_4180 384 FSSFEIR|FL 0.115 . cgd3_4180 390 RFLLTSK|GI 0.069 . cgd3_4180 394 TSKGIDK|IK 0.081 . cgd3_4180 396 KGIDKIK|SI 0.099 . cgd3_4180 410 IALEHIK|SS 0.073 . cgd3_4180 423 EILAEIK|QI 0.059 . cgd3_4180 427 EIKQILK|YK 0.060 . cgd3_4180 429 KQILKYK|FD 0.070 . cgd3_4180 439 YFDVSPR|QI 0.133 . cgd3_4180 443 SPRQISK|QI 0.085 . cgd3_4180 452 IDSFDIK|GC 0.090 . cgd3_4180 467 IAGNLIR|DS 0.144 . cgd3_4180 480 ISAFLNK|IS 0.070 . cgd3_4180 491 NLLVFVK|LT 0.061 . cgd3_4180 497 KLTDFHK|GN 0.070 . cgd3_4180 505 NFGILNK|DQ 0.072 . cgd3_4180 528 NPIIPNR|NN 0.104 . cgd3_4180 537 NPLLASK|GQ 0.061 . cgd3_4180 548 DDSQIEK|DS 0.082 . cgd3_4180 553 EKDSYLK|QE 0.056 . cgd3_4180 574 QEQEQER|EQ 0.130 . cgd3_4180 589 EQVQVQK|QE 0.073 . cgd3_4180 598 QAQEQEK|RI 0.070 . cgd3_4180 599 AQEQEKR|IE 0.110 . cgd3_4180 607 ETNPSSK|LI 0.075 . cgd3_4180 612 SKLISSK|DK 0.094 . cgd3_4180 614 LISSKDK|DI 0.095 . cgd3_4180 619 DKDIEFR|TC 0.072 . cgd3_4180 627 CPIFNNK|YI 0.073 . cgd3_4180 632 NKYIVEK|IS 0.069 . cgd3_4180 649 SAVSQIR|AK 0.119 . cgd3_4180 651 VSQIRAK|SI 0.094 . cgd3_4180 656 AKSIEFR|IR 0.090 . cgd3_4180 658 SIEFRIR|KR 0.100 . cgd3_4180 659 IEFRIRK|RN 0.141 . cgd3_4180 660 EFRIRKR|NK 0.122 . cgd3_4180 662 RIRKRNK|LL 0.072 . cgd3_4180 679 SSSASYR|IY 0.128 . cgd3_4180 687 YTPTILK|NA 0.050 . cgd3_4180 701 STESSPK|FK 0.067 . cgd3_4180 703 ESSPKFK|SL 0.169 . cgd3_4180 707 KFKSLHK|KI 0.063 . cgd3_4180 708 FKSLHKK|IK 0.169 . cgd3_4180 710 SLHKKIK|DN 0.097 . cgd3_4180 739 SATFFLR|IM 0.086 . cgd3_4180 746 IMLPEPK|KL 0.061 . cgd3_4180 747 MLPEPKK|LE 0.069 . cgd3_4180 752 KKLENNK|SV 0.083 . cgd3_4180 757 NKSVLNR|PI 0.185 . cgd3_4180 766 IDLVHTK|SI 0.095 . cgd3_4180 769 VHTKSIK|DL 0.072 . cgd3_4180 807 LISSILK|SE 0.080 . cgd3_4180 820 PFGVEIK|IK 0.063 . cgd3_4180 822 GVEIKIK|GF 0.074 . cgd3_4180 833 SIFLAIR|SL 0.146 . cgd3_4180 837 AIRSLSK|KI 0.059 . cgd3_4180 838 IRSLSKK|IL 0.161 . cgd3_4180 844 KILHLNR|II 0.114 . cgd3_4180 850 RIISQEK|FE 0.069 . cgd3_4180 855 EKFEEIK|QA 0.068 . cgd3_4180 861 KQAIQNK|VK 0.076 . cgd3_4180 863 AIQNKVK|SE 0.081 . cgd3_4180 869 KSENIHR|SL 0.147 . cgd3_4180 876 SLSEVSR|LF 0.112 . cgd3_4180 880 VSRLFLK|SI 0.101 . cgd3_4180 887 SIFEEQK|TS 0.061 . cgd3_4180 943 QFTSGIR|NK 0.075 . cgd3_4180 945 TSGIRNK|SG 0.095 . cgd3_4180 948 IRNKSGK|NN 0.083 . cgd3_4180 955 NNQVSSK|LS 0.062 . cgd3_4180 960 SKLSPIK|SS 0.080 . cgd3_4180 967 SSIQTWK|VI 0.072 . cgd3_4180 975 IDPLCCR|IT 0.068 . cgd3_4180 985 NYYYLNK|IS 0.053 . cgd3_4180 1026 FTIFNEK|LS 0.055 . cgd3_4180 1051 HIGLAIK|LS 0.061 . cgd3_4180 1064 VSVLSEK|VL 0.062 . cgd3_4180 1080 TFITNIR|KE 0.065 . cgd3_4180 1081 FITNIRK|EI 0.082 . cgd3_4180 1088 EIFDQAK|NK 0.061 . cgd3_4180 1090 FDQAKNK|IL 0.068 . cgd3_4180 1107 LGSYESR|LL 0.109 . cgd3_4180 1111 ESRLLFK|IT 0.070 . cgd3_4180 1115 LFKITSR|IS 0.071 . cgd3_4180 1123 SIFNVLR|EI 0.098 . cgd3_4180 1126 NVLREIK|PS 0.104 . cgd3_4180 1130 EIKPSLK|KL 0.061 . cgd3_4180 1131 IKPSLKK|LD 0.080 . cgd3_4180 1149 LILSSQK|FL 0.067 . cgd3_4180 1162 QDLENLK|WE 0.056 . cgd3_4180 1178 SGFVSIK|DL 0.108 . cgd3_4180 1190 TSSGVCK|FI 0.097 . cgd3_4180 1193 GVCKFIR|IP 0.091 . cgd3_4180 1197 FIRIPIR|LI 0.113 . ____________________________^_________________

  • Fasta :-

    >cgd3_4180 TATAAGAACAGCCAGCTTTACAACAGTTTATTACTAATAAGAATGAGGCTATTGCATATT TTTTGGTTGTTTACTCAAATTGTGTTAGCATTTTCGGCGAAGAAATTTAAGAATGGAAAA AAACTTGATGTTATCTCAAGGTTTAGCTCATGTTTGGCGAAGCCTATAATAACAAAACTA GGGAGGACAGTAAGCGAGGTAGAGAGCTCATCATTTATAAAATCAAAGATAGATGGTTCT ACATATAAATTCATGAAACTTCAGAATCAGATGTCAGTGTTTCTTGTATCAAATAATAAC TTTGAATATTCAATAATTACTCTCTCTGTTGGAGTTGGATCTGTTATGGACCCTGAGGAT CTTCCAGGTCTTGTAAGTTTGGTACAAGAATCACTTTGTTTAGGAACCTATCGGTTTTTC GATCATTCCAATTTTTGTAACTTTATTATTTCAATTAATGGAGAAATAGACATGGAAGTT TATGAGAGAAATTCAGTATTTACTATAAAGGTTGGAAGTCAATATATTTCAACAGTTTTG GACAGATTGAGCGACATGATTAGGAATCCTTCATTTCCTGAGAAATTATTTTTTGCCAAG ACTAAAGAATATTCTGGTACATTTGAGAGCTTACTGAATAATAGTGAGTTTTTGTTTCAA TGTGTTATAAGAGACATTTCTTTGGATGACCATATATTTAAGAGATTAAATGTTCTTACT GATAAATCAATTAAAGAAGCTAGAGAGATTTCAGAGATTAACTTACTTGAACAAGTAAAG AATTTCTATTATCAACAGTACAGCTCTAGTATTATGACTCTAGTCGTAGCCAGTAAGCAT ACTATAGCTAAATTGTCAAATGAAGTAGTTTTAAACTTTTCTTTGGTTAAGAATTTGAAT ATTTCCAATCCACTTCCATTTGACTTAGCAAAAATAGTTCGCCATCCTCACCTTGGAGTA GTTGGAAACGCTATTTATGTTAAAGCTCATTCTATTAATGAGCTAATTCTCGAGTTTCCC ATAGATTATCAGGAAGTTCTTTGGGATTCTTCTCCAAGTTCCTATTTAGAATATTTACTC AAAGATAATTCTGAGAAGAGTTTGAGCAATTTTCTTATAAAAAAAGGATGGATCTCAAAG ATGGATGCAGTAACCAATTCTCACAGGTACTCATTTTCAAGTTTTGAAATCAGGTTTTTA CTTACGTCTAAAGGAATTGATAAGATTAAATCAATTATTCAGACAACTTTTATTGCTTTA GAACATATTAAATCTTCTCCCGTAAATCAAGAGATTCTTGCTGAGATCAAGCAGATACTC AAATACAAGTTCGATTACTATTTTGATGTTTCTCCAAGGCAGATATCTAAACAGATTATT GATTCTTTTGATATTAAGGGATGCTCTCCCGAGGAGGTTCTTATTGCTGGAAATCTTATA AGGGATTCAAGCTTTGAAGAGATTTCTGCATTTTTGAATAAAATTTCTATAGAAAATTTG CTCGTTTTTGTAAAACTCACGGATTTTCATAAAGGTAATTTTGGTATATTGAATAAAGAC CAGGGTATTATTCCAGAATTGAATGTAAATACTCCTATAAATAATAACCCTATAATTCCG AATAGGAATAATAATCCCTTATTGGCAAGCAAAGGCCAGGATAACGATGATTCTCAAATT GAGAAAGATTCATATTTAAAACAAGAACATGAACTTAATTTTATGCAGGATCAAGAGCAG GAACAGGAACAAGAACAGGAACGGGAACAGGGACAGGAGCAAGAACAAGAACAGGTACAG GTACAGAAACAAGAACAGGCACAGGAACAAGAGAAGAGGATTGAGACCAATCCAAGTTCA AAATTGATCAGTTCTAAAGACAAGGATATTGAGTTTAGAACTTGCCCAATATTCAATAAT AAGTACATTGTAGAAAAGATCTCTGCCGAATTTTTCACCCAAGTAAATTCTGCAGTTAGC CAGATTCGTGCAAAGTCTATTGAGTTCAGAATCAGGAAAAGAAACAAACTTCTGGGTAAC ACTCCCTTACTAAATTTTTCAAGCAGTGCAAGCTATCGAATATACACACCTACAATTCTA AAAAATGCAGTTTTAGATTACTTATCAACAGAAAGTTCACCAAAGTTTAAAAGTCTTCAT AAAAAGATTAAAGACAATATTAATTATCCAGTATATAGCAGCTTTATTTTTTTCAATAAC ATAAATTACCAGGCTCCTTCTGCAACATTCTTCCTTAGAATAATGCTTCCAGAACCAAAA AAGCTTGAAAACAATAAAAGTGTTTTAAACAGACCTATTATTGATTTGGTACATACTAAA TCCATCAAAGATCTAATTTTATCACTTGAAGTTTTAGTTGCTTGTATTAATTATTCAGCT GGAGATATAATTAATCAAATGCAAAGCATTGAAGGAGTCTTTTTGATTTCAAGTATCCTG AAATCAGAACTTGGTGGAGTTCCTTTTGGAGTTGAAATCAAAATCAAAGGATTCTTAGGT TCAATTTTTTTAGCTATTAGATCATTATCTAAAAAAATCCTTCATTTGAACAGAATCATT TCTCAGGAAAAGTTTGAAGAGATTAAACAAGCTATTCAAAACAAAGTCAAATCTGAGAAT ATTCATCGAAGTTTGAGCGAAGTATCTCGGTTATTCTTGAAATCAATTTTTGAAGAGCAG AAAACATCGATTTTATCTTTGGAAAGCGATTACAGTTCAATTACTCTTGAACAAATTTTG GAACTGTCCTTACTATTATGTAATAATGGATCATTGGAAGGCGCATTGCTTGGAAACGCA AATCCAGTTCAGGCTTATACAATATTGAATCAATTCACGTCAGGAATACGTAATAAAAGT GGCAAGAACAATCAAGTTTCTTCGAAACTTAGCCCCATTAAAAGCTCCATTCAAACTTGG AAAGTTATTGATCCTCTTTGTTGTCGAATTACCACAAACTATTATTATTTAAATAAAATA AGCTTAAATAATTCTTTGAACTCAAATTCACTATTATATGTTCCATTTTCATACTTTAAT TCACAATCAGTTGCATTCCAAATCGTATTTGAATATATTTTTACCATTTTCAATGAAAAG CTTTCTTTATCTGGAGCAGAAATTGAATTTTTCCCAAATGTTAATGAAGCTTTACATATT GGACTGGCTATTAAATTATCAGGGCTAGACAATGTTTCAGTCCTCTCTGAAAAGGTTTTA GATATTTTTTATAATCTTATCACTTTTATTACAAATATTCGAAAAGAGATATTTGACCAA GCAAAGAATAAAATACTTTTGAATGAAGATTTAGGGTCTGAGCTTGGGTCTTACGAATCA AGACTATTATTTAAAATAACTTCCAGGATAAGCATATTTAATGTTTTACGAGAGATAAAG CCATCTTTGAAAAAATTGGATTTTCAAACATTTATTGATACATTTAATTTAATTCTAAGT TCGCAAAAGTTCTTGATTGCAACTCAACAAGATTTAGAAAATTTGAAATGGGAAGAGCTA CAAAATTATATTCCCTCAGGATTTGTTAGTATTAAAGACTTAGACCAGGTAACTAGTTCT GGTGTTTGCAAGTTTATTAGGATCCCTATTAGATTGATTGATGCATAA
  • Download Fasta

  • Fasta :-

    MRLLHIFWLFTQIVLAFSAKKFKNGKKLDVISRFSSCLAKPIITKLGRTVSEVESSSFIK SKIDGSTYKFMKLQNQMSVFLVSNNNFEYSIITLSVGVGSVMDPEDLPGLVSLVQESLCL GTYRFFDHSNFCNFIISINGEIDMEVYERNSVFTIKVGSQYISTVLDRLSDMIRNPSFPE KLFFAKTKEYSGTFESLLNNSEFLFQCVIRDISLDDHIFKRLNVLTDKSIKEAREISEIN LLEQVKNFYYQQYSSSIMTLVVASKHTIAKLSNEVVLNFSLVKNLNISNPLPFDLAKIVR HPHLGVVGNAIYVKAHSINELILEFPIDYQEVLWDSSPSSYLEYLLKDNSEKSLSNFLIK KGWISKMDAVTNSHRYSFSSFEIRFLLTSKGIDKIKSIIQTTFIALEHIKSSPVNQEILA EIKQILKYKFDYYFDVSPRQISKQIIDSFDIKGCSPEEVLIAGNLIRDSSFEEISAFLNK ISIENLLVFVKLTDFHKGNFGILNKDQGIIPELNVNTPINNNPIIPNRNNNPLLASKGQD NDDSQIEKDSYLKQEHELNFMQDQEQEQEQEQEREQGQEQEQEQVQVQKQEQAQEQEKRI ETNPSSKLISSKDKDIEFRTCPIFNNKYIVEKISAEFFTQVNSAVSQIRAKSIEFRIRKR NKLLGNTPLLNFSSSASYRIYTPTILKNAVLDYLSTESSPKFKSLHKKIKDNINYPVYSS FIFFNNINYQAPSATFFLRIMLPEPKKLENNKSVLNRPIIDLVHTKSIKDLILSLEVLVA CINYSAGDIINQMQSIEGVFLISSILKSELGGVPFGVEIKIKGFLGSIFLAIRSLSKKIL HLNRIISQEKFEEIKQAIQNKVKSENIHRSLSEVSRLFLKSIFEEQKTSILSLESDYSSI TLEQILELSLLLCNNGSLEGALLGNANPVQAYTILNQFTSGIRNKSGKNNQVSSKLSPIK SSIQTWKVIDPLCCRITTNYYYLNKISLNNSLNSNSLLYVPFSYFNSQSVAFQIVFEYIF TIFNEKLSLSGAEIEFFPNVNEALHIGLAIKLSGLDNVSVLSEKVLDIFYNLITFITNIR KEIFDQAKNKILLNEDLGSELGSYESRLLFKITSRISIFNVLREIKPSLKKLDFQTFIDT FNLILSSQKFLIATQQDLENLKWEELQNYIPSGFVSIKDLDQVTSSGVCKFIRIPIRLID A

    No Results
No Results
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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
cgd3_4180213 SIRDISLDDH0.992unspcgd3_4180213 SIRDISLDDH0.992unspcgd3_4180213 SIRDISLDDH0.992unspcgd3_4180229 SLTDKSIKEA0.996unspcgd3_4180340 SSSPSSYLEY0.991unspcgd3_4180455 SIKGCSPEEV0.992unspcgd3_4180470 SIRDSSFEEI0.996unspcgd3_4180610 SSKLISSKDK0.998unspcgd3_4180767 SVHTKSIKDL0.994unspcgd3_4180946 SIRNKSGKNN0.996unspcgd3_41801128 SEIKPSLKKL0.991unspcgd3_41801176 SSGFVSIKDL0.997unspcgd3_418061 SSFIKSKIDG0.994unspcgd3_4180100 SVGVGSVMDP0.992unsp

cgd3_4180      



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