cgd1_3840 | Insulinase-like peptidase/telomeric protein

  • 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
cgd1_3840OTHER0.9997880.0000930.000118
No Results

  • Fasta :-

    >cgd1_3840 MADIIFKSNESIRSLNSKNSNREDFIENDSMLDESALLVDLKPKEEPFTEFECKRFSFIS KEEKSGKLLLKTCQPCQNLEVSNTTDKTALELPSVYLRDYMYLKLNNGIKVILISDAIDM EMGIGIQYPVSLIEGCNDLGGVRLISNVLIRGLKDYFREVALIKSYFLHNSRVSINFSTN ENILQILKYFSEVFVNFEISIEKFVEAYKLTIDQFKSRQDAQYTQIVRKLFEIAHPNSYF KNSCHTFNDQVLENEYAGYELVQLRKKIINAIRNNFSSNLLSVIITAPNALNCSQLLVSK GLSTMRNLNLSIPNTFDHKKYVIPFSTDNLIGKRLTFPSNLPIKQFFFCFFIEESLKANI KEIEGALAEIFIHGGNSLLSNLKNRGLVRNMDIKILLAESSPILSFRVEVEDTEKNNPAE ILSIIRQVVYTFTESPLLESYVMNYFKIHDAKFSKIFTTSSTSDVIFKLFNIIDTSPLEE INNMINPKLLLESVETVLSYTTFDHFFLIRSYDFAPEEMKNKTVEIDNINIEFWNSINAN LLTSYTPEEPEVNPLLPNSYIVNNGIYQNTTSISKIDFSISENNTLIDPYNDKISLNIAH GFQRPSTTNFFRFNILHEEYFSIKSILFKCFIVFAMNIFLKPYKHLLTNSSSDIKLSCGL DQQADLDLGYDSISVFMSSHSQVFPQLLNYTSFFFNSATSLNETNFYKTLQDYKEYVSNE YTSTSGVHYAKAIVNGMLNPSFPSYSKYIKIIERVQYSDYLDYCKSLLSFNNIKGLIYGN ISTSEARIILSKFINSLNLGNLSELNDPTAYNLPILMICPQPNMPRHFIMKRNQIDASSM VNLVYTSVAIDNNIRNILMLNIVETAILKLSELASLDKVNLTLKWEIKKHYIRLNILSLS SIRYNENGIEPIIEYSTEALKRIYNLGNYIELKQKSFLNKSKRIITIRRDSEETRFNQLY HSIMMGKKPYMQLDLLKEFESINGGSFFEFANQVKNSLTYIVIISSHQQTNKNTENEITG FTKAEGYPNTY
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/cgd1_3840.fa Sequence name : cgd1_3840 Sequence length : 1031 VALUES OF COMPUTED PARAMETERS Coef20 : 4.244 CoefTot : 0.141 ChDiff : -9 ZoneTo : 2 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.141 1.841 0.092 0.599 MesoH : -0.212 0.531 -0.323 0.256 MuHd_075 : 30.236 15.654 6.598 6.635 MuHd_095 : 27.474 17.077 7.823 5.330 MuHd_100 : 34.635 22.085 9.140 6.998 MuHd_105 : 36.675 23.099 9.248 7.340 Hmax_075 : 6.300 10.150 -0.471 3.990 Hmax_095 : 11.300 14.900 1.565 4.980 Hmax_100 : 16.700 17.600 3.434 5.580 Hmax_105 : 9.800 12.200 0.861 4.200 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.8007 0.1993 DFMC : 0.8504 0.1496
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1031 cgd1_3840 MADIIFKSNESIRSLNSKNSNREDFIENDSMLDESALLVDLKPKEEPFTEFECKRFSFISKEEKSGKLLLKTCQPCQNLE 80 VSNTTDKTALELPSVYLRDYMYLKLNNGIKVILISDAIDMEMGIGIQYPVSLIEGCNDLGGVRLISNVLIRGLKDYFREV 160 ALIKSYFLHNSRVSINFSTNENILQILKYFSEVFVNFEISIEKFVEAYKLTIDQFKSRQDAQYTQIVRKLFEIAHPNSYF 240 KNSCHTFNDQVLENEYAGYELVQLRKKIINAIRNNFSSNLLSVIITAPNALNCSQLLVSKGLSTMRNLNLSIPNTFDHKK 320 YVIPFSTDNLIGKRLTFPSNLPIKQFFFCFFIEESLKANIKEIEGALAEIFIHGGNSLLSNLKNRGLVRNMDIKILLAES 400 SPILSFRVEVEDTEKNNPAEILSIIRQVVYTFTESPLLESYVMNYFKIHDAKFSKIFTTSSTSDVIFKLFNIIDTSPLEE 480 INNMINPKLLLESVETVLSYTTFDHFFLIRSYDFAPEEMKNKTVEIDNINIEFWNSINANLLTSYTPEEPEVNPLLPNSY 560 IVNNGIYQNTTSISKIDFSISENNTLIDPYNDKISLNIAHGFQRPSTTNFFRFNILHEEYFSIKSILFKCFIVFAMNIFL 640 KPYKHLLTNSSSDIKLSCGLDQQADLDLGYDSISVFMSSHSQVFPQLLNYTSFFFNSATSLNETNFYKTLQDYKEYVSNE 720 YTSTSGVHYAKAIVNGMLNPSFPSYSKYIKIIERVQYSDYLDYCKSLLSFNNIKGLIYGNISTSEARIILSKFINSLNLG 800 NLSELNDPTAYNLPILMICPQPNMPRHFIMKRNQIDASSMVNLVYTSVAIDNNIRNILMLNIVETAILKLSELASLDKVN 880 LTLKWEIKKHYIRLNILSLSSIRYNENGIEPIIEYSTEALKRIYNLGNYIELKQKSFLNKSKRIITIRRDSEETRFNQLY 960 HSIMMGKKPYMQLDLLKEFESINGGSFFEFANQVKNSLTYIVIISSHQQTNKNTENEITGFTKAEGYPNTY 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_________________ cgd1_3840 7 MADIIFK|SN 0.080 . cgd1_3840 13 KSNESIR|SL 0.168 . cgd1_3840 18 IRSLNSK|NS 0.079 . cgd1_3840 22 NSKNSNR|ED 0.102 . cgd1_3840 42 ALLVDLK|PK 0.063 . cgd1_3840 44 LVDLKPK|EE 0.057 . cgd1_3840 54 FTEFECK|RF 0.068 . cgd1_3840 55 TEFECKR|FS 0.205 . cgd1_3840 61 RFSFISK|EE 0.063 . cgd1_3840 64 FISKEEK|SG 0.078 . cgd1_3840 67 KEEKSGK|LL 0.059 . cgd1_3840 71 SGKLLLK|TC 0.067 . cgd1_3840 87 VSNTTDK|TA 0.061 . cgd1_3840 98 LPSVYLR|DY 0.113 . cgd1_3840 104 RDYMYLK|LN 0.061 . cgd1_3840 110 KLNNGIK|VI 0.063 . cgd1_3840 143 NDLGGVR|LI 0.078 . cgd1_3840 151 ISNVLIR|GL 0.153 . cgd1_3840 154 VLIRGLK|DY 0.113 . cgd1_3840 158 GLKDYFR|EV 0.100 . cgd1_3840 164 REVALIK|SY 0.071 . cgd1_3840 172 YFLHNSR|VS 0.062 . cgd1_3840 188 NILQILK|YF 0.063 . cgd1_3840 203 FEISIEK|FV 0.083 . cgd1_3840 209 KFVEAYK|LT 0.065 . cgd1_3840 216 LTIDQFK|SR 0.092 . cgd1_3840 218 IDQFKSR|QD 0.106 . cgd1_3840 228 QYTQIVR|KL 0.071 . cgd1_3840 229 YTQIVRK|LF 0.096 . cgd1_3840 241 HPNSYFK|NS 0.072 . cgd1_3840 265 YELVQLR|KK 0.071 . cgd1_3840 266 ELVQLRK|KI 0.081 . cgd1_3840 267 LVQLRKK|II 0.122 . cgd1_3840 273 KIINAIR|NN 0.082 . cgd1_3840 300 SQLLVSK|GL 0.070 . cgd1_3840 306 KGLSTMR|NL 0.084 . cgd1_3840 319 PNTFDHK|KY 0.055 . cgd1_3840 320 NTFDHKK|YV 0.143 . cgd1_3840 333 TDNLIGK|RL 0.059 . cgd1_3840 334 DNLIGKR|LT 0.114 . cgd1_3840 344 PSNLPIK|QF 0.070 . cgd1_3840 357 FIEESLK|AN 0.064 . cgd1_3840 361 SLKANIK|EI 0.081 . cgd1_3840 383 SLLSNLK|NR 0.060 . cgd1_3840 385 LSNLKNR|GL 0.122 . cgd1_3840 389 KNRGLVR|NM 0.097 . cgd1_3840 394 VRNMDIK|IL 0.066 . cgd1_3840 407 SPILSFR|VE 0.077 . cgd1_3840 415 EVEDTEK|NN 0.057 . cgd1_3840 426 EILSIIR|QV 0.082 . cgd1_3840 447 YVMNYFK|IH 0.066 . cgd1_3840 452 FKIHDAK|FS 0.077 . cgd1_3840 455 HDAKFSK|IF 0.073 . cgd1_3840 468 TSDVIFK|LF 0.068 . cgd1_3840 488 NNMINPK|LL 0.069 . cgd1_3840 510 DHFFLIR|SY 0.123 . cgd1_3840 520 FAPEEMK|NK 0.060 . cgd1_3840 522 PEEMKNK|TV 0.076 . cgd1_3840 575 NTTSISK|ID 0.053 . cgd1_3840 593 IDPYNDK|IS 0.060 . cgd1_3840 604 IAHGFQR|PS 0.116 . cgd1_3840 612 STTNFFR|FN 0.109 . cgd1_3840 624 EEYFSIK|SI 0.073 . cgd1_3840 629 IKSILFK|CF 0.075 . cgd1_3840 641 AMNIFLK|PY 0.070 . cgd1_3840 644 IFLKPYK|HL 0.059 . cgd1_3840 655 NSSSDIK|LS 0.062 . cgd1_3840 708 NETNFYK|TL 0.064 . cgd1_3840 714 KTLQDYK|EY 0.058 . cgd1_3840 731 SGVHYAK|AI 0.074 . cgd1_3840 747 SFPSYSK|YI 0.070 . cgd1_3840 750 SYSKYIK|II 0.088 . cgd1_3840 754 YIKIIER|VQ 0.066 . cgd1_3840 765 DYLDYCK|SL 0.061 . cgd1_3840 774 LSFNNIK|GL 0.070 . cgd1_3840 787 ISTSEAR|II 0.086 . cgd1_3840 792 ARIILSK|FI 0.069 . cgd1_3840 826 PQPNMPR|HF 0.099 . cgd1_3840 831 PRHFIMK|RN 0.070 . cgd1_3840 832 RHFIMKR|NQ 0.164 . cgd1_3840 855 AIDNNIR|NI 0.067 . cgd1_3840 869 VETAILK|LS 0.053 . cgd1_3840 878 ELASLDK|VN 0.055 . cgd1_3840 884 KVNLTLK|WE 0.058 . cgd1_3840 888 TLKWEIK|KH 0.067 . cgd1_3840 889 LKWEIKK|HY 0.087 . cgd1_3840 893 IKKHYIR|LN 0.088 . cgd1_3840 903 LSLSSIR|YN 0.099 . cgd1_3840 921 YSTEALK|RI 0.057 . cgd1_3840 922 STEALKR|IY 0.167 . cgd1_3840 933 GNYIELK|QK 0.067 . cgd1_3840 935 YIELKQK|SF 0.067 . cgd1_3840 940 QKSFLNK|SK 0.100 . cgd1_3840 942 SFLNKSK|RI 0.077 . cgd1_3840 943 FLNKSKR|II 0.279 . cgd1_3840 948 KRIITIR|RD 0.101 . cgd1_3840 949 RIITIRR|DS 0.212 . cgd1_3840 955 RDSEETR|FN 0.107 . cgd1_3840 967 HSIMMGK|KP 0.067 . cgd1_3840 968 SIMMGKK|PY 0.091 . cgd1_3840 977 MQLDLLK|EF 0.066 . cgd1_3840 995 EFANQVK|NS 0.061 . cgd1_3840 1012 SHQQTNK|NT 0.082 . cgd1_3840 1023 EITGFTK|AE 0.063 . ____________________________^_________________

  • Fasta :-

    >cgd1_3840 AAAATATTGGTGTAAAACGTTGTAATTTTTTTTACTAAATAATTTTTTAATTTAATATGG CTGATATTATATTTAAGAGCAATGAATCGATTAGAAGTTTAAATTCGAAGAATTCAAATA GAGAAGATTTTATTGAAAATGATAGCATGTTAGATGAAAGTGCCTTGCTTGTTGATTTGA AACCGAAAGAAGAACCTTTTACTGAATTCGAATGCAAGAGGTTTAGTTTTATTTCCAAAG AAGAGAAATCTGGAAAATTATTATTAAAAACTTGTCAACCATGTCAGAATTTGGAAGTGA GTAACACTACCGATAAGACTGCGCTAGAATTACCCTCAGTTTATCTTAGGGACTATATGT ATTTGAAACTAAATAATGGAATTAAAGTTATCCTAATTAGTGATGCGATAGATATGGAAA TGGGAATAGGAATTCAATATCCAGTAAGCTTAATTGAAGGATGTAATGATCTTGGTGGGG TAAGGCTTATTTCAAATGTTCTAATTAGAGGCCTTAAGGATTATTTCAGAGAGGTAGCAC TTATTAAATCATATTTTTTACACAACTCAAGGGTTTCAATAAATTTTTCGACAAATGAGA ATATATTACAAATATTGAAATATTTTTCAGAAGTTTTTGTTAATTTTGAAATATCCATTG AAAAATTTGTAGAAGCGTATAAATTGACAATTGATCAATTTAAATCAAGACAAGATGCTC AATATACTCAAATAGTTAGAAAATTGTTTGAGATTGCTCATCCAAATAGTTATTTCAAGA ACTCATGTCATACTTTTAATGACCAAGTACTAGAAAATGAATATGCTGGATATGAACTTG TTCAACTTAGGAAGAAGATTATAAATGCTATTAGAAATAACTTTTCATCGAATCTATTAT CTGTAATAATTACAGCCCCAAATGCTTTAAATTGTTCACAATTATTAGTTTCAAAGGGTT TAAGTACTATGAGAAATTTGAATCTGAGTATCCCAAACACATTTGATCATAAAAAATATG TAATTCCTTTTTCTACAGATAATTTGATTGGTAAAAGGCTAACATTCCCAAGTAACCTTC CTATAAAGCAATTTTTCTTTTGTTTCTTTATTGAAGAAAGTTTAAAGGCAAATATAAAAG AAATTGAAGGTGCTTTAGCAGAAATTTTCATTCATGGTGGAAACTCATTATTATCTAATT TAAAAAATAGAGGCTTGGTTAGAAATATGGACATTAAAATACTCTTGGCAGAAAGTTCCC CAATATTGTCTTTTCGTGTAGAAGTTGAGGATACAGAAAAGAATAATCCAGCAGAGATTT TAAGTATAATTCGTCAGGTAGTCTATACTTTTACAGAATCGCCCTTATTGGAGAGTTATG TTATGAATTATTTTAAAATTCACGATGCAAAGTTTTCAAAAATATTTACAACATCATCAA CAAGTGATGTAATTTTTAAATTGTTTAATATTATTGATACATCTCCTTTAGAAGAAATTA ATAACATGATTAATCCAAAACTGCTTTTGGAATCAGTAGAAACAGTTCTGAGCTATACAA CTTTTGATCACTTCTTCTTAATTAGGAGTTATGATTTTGCTCCAGAGGAAATGAAGAACA AAACAGTCGAGATTGATAATATTAATATTGAATTTTGGAATTCTATTAATGCAAACTTAT TAACTTCATACACTCCAGAAGAGCCTGAAGTTAATCCTCTGTTACCAAATTCATATATAG TAAATAATGGGATTTATCAAAATACAACAAGCATTTCTAAGATAGACTTTTCTATTTCTG AGAACAATACTTTAATAGACCCATACAACGATAAAATTTCTTTAAACATAGCTCATGGAT TCCAAAGACCTTCAACAACCAACTTTTTCAGATTTAATATACTTCATGAAGAATATTTTT CAATTAAATCAATACTTTTCAAGTGTTTTATTGTATTTGCAATGAATATCTTTTTAAAGC CTTATAAGCATTTACTCACTAACTCTTCATCTGATATTAAGTTAAGTTGTGGTTTAGACC AACAAGCTGATTTAGATCTGGGATACGACTCAATATCAGTATTTATGAGCTCACATTCCC AAGTATTTCCACAATTATTAAATTATACATCATTTTTCTTCAATAGTGCAACTTCATTGA ACGAAACTAACTTTTACAAAACATTACAAGATTACAAAGAATATGTAAGCAATGAATATA CTAGTACATCAGGTGTTCATTACGCAAAAGCAATAGTAAATGGTATGCTTAACCCCTCTT TCCCATCTTACTCTAAATATATTAAGATCATTGAAAGGGTTCAATATAGTGATTATTTGG ACTACTGTAAATCACTACTTTCTTTTAACAATATTAAGGGCTTAATATATGGTAATATTT CTACTTCTGAGGCAAGGATAATTCTTTCAAAATTTATCAACTCTCTTAATTTGGGTAATT TATCAGAATTGAATGATCCAACTGCCTATAACTTACCTATTTTAATGATTTGCCCTCAGC CGAATATGCCTCGTCATTTCATAATGAAAAGAAACCAAATTGATGCTTCAAGTATGGTTA ATCTCGTCTATACTTCGGTAGCTATTGACAATAATATTAGAAATATTTTAATGCTTAATA TTGTTGAAACTGCCATCTTAAAATTATCAGAATTGGCCTCTTTAGACAAAGTTAATCTTA CCCTAAAATGGGAGATTAAGAAGCATTATATCCGTCTTAATATTTTAAGTCTGTCCTCAA TCAGATATAATGAAAATGGAATTGAACCTATTATCGAATATTCTACCGAAGCTTTAAAAC GAATTTATAATTTAGGAAATTATATAGAGTTGAAGCAAAAAAGCTTTTTAAATAAGTCAA AACGTATTATTACTATTCGAAGAGATTCGGAGGAAACTAGATTTAATCAACTATACCATT CAATCATGATGGGTAAAAAACCATATATGCAGCTTGATTTACTTAAAGAATTTGAATCTA TTAATGGAGGAAGCTTTTTTGAATTTGCAAATCAAGTCAAAAATAGTCTAACTTACATTG TAATTATTTCATCACATCAACAAACAAATAAAAATACAGAAAATGAGATTACTGGGTTTA CTAAAGCTGAAGGATATCCAAATACCTATTAGAATTATTTATGAGTGAAAAATACGATTT CTACTAAACATATATTTTATTTACGTAGTTGAACTATTTACTTT
  • Download Fasta

  • Fasta :-

    MADIIFKSNESIRSLNSKNSNREDFIENDSMLDESALLVDLKPKEEPFTEFECKRFSFIS KEEKSGKLLLKTCQPCQNLEVSNTTDKTALELPSVYLRDYMYLKLNNGIKVILISDAIDM EMGIGIQYPVSLIEGCNDLGGVRLISNVLIRGLKDYFREVALIKSYFLHNSRVSINFSTN ENILQILKYFSEVFVNFEISIEKFVEAYKLTIDQFKSRQDAQYTQIVRKLFEIAHPNSYF KNSCHTFNDQVLENEYAGYELVQLRKKIINAIRNNFSSNLLSVIITAPNALNCSQLLVSK GLSTMRNLNLSIPNTFDHKKYVIPFSTDNLIGKRLTFPSNLPIKQFFFCFFIEESLKANI KEIEGALAEIFIHGGNSLLSNLKNRGLVRNMDIKILLAESSPILSFRVEVEDTEKNNPAE ILSIIRQVVYTFTESPLLESYVMNYFKIHDAKFSKIFTTSSTSDVIFKLFNIIDTSPLEE INNMINPKLLLESVETVLSYTTFDHFFLIRSYDFAPEEMKNKTVEIDNINIEFWNSINAN LLTSYTPEEPEVNPLLPNSYIVNNGIYQNTTSISKIDFSISENNTLIDPYNDKISLNIAH GFQRPSTTNFFRFNILHEEYFSIKSILFKCFIVFAMNIFLKPYKHLLTNSSSDIKLSCGL DQQADLDLGYDSISVFMSSHSQVFPQLLNYTSFFFNSATSLNETNFYKTLQDYKEYVSNE YTSTSGVHYAKAIVNGMLNPSFPSYSKYIKIIERVQYSDYLDYCKSLLSFNNIKGLIYGN ISTSEARIILSKFINSLNLGNLSELNDPTAYNLPILMICPQPNMPRHFIMKRNQIDASSM VNLVYTSVAIDNNIRNILMLNIVETAILKLSELASLDKVNLTLKWEIKKHYIRLNILSLS SIRYNENGIEPIIEYSTEALKRIYNLGNYIELKQKSFLNKSKRIITIRRDSEETRFNQLY HSIMMGKKPYMQLDLLKEFESINGGSFFEFANQVKNSLTYIVIISSHQQTNKNTENEITG FTKAEGYPNTY

    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
cgd1_3840951 SIRRDSEETR0.998unspcgd1_3840951 SIRRDSEETR0.998unspcgd1_3840951 SIRRDSEETR0.998unspcgd1_384020 SNSKNSNRED0.992unspcgd1_3840782 SYGNISTSEA0.994unsp

cgd1_3840      



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