Chro.20104 | ENSANGP00000016000

  • 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
Chro.20104OTHER0.9999680.0000250.000006
No Results

  • Fasta :-

    >Chro.20104 MTEIKTNLKEIQNEITKPIYDENKYRALVLKNNLRVLLVQDENTDISGASMSVFVGCQQD PEELNGLAHFLEHMLFLGSARHPNPSDFDDYMKLNGGSSNAFTDNLSTSYFFEIKNESFE HALDLFSAFFICPLFDTKYVDREVNAVNSEHNKNLLSDLWIRYHVISSIARNGHPLRKFG TGSIETLKYEPEKKGIDLIAELKNFHNKYYSSNNMFLTLVSNCDLDELENYAIKYFSEIV DKNIARIDYFGEFQKERPYLSIMESPEDGALESMVYVIPNKDEKKVSFNFQIPDLRKFRK GLPEMHFTNILGHEGPGSLTSALRRNGWCLALSSGLNEMYSANLFEIIITLTEKGAREVL SVIEYTLNFVNLVIKNEIDMEVVSDLEKLSQLVFDYRNRPSLDETISNNAFALANLPPLK ELLTFGNRVEKMDVDAVKYLKQYFDPKNMFILLSIPENKALIEDERLKDKLIYDRHYNIN YLKLEFGPEIKEIISKISLSNASKFGLKMPTKNNYIPENFDLMNTYGGNMQAFPTILEIP GNSFSDRVVAYYKPDTNFRTPHGFSQFFFFSSSKVTCELLVLDTLTSLTLSKFVAEEAYN ATIANLDYKISGGYNLRNSMNCLSITISGFNDKMHTLLKFLIKSLVELKNDGEKQLYKSF FEDALEESRLSVRNSLFNPDILSHLTSYNFREFYSVYTPSKEEILSILSTTTYERLCDHI STFFSQCLIKSITVGNLNKEQARELVETVTIKELLSFEQLNSKMEKTIIRNCIDLKKAIE SDPEIKSNRIILSKSVINPMDKNGSVIYSIDMGEYNLRNYVLLELLSKYLDSNCYLELRT NQQLGYIVHACSYNLKPAIGIYICVQSSDFSNSHVINRIHNLLDDLLVVKLSEKLDEDQF NILVDSEIKIYSNKPKNIKEEVAQYLTTITNGESNFDWKDKSIKILENLTYQEFCSFVTD LISRPRAIIQSISALDASKKCEDVANDSVPNGFIVIKDFRHFRNTDALFNITI
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/353 Sequence name : 353 Sequence length : 1013 VALUES OF COMPUTED PARAMETERS Coef20 : 3.356 CoefTot : 0.000 ChDiff : -27 ZoneTo : 2 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 0.894 1.453 0.098 0.596 MesoH : -0.252 0.437 -0.307 0.233 MuHd_075 : 22.155 11.145 5.894 2.871 MuHd_095 : 33.861 26.822 11.204 8.260 MuHd_100 : 36.865 28.670 11.211 8.724 MuHd_105 : 32.355 25.527 9.364 7.633 Hmax_075 : -6.650 3.267 -4.017 1.342 Hmax_095 : 12.600 15.000 1.775 5.040 Hmax_100 : 11.200 14.100 1.407 5.280 Hmax_105 : 2.013 9.275 -1.058 3.973 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.8928 0.1072 DFMC : 0.9272 0.0728
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1013 Chro.20104 MTEIKTNLKEIQNEITKPIYDENKYRALVLKNNLRVLLVQDENTDISGASMSVFVGCQQDPEELNGLAHFLEHMLFLGSA 80 RHPNPSDFDDYMKLNGGSSNAFTDNLSTSYFFEIKNESFEHALDLFSAFFICPLFDTKYVDREVNAVNSEHNKNLLSDLW 160 IRYHVISSIARNGHPLRKFGTGSIETLKYEPEKKGIDLIAELKNFHNKYYSSNNMFLTLVSNCDLDELENYAIKYFSEIV 240 DKNIARIDYFGEFQKERPYLSIMESPEDGALESMVYVIPNKDEKKVSFNFQIPDLRKFRKGLPEMHFTNILGHEGPGSLT 320 SALRRNGWCLALSSGLNEMYSANLFEIIITLTEKGAREVLSVIEYTLNFVNLVIKNEIDMEVVSDLEKLSQLVFDYRNRP 400 SLDETISNNAFALANLPPLKELLTFGNRVEKMDVDAVKYLKQYFDPKNMFILLSIPENKALIEDERLKDKLIYDRHYNIN 480 YLKLEFGPEIKEIISKISLSNASKFGLKMPTKNNYIPENFDLMNTYGGNMQAFPTILEIPGNSFSDRVVAYYKPDTNFRT 560 PHGFSQFFFFSSSKVTCELLVLDTLTSLTLSKFVAEEAYNATIANLDYKISGGYNLRNSMNCLSITISGFNDKMHTLLKF 640 LIKSLVELKNDGEKQLYKSFFEDALEESRLSVRNSLFNPDILSHLTSYNFREFYSVYTPSKEEILSILSTTTYERLCDHI 720 STFFSQCLIKSITVGNLNKEQARELVETVTIKELLSFEQLNSKMEKTIIRNCIDLKKAIESDPEIKSNRIILSKSVINPM 800 DKNGSVIYSIDMGEYNLRNYVLLELLSKYLDSNCYLELRTNQQLGYIVHACSYNLKPAIGIYICVQSSDFSNSHVINRIH 880 NLLDDLLVVKLSEKLDEDQFNILVDSEIKIYSNKPKNIKEEVAQYLTTITNGESNFDWKDKSIKILENLTYQEFCSFVTD 960 LISRPRAIIQSISALDASKKCEDVANDSVPNGFIVIKDFRHFRNTDALFNITI 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_________________ Chro.20104 5 --MTEIK|TN 0.061 . Chro.20104 9 EIKTNLK|EI 0.059 . Chro.20104 17 IQNEITK|PI 0.069 . Chro.20104 24 PIYDENK|YR 0.063 . Chro.20104 26 YDENKYR|AL 0.088 . Chro.20104 31 YRALVLK|NN 0.072 . Chro.20104 35 VLKNNLR|VL 0.073 . Chro.20104 81 LFLGSAR|HP 0.085 . Chro.20104 93 DFDDYMK|LN 0.064 . Chro.20104 115 SYFFEIK|NE 0.057 . Chro.20104 138 CPLFDTK|YV 0.082 . Chro.20104 142 DTKYVDR|EV 0.127 . Chro.20104 153 VNSEHNK|NL 0.066 . Chro.20104 162 LSDLWIR|YH 0.073 . Chro.20104 171 VISSIAR|NG 0.098 . Chro.20104 177 RNGHPLR|KF 0.117 . Chro.20104 178 NGHPLRK|FG 0.105 . Chro.20104 188 GSIETLK|YE 0.058 . Chro.20104 193 LKYEPEK|KG 0.065 . Chro.20104 194 KYEPEKK|GI 0.106 . Chro.20104 203 DLIAELK|NF 0.057 . Chro.20104 208 LKNFHNK|YY 0.096 . Chro.20104 234 LENYAIK|YF 0.078 . Chro.20104 242 FSEIVDK|NI 0.063 . Chro.20104 246 VDKNIAR|ID 0.111 . Chro.20104 255 YFGEFQK|ER 0.053 . Chro.20104 257 GEFQKER|PY 0.096 . Chro.20104 281 VYVIPNK|DE 0.062 . Chro.20104 284 IPNKDEK|KV 0.088 . Chro.20104 285 PNKDEKK|VS 0.081 . Chro.20104 296 FQIPDLR|KF 0.091 . Chro.20104 297 QIPDLRK|FR 0.076 . Chro.20104 299 PDLRKFR|KG 0.188 . Chro.20104 300 DLRKFRK|GL 0.113 . Chro.20104 324 SLTSALR|RN 0.094 . Chro.20104 325 LTSALRR|NG 0.112 . Chro.20104 354 IITLTEK|GA 0.073 . Chro.20104 357 LTEKGAR|EV 0.105 . Chro.20104 375 FVNLVIK|NE 0.065 . Chro.20104 388 VVSDLEK|LS 0.059 . Chro.20104 397 QLVFDYR|NR 0.071 . Chro.20104 399 VFDYRNR|PS 0.073 . Chro.20104 420 ANLPPLK|EL 0.059 . Chro.20104 428 LLTFGNR|VE 0.061 . Chro.20104 431 FGNRVEK|MD 0.132 . Chro.20104 438 MDVDAVK|YL 0.082 . Chro.20104 441 DAVKYLK|QY 0.063 . Chro.20104 447 KQYFDPK|NM 0.067 . Chro.20104 459 LSIPENK|AL 0.070 . Chro.20104 466 ALIEDER|LK 0.078 . Chro.20104 468 IEDERLK|DK 0.062 . Chro.20104 470 DERLKDK|LI 0.065 . Chro.20104 475 DKLIYDR|HY 0.073 . Chro.20104 483 YNINYLK|LE 0.057 . Chro.20104 491 EFGPEIK|EI 0.060 . Chro.20104 496 IKEIISK|IS 0.057 . Chro.20104 504 SLSNASK|FG 0.067 . Chro.20104 508 ASKFGLK|MP 0.057 . Chro.20104 512 GLKMPTK|NN 0.065 . Chro.20104 547 GNSFSDR|VV 0.179 . Chro.20104 553 RVVAYYK|PD 0.058 . Chro.20104 559 KPDTNFR|TP 0.075 . Chro.20104 574 FFFSSSK|VT 0.058 . Chro.20104 592 TSLTLSK|FV 0.075 . Chro.20104 609 IANLDYK|IS 0.070 . Chro.20104 617 SGGYNLR|NS 0.080 . Chro.20104 633 ISGFNDK|MH 0.058 . Chro.20104 639 KMHTLLK|FL 0.079 . Chro.20104 643 LLKFLIK|SL 0.079 . Chro.20104 649 KSLVELK|ND 0.062 . Chro.20104 654 LKNDGEK|QL 0.070 . Chro.20104 658 GEKQLYK|SF 0.074 . Chro.20104 669 DALEESR|LS 0.058 . Chro.20104 673 ESRLSVR|NS 0.075 . Chro.20104 691 LTSYNFR|EF 0.098 . Chro.20104 701 SVYTPSK|EE 0.059 . Chro.20104 715 STTTYER|LC 0.076 . Chro.20104 730 FSQCLIK|SI 0.090 . Chro.20104 739 TVGNLNK|EQ 0.061 . Chro.20104 743 LNKEQAR|EL 0.097 . Chro.20104 752 VETVTIK|EL 0.059 . Chro.20104 763 FEQLNSK|ME 0.060 . Chro.20104 766 LNSKMEK|TI 0.077 . Chro.20104 770 MEKTIIR|NC 0.092 . Chro.20104 776 RNCIDLK|KA 0.068 . Chro.20104 777 NCIDLKK|AI 0.095 . Chro.20104 786 ESDPEIK|SN 0.081 . Chro.20104 789 PEIKSNR|II 0.079 . Chro.20104 794 NRIILSK|SV 0.096 . Chro.20104 802 VINPMDK|NG 0.062 . Chro.20104 818 MGEYNLR|NY 0.071 . Chro.20104 828 LLELLSK|YL 0.062 . Chro.20104 839 NCYLELR|TN 0.076 . Chro.20104 856 ACSYNLK|PA 0.076 . Chro.20104 878 NSHVINR|IH 0.081 . Chro.20104 890 DDLLVVK|LS 0.058 . Chro.20104 894 VVKLSEK|LD 0.062 . Chro.20104 909 LVDSEIK|IY 0.059 . Chro.20104 914 IKIYSNK|PK 0.072 . Chro.20104 916 IYSNKPK|NI 0.101 . Chro.20104 919 NKPKNIK|EE 0.060 . Chro.20104 939 ESNFDWK|DK 0.089 . Chro.20104 941 NFDWKDK|SI 0.101 . Chro.20104 944 WKDKSIK|IL 0.070 . Chro.20104 964 VTDLISR|PR 0.070 . Chro.20104 966 DLISRPR|AI 0.115 . Chro.20104 979 SALDASK|KC 0.066 . Chro.20104 980 ALDASKK|CE 0.110 . Chro.20104 997 NGFIVIK|DF 0.075 . Chro.20104 1000 IVIKDFR|HF 0.079 . Chro.20104 1003 KDFRHFR|NT 0.388 . ____________________________^_________________

  • Fasta :-

    >Chro.20104 ATGACAGAAATAAAGACGAATTTAAAAGAAATTCAGAATGAAATAACGAAGCCAATTTAT GATGAGAACAAATATAGAGCTCTGGTATTGAAAAATAATTTGAGAGTATTATTGGTTCAG GATGAGAATACGGATATTTCAGGAGCAAGTATGTCGGTATTTGTTGGTTGTCAGCAAGAT CCTGAAGAACTGAATGGCCTTGCTCATTTTTTGGAGCACATGTTATTTTTAGGTTCAGCC AGACATCCAAACCCTAGTGATTTTGATGACTATATGAAATTGAATGGAGGGAGTTCAAAT GCATTCACAGATAATTTGTCAACATCTTACTTTTTCGAAATAAAAAATGAGTCATTTGAG CATGCATTAGACTTATTTTCTGCTTTTTTTATATGTCCTTTATTTGATACAAAGTATGTA GATAGGGAAGTTAATGCAGTAAACAGTGAGCATAACAAAAATTTGTTATCAGATTTATGG ATAAGATATCATGTAATTTCTTCAATAGCTAGGAATGGACATCCATTAAGAAAGTTTGGT ACTGGGAGTATAGAAACATTAAAATATGAGCCAGAAAAGAAAGGAATTGATTTGATTGCA GAACTAAAGAATTTTCATAATAAATATTATAGTTCAAATAATATGTTTCTTACTTTGGTT TCAAATTGCGATCTTGATGAGCTTGAGAATTATGCAATAAAGTATTTTTCAGAAATAGTT GATAAGAATATTGCTCGTATTGATTATTTTGGTGAATTTCAAAAAGAAAGACCATATTTA AGTATTATGGAATCTCCAGAAGATGGTGCTCTTGAATCAATGGTATATGTCATACCTAAC AAAGATGAAAAAAAAGTATCTTTTAATTTTCAGATTCCTGATCTACGTAAATTTAGAAAA GGACTTCCTGAAATGCATTTTACAAATATTTTAGGACATGAAGGGCCAGGAAGTTTGACT TCAGCTTTGAGAAGAAATGGTTGGTGTCTTGCTCTAAGCAGTGGATTAAATGAAATGTAT TCCGCTAATTTGTTTGAAATTATAATAACTCTAACAGAGAAAGGTGCAAGAGAAGTTTTG AGTGTTATTGAATACACATTAAATTTTGTAAATTTGGTTATAAAGAATGAAATAGATATG GAAGTAGTTTCAGATCTTGAAAAACTTTCTCAGCTTGTCTTTGATTATAGAAATAGACCA AGTCTAGATGAAACTATAAGCAATAATGCATTTGCTCTTGCAAATTTACCTCCTCTAAAG GAACTTCTTACTTTTGGAAATAGAGTTGAAAAAATGGATGTAGATGCAGTAAAATATCTT AAACAATATTTTGATCCCAAGAATATGTTTATTTTACTTTCAATTCCGGAAAATAAAGCT CTTATTGAAGATGAAAGACTTAAAGATAAATTAATTTATGACAGACATTATAACATAAAC TATTTGAAGTTAGAGTTTGGACCAGAAATTAAGGAAATTATCTCTAAAATAAGTCTTTCT AATGCTAGCAAATTTGGACTCAAAATGCCAACAAAAAATAATTATATTCCAGAGAATTTT GATTTAATGAACACGTATGGCGGCAACATGCAGGCATTCCCCACAATTTTGGAGATTCCT GGAAATTCATTTAGTGACAGAGTGGTTGCATATTATAAGCCAGATACAAATTTTCGAACT CCACACGGTTTTTCTCAATTCTTTTTCTTCTCTTCAAGTAAGGTGACATGTGAATTACTT GTTCTTGATACTTTGACATCTTTAACATTAAGTAAATTTGTTGCAGAAGAGGCTTATAAT GCAACTATTGCCAATTTAGACTATAAGATTTCAGGTGGGTACAATTTAAGAAATTCAATG AATTGTTTATCTATAACAATTTCTGGTTTTAATGATAAAATGCACACATTATTAAAGTTT TTGATCAAATCTCTAGTTGAACTCAAAAATGATGGTGAAAAGCAACTATATAAGTCATTC TTTGAAGATGCTCTAGAGGAAAGTAGACTATCAGTCAGAAACTCGCTTTTTAATCCAGAT ATACTTTCCCATTTGACTTCGTATAATTTCAGGGAGTTTTATTCTGTTTATACTCCTTCA AAAGAGGAGATTTTATCTATATTAAGTACAACTACATACGAAAGGTTGTGTGATCATATA TCAACATTTTTCTCACAATGTTTGATAAAATCGATCACAGTTGGTAACTTAAATAAGGAA CAAGCACGAGAACTTGTTGAAACTGTGACTATCAAGGAATTGTTATCGTTTGAACAACTA AATTCTAAAATGGAAAAGACTATCATTAGAAACTGCATAGATTTGAAAAAGGCAATAGAA TCAGATCCTGAAATAAAATCCAATAGGATCATTCTATCTAAGTCTGTGATAAATCCAATG GATAAGAATGGTTCAGTTATATATTCAATTGATATGGGAGAATACAATTTAAGAAACTAC GTTCTTTTGGAGCTGTTGTCCAAATATTTGGATTCAAATTGCTACTTAGAACTTCGTACA AATCAACAATTAGGGTATATTGTGCATGCATGCAGTTATAATTTGAAGCCAGCTATTGGT ATTTATATTTGTGTTCAGTCTTCAGACTTCAGTAATTCTCATGTTATAAACCGTATTCAT AATTTACTTGATGATCTTTTGGTCGTAAAATTATCGGAAAAGCTTGATGAGGATCAGTTT AACATTTTAGTGGATTCTGAAATTAAGATTTACTCAAACAAACCAAAAAATATTAAAGAG GAAGTTGCTCAATACTTGACAACAATCACTAATGGAGAGAGTAATTTTGATTGGAAAGAT AAGTCCATTAAAATTCTTGAAAATTTAACTTATCAAGAATTTTGTTCTTTTGTGACAGAT CTAATCAGTAGACCAAGGGCTATTATACAATCTATATCAGCCTTGGACGCCAGCAAAAAA TGTGAAGATGTGGCTAATGATTCTGTTCCAAACGGATTTATAGTTATCAAAGATTTCAGA CACTTTAGAAATACTGACGCACTATTTAACATAACTATATAA
  • Download Fasta

  • Fasta :-

    MTEIKTNLKEIQNEITKPIYDENKYRALVLKNNLRVLLVQDENTDISGASMSVFVGCQQD PEELNGLAHFLEHMLFLGSARHPNPSDFDDYMKLNGGSSNAFTDNLSTSYFFEIKNESFE HALDLFSAFFICPLFDTKYVDREVNAVNSEHNKNLLSDLWIRYHVISSIARNGHPLRKFG TGSIETLKYEPEKKGIDLIAELKNFHNKYYSSNNMFLTLVSNCDLDELENYAIKYFSEIV DKNIARIDYFGEFQKERPYLSIMESPEDGALESMVYVIPNKDEKKVSFNFQIPDLRKFRK GLPEMHFTNILGHEGPGSLTSALRRNGWCLALSSGLNEMYSANLFEIIITLTEKGAREVL SVIEYTLNFVNLVIKNEIDMEVVSDLEKLSQLVFDYRNRPSLDETISNNAFALANLPPLK ELLTFGNRVEKMDVDAVKYLKQYFDPKNMFILLSIPENKALIEDERLKDKLIYDRHYNIN YLKLEFGPEIKEIISKISLSNASKFGLKMPTKNNYIPENFDLMNTYGGNMQAFPTILEIP GNSFSDRVVAYYKPDTNFRTPHGFSQFFFFSSSKVTCELLVLDTLTSLTLSKFVAEEAYN ATIANLDYKISGGYNLRNSMNCLSITISGFNDKMHTLLKFLIKSLVELKNDGEKQLYKSF FEDALEESRLSVRNSLFNPDILSHLTSYNFREFYSVYTPSKEEILSILSTTTYERLCDHI STFFSQCLIKSITVGNLNKEQARELVETVTIKELLSFEQLNSKMEKTIIRNCIDLKKAIE SDPEIKSNRIILSKSVINPMDKNGSVIYSIDMGEYNLRNYVLLELLSKYLDSNCYLELRT NQQLGYIVHACSYNLKPAIGIYICVQSSDFSNSHVINRIHNLLDDLLVVKLSEKLDEDQF NILVDSEIKIYSNKPKNIKEEVAQYLTTITNGESNFDWKDKSIKILENLTYQEFCSFVTD LISRPRAIIQSISALDASKKCEDVANDSVPNGFIVIKDFRHFRNTDALFNITI

    No Results
    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
Chro.20104671 SESRLSVRNS0.997unspChro.20104671 SESRLSVRNS0.997unspChro.20104671 SESRLSVRNS0.997unspChro.20104265 SSIMESPEDG0.997unspChro.20104401 SRNRPSLDET0.994unsp

Chro.20104      



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