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_ID
Prediction
OTHER
SP
mTP
CS_Position
YBR058C OTHER 0.999954 0.000042 0.000004
Showing 1 to 1 of 1 rows
No Results
  • Fasta :-

    >YBR058C MAEAVLENVNVPAVVSKDECIYCFESPYNEPLALNASPKHSLNICLNCFQATCNRHVPLH IRVTEYACDTIHSNYLTIAKVEKPKQENVEENNNNKKIKLQVIETSEDDTHNTIWSLQRF NGENVPRTVLSKSTDSDISSTALEKIEKILKAKSQDFEDKKNSWVLEISTCPHTENFQIP SKPENTVNLNQCSSCDLTQNLWLCLHCGNIGCGREQIGIDGHSHALDHYRSNNNHPLAIK LGSLSSSTYDLYCYACDDETRFPDNVNLGSALQIYGINIQEKIADEKTLVQLQVEQNENW QFRMVDSSGKEFEKLSASKNYGCGLINLGNSCYLNSVIQSLVNGGVPNWSLDFLGSKFPL DVVYPDNNLKCQWIKLLNAMKCEPELYPNGIKPTTFKKCIGQNHQEFSSNRQQDAMEFLT FLLDLLDKKFFSSSSSGIPNPNDLVRFMMEDRLQCNICGKVKYSYEPTEAIQIPLEENDE PQDMLERIKAYFEGQTIEFKCANCKEKVTANKKPGFKSLPQTLILNPIRIRLQNWIPVKT SNELSLPGLIDRDDMLDVSSYLSQGFDPQTENLLPDEDENRSSFTPNQCSISQLIEMGFT QNASVRALFNTGNQDAESAMNWLFQHMDDPDLNDPFVPPPNVPKKDKREVDEVSLTSMLS MGLNPNLCRKALILNNGDVNRSVEWVFNNMDDDGTFPEPEVPNEEQQQKKDLGYSTAKPY ALTAVICHKGNSVHSGHYVVFIRKLVADKWKWVLYNDEKLVAADSIEDMKKNGYIYFYTR C
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/YBR058C.fa Sequence name : YBR058C Sequence length : 781 VALUES OF COMPUTED PARAMETERS Coef20 : 3.656 CoefTot : 0.141 ChDiff : -29 ZoneTo : 2 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 0.606 0.882 0.120 0.399 MesoH : -0.586 0.123 -0.388 0.199 MuHd_075 : 36.413 25.748 10.482 6.432 MuHd_095 : 26.681 9.109 6.007 2.433 MuHd_100 : 32.610 13.470 8.319 4.146 MuHd_105 : 28.432 15.102 8.179 4.673 Hmax_075 : 10.733 17.733 1.357 4.970 Hmax_095 : 6.475 11.375 -0.333 3.063 Hmax_100 : 12.200 13.400 2.029 4.480 Hmax_105 : 11.667 14.000 2.170 4.503 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.8749 0.1251 DFMC : 0.8649 0.1351
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 781 YBR058C MAEAVLENVNVPAVVSKDECIYCFESPYNEPLALNASPKHSLNICLNCFQATCNRHVPLHIRVTEYACDTIHSNYLTIAK 80 VEKPKQENVEENNNNKKIKLQVIETSEDDTHNTIWSLQRFNGENVPRTVLSKSTDSDISSTALEKIEKILKAKSQDFEDK 160 KNSWVLEISTCPHTENFQIPSKPENTVNLNQCSSCDLTQNLWLCLHCGNIGCGREQIGIDGHSHALDHYRSNNNHPLAIK 240 LGSLSSSTYDLYCYACDDETRFPDNVNLGSALQIYGINIQEKIADEKTLVQLQVEQNENWQFRMVDSSGKEFEKLSASKN 320 YGCGLINLGNSCYLNSVIQSLVNGGVPNWSLDFLGSKFPLDVVYPDNNLKCQWIKLLNAMKCEPELYPNGIKPTTFKKCI 400 GQNHQEFSSNRQQDAMEFLTFLLDLLDKKFFSSSSSGIPNPNDLVRFMMEDRLQCNICGKVKYSYEPTEAIQIPLEENDE 480 PQDMLERIKAYFEGQTIEFKCANCKEKVTANKKPGFKSLPQTLILNPIRIRLQNWIPVKTSNELSLPGLIDRDDMLDVSS 560 YLSQGFDPQTENLLPDEDENRSSFTPNQCSISQLIEMGFTQNASVRALFNTGNQDAESAMNWLFQHMDDPDLNDPFVPPP 640 NVPKKDKREVDEVSLTSMLSMGLNPNLCRKALILNNGDVNRSVEWVFNNMDDDGTFPEPEVPNEEQQQKKDLGYSTAKPY 720 ALTAVICHKGNSVHSGHYVVFIRKLVADKWKWVLYNDEKLVAADSIEDMKKNGYIYFYTRC 800 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ............................................................. 800 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ YBR058C 17 VPAVVSK|DE 0.082 . YBR058C 39 ALNASPK|HS 0.069 . YBR058C 55 FQATCNR|HV 0.096 . YBR058C 62 HVPLHIR|VT 0.097 . YBR058C 80 NYLTIAK|VE 0.056 . YBR058C 83 TIAKVEK|PK 0.071 . YBR058C 85 AKVEKPK|QE 0.073 . YBR058C 96 EENNNNK|KI 0.061 . YBR058C 97 ENNNNKK|IK 0.126 . YBR058C 99 NNNKKIK|LQ 0.072 . YBR058C 119 TIWSLQR|FN 0.124 . YBR058C 127 NGENVPR|TV 0.102 . YBR058C 132 PRTVLSK|ST 0.090 . YBR058C 145 SSTALEK|IE 0.053 . YBR058C 148 ALEKIEK|IL 0.061 . YBR058C 151 KIEKILK|AK 0.064 . YBR058C 153 EKILKAK|SQ 0.087 . YBR058C 160 SQDFEDK|KN 0.083 . YBR058C 161 QDFEDKK|NS 0.088 . YBR058C 182 NFQIPSK|PE 0.061 . YBR058C 214 GNIGCGR|EQ 0.094 . YBR058C 230 HALDHYR|SN 0.132 . YBR058C 240 NHPLAIK|LG 0.056 . YBR058C 261 ACDDETR|FP 0.088 . YBR058C 282 GINIQEK|IA 0.087 . YBR058C 287 EKIADEK|TL 0.061 . YBR058C 303 NENWQFR|MV 0.283 . YBR058C 310 MVDSSGK|EF 0.060 . YBR058C 314 SGKEFEK|LS 0.060 . YBR058C 319 EKLSASK|NY 0.070 . YBR058C 357 LDFLGSK|FP 0.057 . YBR058C 370 YPDNNLK|CQ 0.060 . YBR058C 375 LKCQWIK|LL 0.068 . YBR058C 381 KLLNAMK|CE 0.056 . YBR058C 392 LYPNGIK|PT 0.056 . YBR058C 397 IKPTTFK|KC 0.071 . YBR058C 398 KPTTFKK|CI 0.181 . YBR058C 411 QEFSSNR|QQ 0.111 . YBR058C 428 LLDLLDK|KF 0.056 . YBR058C 429 LDLLDKK|FF 0.087 . YBR058C 446 NPNDLVR|FM 0.115 . YBR058C 452 RFMMEDR|LQ 0.074 . YBR058C 460 QCNICGK|VK 0.072 . YBR058C 462 NICGKVK|YS 0.064 . YBR058C 487 PQDMLER|IK 0.076 . YBR058C 489 DMLERIK|AY 0.068 . YBR058C 500 GQTIEFK|CA 0.070 . YBR058C 505 FKCANCK|EK 0.062 . YBR058C 507 CANCKEK|VT 0.078 . YBR058C 512 EKVTANK|KP 0.059 . YBR058C 513 KVTANKK|PG 0.095 . YBR058C 517 NKKPGFK|SL 0.077 . YBR058C 529 LILNPIR|IR 0.067 . YBR058C 531 LNPIRIR|LQ 0.074 . YBR058C 539 QNWIPVK|TS 0.056 . YBR058C 552 LPGLIDR|DD 0.090 . YBR058C 581 PDEDENR|SS 0.101 . YBR058C 606 TQNASVR|AL 0.136 . YBR058C 644 PPPNVPK|KD 0.064 . YBR058C 645 PPNVPKK|DK 0.197 . YBR058C 647 NVPKKDK|RE 0.060 . YBR058C 648 VPKKDKR|EV 0.433 . YBR058C 669 LNPNLCR|KA 0.080 . YBR058C 670 NPNLCRK|AL 0.088 . YBR058C 681 NNGDVNR|SV 0.364 . YBR058C 709 NEEQQQK|KD 0.057 . YBR058C 710 EEQQQKK|DL 0.192 . YBR058C 718 LGYSTAK|PY 0.058 . YBR058C 729 TAVICHK|GN 0.076 . YBR058C 743 HYVVFIR|KL 0.080 . YBR058C 744 YVVFIRK|LV 0.093 . YBR058C 749 RKLVADK|WK 0.061 . YBR058C 751 LVADKWK|WV 0.078 . YBR058C 759 VLYNDEK|LV 0.061 . YBR058C 770 DSIEDMK|KN 0.068 . YBR058C 771 SIEDMKK|NG 0.093 . YBR058C 780 YIYFYTR|C- 0.086 . ____________________________^_________________
  • Fasta :-

    >YBR058C ATGGCAGAAGCAGTACTAGAAAACGTTAACGTTCCTGCAGTCGTTTCAAAAGATGAGTGT ATTTATTGCTTTGAATCCCCTTATAATGAACCATTGGCCCTCAATGCATCACCTAAACAT TCATTGAATATATGCTTAAACTGTTTCCAAGCTACGTGCAACAGACATGTTCCACTCCAT ATCCGAGTCACAGAATATGCTTGCGATACCATACATTCCAATTATTTAACTATTGCTAAA GTGGAGAAACCTAAGCAAGAAAATGTAGAAGAAAATAATAACAACAAAAAAATAAAGCTA CAGGTAATTGAGACGTCAGAAGACGACACCCACAACACTATTTGGAGTTTACAAAGGTTC AATGGTGAAAATGTTCCCAGGACCGTACTTTCGAAGTCGACAGACTCTGACATTTCTTCT ACGGCCTTGGAGAAGATTGAAAAGATATTAAAGGCGAAGTCACAAGACTTCGAGGATAAG AAGAACTCCTGGGTGTTAGAAATCAGCACCTGTCCACATACAGAAAACTTTCAAATTCCA TCTAAGCCCGAAAATACTGTGAATTTAAACCAATGCTCTTCCTGTGATTTGACTCAAAAT CTCTGGTTATGCCTACATTGTGGTAATATCGGATGTGGCAGGGAACAAATCGGGATTGAT GGTCACTCGCATGCTTTGGATCATTATCGGAGTAATAATAATCACCCATTAGCTATCAAA TTAGGGTCTTTAAGCTCTTCAACCTATGATCTGTATTGTTACGCATGTGACGACGAAACT AGATTTCCAGATAATGTTAATTTAGGCAGTGCACTACAAATATACGGAATTAACATACAA GAAAAGATTGCGGATGAAAAGACTCTAGTTCAATTACAAGTGGAACAGAACGAAAATTGG CAATTTAGAATGGTCGATTCTAGCGGTAAAGAATTTGAAAAATTATCCGCTAGTAAGAAT TATGGCTGTGGTCTGATCAATTTGGGTAATTCCTGTTACTTAAATTCGGTTATACAAAGC TTGGTGAATGGTGGCGTCCCGAATTGGTCCTTGGATTTTCTAGGAAGTAAATTTCCACTG GATGTTGTATATCCGGACAATAATTTAAAGTGCCAATGGATCAAGCTACTCAATGCCATG AAATGTGAACCCGAACTATATCCAAATGGTATCAAACCTACTACTTTCAAGAAATGCATT GGGCAAAATCATCAGGAATTCAGTTCCAATAGACAACAGGATGCGATGGAATTTCTAACC TTCCTTTTAGACTTGTTAGACAAGAAATTTTTTTCAAGTAGTTCTTCAGGTATTCCAAAT CCCAACGATTTAGTTAGATTTATGATGGAGGATAGGCTCCAATGTAACATTTGCGGGAAG GTTAAATATTCTTATGAACCCACAGAGGCTATACAGATTCCCTTAGAGGAGAATGATGAA CCTCAAGATATGTTAGAGAGAATCAAGGCGTATTTTGAAGGGCAGACGATTGAATTTAAA TGTGCTAATTGTAAGGAAAAGGTTACCGCAAATAAAAAACCTGGTTTCAAATCTCTTCCT CAAACACTTATTTTGAACCCAATAAGGATTAGATTACAGAACTGGATTCCTGTTAAGACA AGTAATGAGCTTTCTTTACCAGGTTTAATAGACAGGGATGATATGCTAGATGTTTCGTCT TATTTATCACAAGGATTTGATCCTCAAACTGAAAACTTATTGCCTGATGAGGACGAAAAC CGTAGCTCTTTTACGCCAAACCAATGCAGTATTTCTCAATTAATTGAAATGGGCTTTACT CAAAATGCTAGCGTGCGCGCCCTATTTAACACCGGAAACCAAGACGCTGAGAGCGCTATG AATTGGCTATTCCAGCATATGGATGACCCTGATTTAAATGATCCCTTTGTCCCGCCTCCT AATGTCCCCAAGAAAGATAAGAGAGAAGTGGATGAGGTATCATTGACTTCAATGTTATCC ATGGGACTAAATCCCAACTTATGTCGTAAAGCCTTGATACTCAACAACGGAGATGTTAAT CGTAGTGTTGAATGGGTATTTAACAACATGGATGATGATGGAACATTTCCCGAACCTGAA GTGCCAAATGAAGAACAGCAACAAAAAAAGGATCTTGGATATTCGACCGCTAAACCGTAC GCTTTAACTGCAGTTATTTGTCATAAGGGAAATTCTGTCCATTCTGGTCACTATGTTGTT TTTATTCGTAAACTAGTGGCAGACAAATGGAAGTGGGTTCTTTATAACGATGAGAAACTA GTTGCTGCCGACAGCATTGAAGATATGAAAAAAAATGGTTATATTTATTTCTATACAAGA TGCTAA
  • Download Fasta
  • Fasta :-

    MAEAVLENVNVPAVVSKDECIYCFESPYNEPLALNASPKHSLNICLNCFQATCNRHVPLH IRVTEYACDTIHSNYLTIAKVEKPKQENVEENNNNKKIKLQVIETSEDDTHNTIWSLQRF NGENVPRTVLSKSTDSDISSTALEKIEKILKAKSQDFEDKKNSWVLEISTCPHTENFQIP SKPENTVNLNQCSSCDLTQNLWLCLHCGNIGCGREQIGIDGHSHALDHYRSNNNHPLAIK LGSLSSSTYDLYCYACDDETRFPDNVNLGSALQIYGINIQEKIADEKTLVQLQVEQNENW QFRMVDSSGKEFEKLSASKNYGCGLINLGNSCYLNSVIQSLVNGGVPNWSLDFLGSKFPL DVVYPDNNLKCQWIKLLNAMKCEPELYPNGIKPTTFKKCIGQNHQEFSSNRQQDAMEFLT FLLDLLDKKFFSSSSSGIPNPNDLVRFMMEDRLQCNICGKVKYSYEPTEAIQIPLEENDE PQDMLERIKAYFEGQTIEFKCANCKEKVTANKKPGFKSLPQTLILNPIRIRLQNWIPVKT SNELSLPGLIDRDDMLDVSSYLSQGFDPQTENLLPDEDENRSSFTPNQCSISQLIEMGFT QNASVRALFNTGNQDAESAMNWLFQHMDDPDLNDPFVPPPNVPKKDKREVDEVSLTSMLS MGLNPNLCRKALILNNGDVNRSVEWVFNNMDDDGTFPEPEVPNEEQQQKKDLGYSTAKPY ALTAVICHKGNSVHSGHYVVFIRKLVADKWKWVLYNDEKLVAADSIEDMKKNGYIYFYTR C

  • title: Active Site
  • coordinates: N327,C332,H737,D757
No Results
No Results
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ID
Site
Peptide
Score
Method
ID
Site
Peptide
Score
Method
ID
Site
Peptide
Score
Method
ID
Site
Peptide
Score
Method
ID
Site
Peptide
Score
Method
ID
Site
Peptide
Score
Method
YBR058C 464 S KVKYSYEPT 0.995 unsp YBR058C 464 S KVKYSYEPT 0.995 unsp YBR058C 464 S KVKYSYEPT 0.995 unsp YBR058C 765 S VAADSIEDM 0.996 unsp YBR058C 247 S SLSSSTYDL 0.996 unsp YBR058C 308 S MVDSSGKEF 0.998 unsp
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YBR058C      



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