YJL156C | Ssy5p

_IDPredictionOTHERSPmTPCS_Position
YJL156COTHER0.9999890.0000020.000010
No Results

  • Fasta :-

    >YJL156C MVRFFGLNKKKNEEKENTDLPADNEQNAAETSSSNVSGNEERIDPNSHDTNPENANNDDA STTFGSSIQSSSIFSRGRMTYGTGASSSMATSEMRSHSSGHSGSKNSKNLQGFKDVGKPL RAVSFLSPVKEEESQDTQNTLDVSSSTSSTLATSENARENSFTSRRSITLEYIHKSLSEL EENLVDIMDDIHQDVISISKAVIEAIEYFKEFLPTTRDRIPYRISLEKSSSLRKINKIVL HFLDNLLVSDAFSNSRSILLRRFYFFLKKLNLITDDDLISESGVLPCLSVFCIGSHCNLP SMDKLGMILDELTKMDSSIISDQEGAFIAPILRGITPKSSILTIMFGLPNLQHEHYEMIK VLYSLFPDVHMYCVKDYIKKAASAVGSIPSHTAATIDTIAPTKFQFSPPYAVSENPLELP ISMSLSTETSAKITGTLGGYLFPQTGSDKKFSQFASCSFAITCAHVVLSEKQDYPNVMVP SNVLQTSYKKVLTKESDRYPDGSVEKTAFLEEVQRIDQNLNWQKSNKFGQVVWGERAIVD HRLSDFAIIKVNSSFKCQNTLGNGLKSFPDPTLRFQNLHVKRKIFKMKPGMKVFKIGAST GYTSGELNSTKLVYWADGKLQSSEFVVASPTPLFASAGDSGAWILTKLEDRLGLGLVGML HSYDGEQRQFGLFTPIGDILERLHAVTKIQWDIDPQLDG
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/YJL156C.fa Sequence name : YJL156C Sequence length : 699 VALUES OF COMPUTED PARAMETERS Coef20 : 3.302 CoefTot : -0.600 ChDiff : -9 ZoneTo : 12 KR : 4 DE : 0 CleavSite : 13 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.418 1.665 0.374 0.581 MesoH : 0.098 0.637 -0.187 0.295 MuHd_075 : 9.536 7.070 1.890 2.200 MuHd_095 : 11.793 3.069 1.068 3.182 MuHd_100 : 17.697 6.430 2.388 3.221 MuHd_105 : 22.475 8.538 3.296 3.400 Hmax_075 : -14.700 -4.288 -6.802 -0.420 Hmax_095 : -15.800 -5.163 -7.371 -0.298 Hmax_100 : -11.300 -3.500 -6.877 -0.760 Hmax_105 : -10.700 -3.100 -6.323 -0.130 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9709 0.0291 DFMC : 0.9560 0.0440
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 699 YJL156C MVRFFGLNKKKNEEKENTDLPADNEQNAAETSSSNVSGNEERIDPNSHDTNPENANNDDASTTFGSSIQSSSIFSRGRMT 80 YGTGASSSMATSEMRSHSSGHSGSKNSKNLQGFKDVGKPLRAVSFLSPVKEEESQDTQNTLDVSSSTSSTLATSENAREN 160 SFTSRRSITLEYIHKSLSELEENLVDIMDDIHQDVISISKAVIEAIEYFKEFLPTTRDRIPYRISLEKSSSLRKINKIVL 240 HFLDNLLVSDAFSNSRSILLRRFYFFLKKLNLITDDDLISESGVLPCLSVFCIGSHCNLPSMDKLGMILDELTKMDSSII 320 SDQEGAFIAPILRGITPKSSILTIMFGLPNLQHEHYEMIKVLYSLFPDVHMYCVKDYIKKAASAVGSIPSHTAATIDTIA 400 PTKFQFSPPYAVSENPLELPISMSLSTETSAKITGTLGGYLFPQTGSDKKFSQFASCSFAITCAHVVLSEKQDYPNVMVP 480 SNVLQTSYKKVLTKESDRYPDGSVEKTAFLEEVQRIDQNLNWQKSNKFGQVVWGERAIVDHRLSDFAIIKVNSSFKCQNT 560 LGNGLKSFPDPTLRFQNLHVKRKIFKMKPGMKVFKIGASTGYTSGELNSTKLVYWADGKLQSSEFVVASPTPLFASAGDS 640 GAWILTKLEDRLGLGLVGMLHSYDGEQRQFGLFTPIGDILERLHAVTKIQWDIDPQLDG 720 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ........................................................... 720 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ YJL156C 3 ----MVR|FF 0.093 . YJL156C 9 RFFGLNK|KK 0.056 . YJL156C 10 FFGLNKK|KN 0.108 . YJL156C 11 FGLNKKK|NE 0.105 . YJL156C 15 KKKNEEK|EN 0.068 . YJL156C 42 VSGNEER|ID 0.083 . YJL156C 76 SSSIFSR|GR 0.165 . YJL156C 78 SIFSRGR|MT 0.106 . YJL156C 95 MATSEMR|SH 0.136 . YJL156C 105 SGHSGSK|NS 0.059 . YJL156C 108 SGSKNSK|NL 0.070 . YJL156C 114 KNLQGFK|DV 0.110 . YJL156C 118 GFKDVGK|PL 0.069 . YJL156C 121 DVGKPLR|AV 0.112 . YJL156C 130 SFLSPVK|EE 0.059 . YJL156C 158 ATSENAR|EN 0.090 . YJL156C 165 ENSFTSR|RS 0.106 . YJL156C 166 NSFTSRR|SI 0.243 . YJL156C 175 TLEYIHK|SL 0.095 . YJL156C 200 DVISISK|AV 0.072 . YJL156C 210 EAIEYFK|EF 0.056 . YJL156C 217 EFLPTTR|DR 0.086 . YJL156C 219 LPTTRDR|IP 0.077 . YJL156C 223 RDRIPYR|IS 0.097 . YJL156C 228 YRISLEK|SS 0.074 . YJL156C 233 EKSSSLR|KI 0.127 . YJL156C 234 KSSSLRK|IN 0.102 . YJL156C 237 SLRKINK|IV 0.086 . YJL156C 256 DAFSNSR|SI 0.089 . YJL156C 261 SRSILLR|RF 0.111 . YJL156C 262 RSILLRR|FY 0.121 . YJL156C 268 RFYFFLK|KL 0.061 . YJL156C 269 FYFFLKK|LN 0.072 . YJL156C 304 NLPSMDK|LG 0.052 . YJL156C 314 ILDELTK|MD 0.062 . YJL156C 333 FIAPILR|GI 0.088 . YJL156C 338 LRGITPK|SS 0.093 . YJL156C 360 EHYEMIK|VL 0.061 . YJL156C 375 VHMYCVK|DY 0.075 . YJL156C 379 CVKDYIK|KA 0.062 . YJL156C 380 VKDYIKK|AA 0.147 . YJL156C 403 DTIAPTK|FQ 0.059 . YJL156C 432 STETSAK|IT 0.085 . YJL156C 449 PQTGSDK|KF 0.061 . YJL156C 450 QTGSDKK|FS 0.095 . YJL156C 471 HVVLSEK|QD 0.061 . YJL156C 489 VLQTSYK|KV 0.086 . YJL156C 490 LQTSYKK|VL 0.076 . YJL156C 494 YKKVLTK|ES 0.075 . YJL156C 498 LTKESDR|YP 0.092 . YJL156C 506 PDGSVEK|TA 0.075 . YJL156C 515 FLEEVQR|ID 0.073 . YJL156C 524 QNLNWQK|SN 0.077 . YJL156C 527 NWQKSNK|FG 0.072 . YJL156C 536 QVVWGER|AI 0.082 . YJL156C 542 RAIVDHR|LS 0.082 . YJL156C 550 SDFAIIK|VN 0.062 . YJL156C 556 KVNSSFK|CQ 0.070 . YJL156C 566 TLGNGLK|SF 0.073 . YJL156C 574 FPDPTLR|FQ 0.075 . YJL156C 581 FQNLHVK|RK 0.060 . YJL156C 582 QNLHVKR|KI 0.251 . YJL156C 583 NLHVKRK|IF 0.111 . YJL156C 586 VKRKIFK|MK 0.066 . YJL156C 588 RKIFKMK|PG 0.099 . YJL156C 592 KMKPGMK|VF 0.062 . YJL156C 595 PGMKVFK|IG 0.065 . YJL156C 611 GELNSTK|LV 0.075 . YJL156C 619 VYWADGK|LQ 0.058 . YJL156C 647 GAWILTK|LE 0.062 . YJL156C 651 LTKLEDR|LG 0.069 . YJL156C 668 SYDGEQR|QF 0.086 . YJL156C 682 IGDILER|LH 0.070 . YJL156C 688 RLHAVTK|IQ 0.076 . ____________________________^_________________

  • Fasta :-

    >YJL156C ATGGTCAGATTTTTTGGTTTAAACAAGAAAAAGAACGAAGAAAAGGAAAATACAGACTTG CCTGCAGACAATGAACAAAACGCAGCAGAAACGTCGTCTAGCAACGTATCTGGAAATGAA GAAAGAATAGACCCAAACAGTCATGATACGAACCCTGAAAATGCAAACAATGATGATGCG TCTACGACTTTTGGTTCGTCCATACAATCGTCATCCATATTTTCTAGAGGAAGAATGACT TACGGAACGGGAGCCTCTTCTAGTATGGCCACATCAGAAATGCGTAGTCACAGTAGCGGA CATAGTGGATCTAAGAATAGTAAAAATTTACAGGGTTTCAAAGATGTTGGGAAACCATTA AGAGCGGTGAGCTTCTTGAGTCCTGTTAAGGAGGAGGAATCTCAGGATACGCAGAATACT TTAGACGTCAGCTCTTCAACGTCCTCAACATTAGCCACTTCAGAAAATGCGAGAGAAAAC AGTTTCACTTCCAGAAGAAGTATCACTTTGGAGTACATTCACAAAAGTTTGTCTGAGCTA GAGGAAAATTTGGTTGATATAATGGATGATATTCATCAGGATGTCATCAGTATTTCAAAA GCGGTTATTGAAGCCATCGAATATTTTAAAGAATTCTTACCGACAACACGAGACAGGATA CCGTACAGGATAAGTTTAGAAAAATCGTCTTCATTACGAAAAATTAATAAAATTGTATTA CATTTTCTGGATAATTTATTGGTTTCCGACGCATTTTCGAATTCTAGGTCGATACTGTTA CGAAGATTTTACTTCTTCCTGAAGAAACTAAACCTTATTACGGATGACGATTTGATATCA GAATCGGGCGTTTTACCATGCTTATCAGTCTTTTGTATTGGCAGCCATTGCAACTTACCA AGTATGGATAAATTAGGCATGATTCTAGATGAGTTGACCAAAATGGATTCTTCAATAATC TCTGACCAGGAAGGTGCTTTTATAGCACCTATACTTAGAGGTATAACCCCAAAGAGTTCA ATTCTTACAATAATGTTTGGCTTACCCAACTTGCAACATGAACACTATGAAATGATAAAG GTTCTTTATTCGTTGTTCCCAGATGTACACATGTATTGTGTGAAAGATTACATTAAAAAA GCTGCATCAGCAGTAGGCAGTATTCCGTCTCATACCGCAGCAACTATCGATACAATAGCC CCAACTAAATTTCAGTTTTCCCCCCCATATGCAGTTTCAGAGAATCCACTTGAATTGCCA ATTTCTATGTCTTTATCCACTGAGACAAGCGCTAAAATTACAGGTACTTTAGGGGGTTAT CTATTCCCTCAGACTGGTAGTGATAAAAAATTTTCTCAATTTGCAAGCTGCTCATTTGCC ATTACTTGCGCCCACGTTGTATTATCTGAGAAGCAAGATTATCCAAACGTCATGGTACCT TCTAATGTTTTACAGACTTCTTACAAGAAAGTTTTAACGAAAGAATCAGATAGGTATCCT GATGGTTCGGTGGAGAAAACAGCATTTTTGGAGGAAGTGCAAAGAATAGATCAAAACTTG AACTGGCAGAAATCAAACAAATTTGGTCAAGTAGTTTGGGGCGAGAGAGCAATCGTAGAT CACAGATTATCAGATTTTGCTATTATCAAAGTTAATTCATCATTCAAATGTCAGAATACC CTAGGTAATGGCTTAAAATCATTCCCAGATCCAACATTAAGATTTCAAAATTTACATGTG AAACGAAAAATTTTTAAAATGAAGCCTGGGATGAAAGTATTTAAAATAGGGGCTTCTACG GGATACACTTCAGGCGAGTTAAATTCTACAAAATTAGTTTATTGGGCCGACGGAAAGTTA CAAAGTAGCGAGTTTGTCGTTGCATCTCCAACTCCTTTATTTGCTAGTGCGGGGGATTCA GGCGCATGGATCTTGACCAAGTTAGAAGATCGTCTAGGTTTGGGGCTTGTTGGTATGTTG CATTCATACGATGGTGAACAGAGGCAGTTTGGTTTGTTCACACCTATAGGTGATATCCTG GAGAGACTACATGCTGTAACTAAAATTCAATGGGACATTGATCCACAACTAGATGGATGA
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  • Fasta :-

    MVRFFGLNKKKNEEKENTDLPADNEQNAAETSSSNVSGNEERIDPNSHDTNPENANNDDA STTFGSSIQSSSIFSRGRMTYGTGASSSMATSEMRSHSSGHSGSKNSKNLQGFKDVGKPL RAVSFLSPVKEEESQDTQNTLDVSSSTSSTLATSENARENSFTSRRSITLEYIHKSLSEL EENLVDIMDDIHQDVISISKAVIEAIEYFKEFLPTTRDRIPYRISLEKSSSLRKINKIVL HFLDNLLVSDAFSNSRSILLRRFYFFLKKLNLITDDDLISESGVLPCLSVFCIGSHCNLP SMDKLGMILDELTKMDSSIISDQEGAFIAPILRGITPKSSILTIMFGLPNLQHEHYEMIK VLYSLFPDVHMYCVKDYIKKAASAVGSIPSHTAATIDTIAPTKFQFSPPYAVSENPLELP ISMSLSTETSAKITGTLGGYLFPQTGSDKKFSQFASCSFAITCAHVVLSEKQDYPNVMVP SNVLQTSYKKVLTKESDRYPDGSVEKTAFLEEVQRIDQNLNWQKSNKFGQVVWGERAIVD HRLSDFAIIKVNSSFKCQNTLGNGLKSFPDPTLRFQNLHVKRKIFKMKPGMKVFKIGAST GYTSGELNSTKLVYWADGKLQSSEFVVASPTPLFASAGDSGAWILTKLEDRLGLGLVGML HSYDGEQRQFGLFTPIGDILERLHAVTKIQWDIDPQLDG

    No Results
IDSitePositionGscoreIscoreIDSitePositionGscoreIscore
YJL156CT3980.5350.074YJL156CT4020.5010.020
IDSitePositionGscoreIscoreIDSitePositionGscoreIscore
YJL156CT3980.5350.074YJL156CT4020.5010.020
IDSitePeptideScoreMethodIDSitePeptideScoreMethod
YJL156C37 SSSNVSGNEE0.994unspYJL156C503 SYPDGSVEKT0.994unsp

YJL156C      



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