SPACUNK4.08 | dipeptidyl peptidase (predicted)

_IDPredictionOTHERSPmTPCS_Position
SPACUNK4.08OTHER0.9039960.0939370.002067
No Results

  • Fasta :-

    >SPACUNK4.08 MNDFSFEDKGLISRSGFGSRHVRRVVKALALIFSLLILYLTISNVSDSPPKRDSLSLDDI VLQKYKPSYKQVNWIDSQGLKDTFLVKYGDLINIQDPYNLNKTLFSVSDLVYNGIQLDYD SYSISFDAKYVLVSVNKSQRWRHSSFAQYYLYNTETKDVNMLGQDNEHWTISLAEWSPTG HQLSFVYNNDLYVRKNDGNVQRLTYDGTVDVFNGLTDWIYEEEVLSSPSTIWWSPDSDKI AFLKLNESEIPTYHYPLYTAELDPSLPEFDYNKDMAIKYPKPGNPNPSVSLFVADLNSNA SSNFSLWHNEPLAEPVVQNVLWVNTSSVLVQFTNRNSTCITARLLDTELKSIHTVKTECL EEGWYEVQQSAKMFPLNNSLVWENWSDGYFDILALDDYNHLAFIPFNGSSPIYLTSGAWD VTDGPIHIDGDFGNVYFLATLKDSTERHLYYVSLDTLEIYGITDNGEDEGYYSTSFSPFG DFYVLNYHGPDVPWQELRSTKDKDYCLSLETNSRLKQQLSSITLPSVEYGKLTFNDTTFN FMERRPRNFDVNKKYPVLFFAYGGPGSQQVAKLFRVDFQAYLASHPDFEFIVVTLDGRGT GFNGNAFRYSVSRHLGEWESYDQGQAGKFWADLPFVDENHVGIWGWSYGGYLTLKTLETQ DVFSYGMAVAPVTDWRLYDSVYTERYMDLPQYNKEGYKNSQIHDYEKFKQLKRFFVAHGT GDDNVHFQHSMHLMDGLNLANCYNYDMAVFPDSAHSISYHNASLSIYHRLSEWIGDALGR IDPSTGVRQHRWD
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/221 Sequence name : 221 Sequence length : 793 VALUES OF COMPUTED PARAMETERS Coef20 : 3.753 CoefTot : -0.134 ChDiff : -37 ZoneTo : 2 KR : 0 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.818 2.365 0.316 0.757 MesoH : -0.469 0.141 -0.404 0.291 MuHd_075 : 28.360 13.360 6.301 5.655 MuHd_095 : 19.929 10.368 4.293 3.309 MuHd_100 : 16.675 8.121 3.568 2.351 MuHd_105 : 8.951 5.467 1.851 0.994 Hmax_075 : 14.117 7.583 1.293 3.938 Hmax_095 : 5.400 8.300 -0.105 3.740 Hmax_100 : 5.400 8.300 -0.105 3.740 Hmax_105 : 0.933 2.900 -1.456 2.660 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9889 0.0111 DFMC : 0.9918 0.0082
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 793 SPACUNK4.08 MNDFSFEDKGLISRSGFGSRHVRRVVKALALIFSLLILYLTISNVSDSPPKRDSLSLDDIVLQKYKPSYKQVNWIDSQGL 80 KDTFLVKYGDLINIQDPYNLNKTLFSVSDLVYNGIQLDYDSYSISFDAKYVLVSVNKSQRWRHSSFAQYYLYNTETKDVN 160 MLGQDNEHWTISLAEWSPTGHQLSFVYNNDLYVRKNDGNVQRLTYDGTVDVFNGLTDWIYEEEVLSSPSTIWWSPDSDKI 240 AFLKLNESEIPTYHYPLYTAELDPSLPEFDYNKDMAIKYPKPGNPNPSVSLFVADLNSNASSNFSLWHNEPLAEPVVQNV 320 LWVNTSSVLVQFTNRNSTCITARLLDTELKSIHTVKTECLEEGWYEVQQSAKMFPLNNSLVWENWSDGYFDILALDDYNH 400 LAFIPFNGSSPIYLTSGAWDVTDGPIHIDGDFGNVYFLATLKDSTERHLYYVSLDTLEIYGITDNGEDEGYYSTSFSPFG 480 DFYVLNYHGPDVPWQELRSTKDKDYCLSLETNSRLKQQLSSITLPSVEYGKLTFNDTTFNFMERRPRNFDVNKKYPVLFF 560 AYGGPGSQQVAKLFRVDFQAYLASHPDFEFIVVTLDGRGTGFNGNAFRYSVSRHLGEWESYDQGQAGKFWADLPFVDENH 640 VGIWGWSYGGYLTLKTLETQDVFSYGMAVAPVTDWRLYDSVYTERYMDLPQYNKEGYKNSQIHDYEKFKQLKRFFVAHGT 720 GDDNVHFQHSMHLMDGLNLANCYNYDMAVFPDSAHSISYHNASLSIYHRLSEWIGDALGRIDPSTGVRQHRWD 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_________________ SPACUNK4.08 9 DFSFEDK|GL 0.067 . SPACUNK4.08 14 DKGLISR|SG 0.113 . SPACUNK4.08 20 RSGFGSR|HV 0.152 . SPACUNK4.08 23 FGSRHVR|RV 0.486 . SPACUNK4.08 24 GSRHVRR|VV 0.295 . SPACUNK4.08 27 HVRRVVK|AL 0.138 . SPACUNK4.08 51 VSDSPPK|RD 0.064 . SPACUNK4.08 52 SDSPPKR|DS 0.261 . SPACUNK4.08 64 DDIVLQK|YK 0.057 . SPACUNK4.08 66 IVLQKYK|PS 0.068 . SPACUNK4.08 70 KYKPSYK|QV 0.086 . SPACUNK4.08 81 IDSQGLK|DT 0.074 . SPACUNK4.08 87 KDTFLVK|YG 0.061 . SPACUNK4.08 102 DPYNLNK|TL 0.066 . SPACUNK4.08 129 SISFDAK|YV 0.101 . SPACUNK4.08 137 VLVSVNK|SQ 0.071 . SPACUNK4.08 140 SVNKSQR|WR 0.122 . SPACUNK4.08 142 NKSQRWR|HS 0.156 . SPACUNK4.08 157 LYNTETK|DV 0.092 . SPACUNK4.08 194 NNDLYVR|KN 0.076 . SPACUNK4.08 195 NDLYVRK|ND 0.089 . SPACUNK4.08 202 NDGNVQR|LT 0.126 . SPACUNK4.08 239 WSPDSDK|IA 0.074 . SPACUNK4.08 244 DKIAFLK|LN 0.072 . SPACUNK4.08 273 PEFDYNK|DM 0.062 . SPACUNK4.08 278 NKDMAIK|YP 0.066 . SPACUNK4.08 281 MAIKYPK|PG 0.064 . SPACUNK4.08 335 LVQFTNR|NS 0.078 . SPACUNK4.08 343 STCITAR|LL 0.132 . SPACUNK4.08 350 LLDTELK|SI 0.084 . SPACUNK4.08 356 KSIHTVK|TE 0.071 . SPACUNK4.08 372 EVQQSAK|MF 0.061 . SPACUNK4.08 442 YFLATLK|DS 0.055 . SPACUNK4.08 447 LKDSTER|HL 0.082 . SPACUNK4.08 498 VPWQELR|ST 0.154 . SPACUNK4.08 501 QELRSTK|DK 0.185 . SPACUNK4.08 503 LRSTKDK|DY 0.116 . SPACUNK4.08 514 SLETNSR|LK 0.071 . SPACUNK4.08 516 ETNSRLK|QQ 0.057 . SPACUNK4.08 531 PSVEYGK|LT 0.058 . SPACUNK4.08 544 TFNFMER|RP 0.075 . SPACUNK4.08 545 FNFMERR|PR 0.095 . SPACUNK4.08 547 FMERRPR|NF 0.223 . SPACUNK4.08 553 RNFDVNK|KY 0.064 . SPACUNK4.08 554 NFDVNKK|YP 0.072 . SPACUNK4.08 572 GSQQVAK|LF 0.073 . SPACUNK4.08 575 QVAKLFR|VD 0.092 . SPACUNK4.08 598 VVTLDGR|GT 0.090 . SPACUNK4.08 608 FNGNAFR|YS 0.086 . SPACUNK4.08 613 FRYSVSR|HL 0.138 . SPACUNK4.08 628 DQGQAGK|FW 0.067 . SPACUNK4.08 655 GGYLTLK|TL 0.066 . SPACUNK4.08 676 APVTDWR|LY 0.090 . SPACUNK4.08 685 DSVYTER|YM 0.079 . SPACUNK4.08 694 DLPQYNK|EG 0.052 . SPACUNK4.08 698 YNKEGYK|NS 0.058 . SPACUNK4.08 707 QIHDYEK|FK 0.065 . SPACUNK4.08 709 HDYEKFK|QL 0.071 . SPACUNK4.08 712 EKFKQLK|RF 0.068 . SPACUNK4.08 713 KFKQLKR|FF 0.175 . SPACUNK4.08 769 SLSIYHR|LS 0.132 . SPACUNK4.08 780 IGDALGR|ID 0.072 . SPACUNK4.08 788 DPSTGVR|QH 0.087 . SPACUNK4.08 791 TGVRQHR|WD 0.299 . ____________________________^_________________

  • Fasta :-

    >SPACUNK4.08 GTATTCTAATGTGGTGTGTTGGGCAGGTTTTGGTACAGCACAATTTCAGTATCGCTCTTA TATTTCTGTACACCAACAAGCATAACGATTTCGAAGGAATATACATTACTGTTTCCAAAA GGGTTTAATTTTTTTAATTTTTATTTTGTTTTTAAACTAAAACAATATTTTTCTTGGATT GACGCTACTGAACTCAATAAACGCAACTTCAGTATTCTATCAGGGTACTCGCCTTTAATG CTGAGACAGCCACTTTTATTTCGTGAAGACGTTAAACTGTAAATTAATTGTGAACAATAC AAACCCTTTACTTTTCTGATATCTTCCTTGATCCTTTAACACGCTTGGTCATTCTTTACG GATATATATATATATATACTATTCTACTTTTTGAAGATCAATTACTACCTAAATGAATGA TTTTAGTTTTGAGGACAAGGGTTTGATTAGTCGAAGTGGCTTTGGTAGTCGTCATGTTCG ACGAGTGGTTAAAGCTTTGGCTTTGATATTCAGTTTGTTAATTCTTTACTTGACAATTTC CAACGTTAGCGATTCTCCTCCGAAAAGAGACTCGCTGAGTTTAGATGATATTGTTCTTCA AAAATACAAACCTTCATACAAACAAGTCAATTGGATTGATAGCCAAGGCTTGAAGGATAC TTTTTTAGTAAAATACGGTGATTTGATTAATATACAAGATCCTTATAATCTTAACAAAAC TCTGTTCTCGGTTTCAGATTTAGTGTATAATGGAATCCAGCTCGATTATGACAGTTATTC TATATCTTTTGACGCAAAGTACGTGTTAGTCTCGGTCAATAAGTCTCAACGGTGGAGACA TTCATCATTTGCACAATATTATCTTTATAATACCGAAACTAAGGATGTCAATATGCTGGG TCAGGACAACGAGCATTGGACTATAAGCCTTGCGGAATGGTCACCTACTGGTCATCAACT TTCCTTCGTCTATAATAATGATTTGTATGTTCGAAAAAACGATGGAAATGTTCAAAGACT TACTTATGACGGTACCGTTGACGTATTTAATGGGTTGACAGATTGGATTTATGAAGAAGA AGTACTTTCCAGTCCTTCAACGATTTGGTGGTCTCCGGATTCAGATAAAATTGCTTTTCT TAAGCTAAATGAATCAGAGATCCCTACTTATCACTATCCTTTATACACCGCTGAGCTAGA TCCCAGTTTGCCGGAATTTGATTATAACAAGGACATGGCAATTAAATATCCAAAGCCAGG TAATCCGAATCCTTCTGTTTCTTTGTTTGTCGCTGACCTTAATTCTAACGCTTCCTCTAA TTTTTCACTGTGGCATAACGAACCTTTGGCAGAACCAGTCGTTCAAAATGTACTCTGGGT CAATACCTCTAGTGTATTGGTTCAATTTACCAATCGTAATAGCACTTGCATTACAGCGAG GTTGTTGGATACGGAGTTGAAAAGTATACATACAGTGAAAACGGAATGTTTGGAAGAAGG TTGGTATGAGGTTCAACAGTCTGCTAAAATGTTTCCTTTAAATAATTCTCTTGTTTGGGA AAATTGGTCGGATGGATATTTTGATATTTTAGCTTTAGATGATTATAACCATTTGGCATT TATTCCATTTAATGGTTCTTCTCCTATTTATTTAACATCTGGCGCCTGGGATGTAACAGA CGGCCCAATACACATAGATGGAGATTTTGGAAATGTATATTTTTTGGCCACTTTAAAAGA TTCTACCGAAAGGCATCTTTATTATGTATCTCTCGATACATTAGAAATTTACGGAATTAC AGATAATGGAGAAGATGAGGGTTACTACTCTACCTCGTTTTCCCCTTTTGGAGATTTTTA TGTTCTAAATTATCATGGACCTGACGTTCCATGGCAAGAGCTTCGATCAACTAAAGACAA AGATTATTGTCTGTCTTTAGAAACAAACTCACGTTTGAAACAGCAGTTGTCTTCAATTAC GTTACCGAGTGTTGAATACGGGAAATTAACTTTTAATGATACAACGTTTAATTTTATGGA ACGACGACCCAGAAATTTTGATGTTAACAAAAAGTACCCAGTTTTATTTTTTGCTTATGG AGGCCCTGGATCTCAGCAAGTTGCTAAATTGTTCAGAGTTGACTTTCAAGCTTATCTCGC TTCTCATCCAGACTTTGAATTCATTGTGGTAACATTGGATGGAAGAGGGACTGGATTTAA TGGTAATGCTTTTAGATATTCTGTGTCAAGGCATTTAGGAGAATGGGAATCATACGATCA AGGCCAAGCTGGTAAATTTTGGGCGGATTTGCCATTTGTTGATGAGAATCATGTAGGTAT ATGGGGTTGGAGTTATGGAGGGTATCTGACATTGAAGACATTGGAAACACAAGACGTTTT TTCGTATGGAATGGCTGTAGCCCCGGTAACTGATTGGCGTCTTTATGATTCTGTATATAC CGAAAGATACATGGACCTTCCGCAATATAATAAAGAAGGCTACAAAAATTCGCAAATTCA TGACTACGAAAAGTTTAAACAGTTAAAGAGGTTCTTTGTTGCACATGGAACGGGTGATGA TAATGTTCATTTTCAACACTCAATGCATTTGATGGATGGACTTAACCTCGCAAACTGTTA TAACTATGACATGGCGGTTTTTCCCGATAGCGCACACTCTATTAGCTACCATAACGCTAG TTTGTCTATTTATCATCGTCTAAGTGAGTGGATTGGAGATGCGTTAGGAAGAATAGATCC GTCTACCGGTGTTCGACAACATCGATGGGATTGAGAAACGATGACAAATATTTAATGTTT ATGTACTGCCTTTAATTTTAAACTTTTCACTTGTCAAGTGACCTTGGTCATTTTAATTTA GATATTTCAATTATAATGTAATTTTCTTAAGCTAA
  • Download Fasta

  • Fasta :-

    MNDFSFEDKGLISRSGFGSRHVRRVVKALALIFSLLILYLTISNVSDSPPKRDSLSLDDI VLQKYKPSYKQVNWIDSQGLKDTFLVKYGDLINIQDPYNLNKTLFSVSDLVYNGIQLDYD SYSISFDAKYVLVSVNKSQRWRHSSFAQYYLYNTETKDVNMLGQDNEHWTISLAEWSPTG HQLSFVYNNDLYVRKNDGNVQRLTYDGTVDVFNGLTDWIYEEEVLSSPSTIWWSPDSDKI AFLKLNESEIPTYHYPLYTAELDPSLPEFDYNKDMAIKYPKPGNPNPSVSLFVADLNSNA SSNFSLWHNEPLAEPVVQNVLWVNTSSVLVQFTNRNSTCITARLLDTELKSIHTVKTECL EEGWYEVQQSAKMFPLNNSLVWENWSDGYFDILALDDYNHLAFIPFNGSSPIYLTSGAWD VTDGPIHIDGDFGNVYFLATLKDSTERHLYYVSLDTLEIYGITDNGEDEGYYSTSFSPFG DFYVLNYHGPDVPWQELRSTKDKDYCLSLETNSRLKQQLSSITLPSVEYGKLTFNDTTFN FMERRPRNFDVNKKYPVLFFAYGGPGSQQVAKLFRVDFQAYLASHPDFEFIVVTLDGRGT GFNGNAFRYSVSRHLGEWESYDQGQAGKFWADLPFVDENHVGIWGWSYGGYLTLKTLETQ DVFSYGMAVAPVTDWRLYDSVYTERYMDLPQYNKEGYKNSQIHDYEKFKQLKRFFVAHGT GDDNVHFQHSMHLMDGLNLANCYNYDMAVFPDSAHSISYHNASLSIYHRLSEWIGDALGR IDPSTGVRQHRWD

    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
SPACUNK4.08499 SQELRSTKDK0.997unspSPACUNK4.08499 SQELRSTKDK0.997unspSPACUNK4.08499 SQELRSTKDK0.997unspSPACUNK4.0856 SRDSLSLDDI0.994unspSPACUNK4.08444 STLKDSTERH0.995unsp

SPACUNK4.08      



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