SPAC19G12.10c | vacuolar carboxypeptidase Y

_IDPredictionOTHERSPmTPCS_Position
SPAC19G12.10cSP0.0090860.9908140.000100CS pos: 18-19. VSA-QF. Pr: 0.7748
No Results

  • Fasta :-

    >SPAC19G12.10c MLMKQTFLYFLLTCVVSAQFNGYVPPEQNGGDIVVPKDFYEKFGEDFIREQEESSAPLMN PVPERDEAEAPHHPKGHHEFNDDFEDDTALEHPGFKDKLDSFLQPARDFLHTVSDRLDNI FDDDEDEHVREKRPHDSADEDAPRRKHGKCKGKGKHHKGKHAKGKGKKSHPKPEDDSVFF DDERPKHHEFDDEDREFPAHHEPGEHMPPPPMHHKPGEHMPPPPMHHEPGEHMPPPPMHH EPGEHMPPPPMHHEPGEHMPPPPMHHEPGEHMPPPPMHHEPGEHMPPPPMHHEPGEHMPP PPMHHEPGEHMPPPPMHHEPGEHMPPPPMHHEPGEHMPPPPFKHHELEEHEGPEHHRGPE DKEHHKGPKDKEHHKGPKDKEHHKGPKDKEHHKGPKDKEHHKGPKDKEHHKGPKDKEHHQ GPKEKHNERPEQNMQSSHELLVIEAFADLINSVPVEEIAEEFSRFLDTLGIEYYGNIPVH IQENAPKDSSIPPLFEFDDDLELSDLTPEQFAYLEMLKAEGIDPMTAFRDQSHPAKPSNA QPADSSRPYAVFSQEENGEHVNLKAFPDHTLRVKDSKPESLGIDTVKQYTGYLDVEDDRH LFFWFFESRNDPENDPVVLWLNGGPGCSSLTGLFMELGPSSINIETLKPEYNPHSWNSNA SVIFLDQPINTGFSNGDDSVLDTVTAGKDVYAFLNLFFAKFPQYAHLDFHIAGESYAGHY IPQFAKEIMEHNQGANFFVASGYEMEKQYINLKSVLIGNGLTDPLVQYYFYGKMACESPY GPIMSQEECDRITGAYDTCAKLITGCYQTGFTPVCIGASLYCNNAMIGPFTKTGLNIYDI REECRDQEHLCYPETGAIESYLNQEFVQEALGVEYDYKGCNTEVNIGFLFKGDWMRKTFR DDVTAILEAGLPVLIYAGDADYICNYMGNEAWTDALEWAGQREFYEAELKPWSPNGKEAG RGKSFKNFGYLRLYEAGHMVPFNQPEASLEMLNSWIDGSLFA
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/774 Sequence name : 774 Sequence length : 1002 VALUES OF COMPUTED PARAMETERS Coef20 : 4.647 CoefTot : -0.886 ChDiff : -87 ZoneTo : 26 KR : 1 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.388 1.447 0.319 0.577 MesoH : -0.223 0.170 -0.184 0.250 MuHd_075 : 24.469 20.503 6.246 5.962 MuHd_095 : 17.620 15.548 5.446 3.738 MuHd_100 : 16.012 10.224 4.737 2.344 MuHd_105 : 14.147 8.859 3.195 1.426 Hmax_075 : 18.550 21.117 3.537 6.475 Hmax_095 : 18.550 19.100 3.784 5.850 Hmax_100 : 17.800 18.500 3.567 5.890 Hmax_105 : 15.100 19.833 1.471 4.300 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9217 0.0783 DFMC : 0.8961 0.1039
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1002 SPAC19G12.10c MLMKQTFLYFLLTCVVSAQFNGYVPPEQNGGDIVVPKDFYEKFGEDFIREQEESSAPLMNPVPERDEAEAPHHPKGHHEF 80 NDDFEDDTALEHPGFKDKLDSFLQPARDFLHTVSDRLDNIFDDDEDEHVREKRPHDSADEDAPRRKHGKCKGKGKHHKGK 160 HAKGKGKKSHPKPEDDSVFFDDERPKHHEFDDEDREFPAHHEPGEHMPPPPMHHKPGEHMPPPPMHHEPGEHMPPPPMHH 240 EPGEHMPPPPMHHEPGEHMPPPPMHHEPGEHMPPPPMHHEPGEHMPPPPMHHEPGEHMPPPPMHHEPGEHMPPPPMHHEP 320 GEHMPPPPMHHEPGEHMPPPPFKHHELEEHEGPEHHRGPEDKEHHKGPKDKEHHKGPKDKEHHKGPKDKEHHKGPKDKEH 400 HKGPKDKEHHKGPKDKEHHQGPKEKHNERPEQNMQSSHELLVIEAFADLINSVPVEEIAEEFSRFLDTLGIEYYGNIPVH 480 IQENAPKDSSIPPLFEFDDDLELSDLTPEQFAYLEMLKAEGIDPMTAFRDQSHPAKPSNAQPADSSRPYAVFSQEENGEH 560 VNLKAFPDHTLRVKDSKPESLGIDTVKQYTGYLDVEDDRHLFFWFFESRNDPENDPVVLWLNGGPGCSSLTGLFMELGPS 640 SINIETLKPEYNPHSWNSNASVIFLDQPINTGFSNGDDSVLDTVTAGKDVYAFLNLFFAKFPQYAHLDFHIAGESYAGHY 720 IPQFAKEIMEHNQGANFFVASGYEMEKQYINLKSVLIGNGLTDPLVQYYFYGKMACESPYGPIMSQEECDRITGAYDTCA 800 KLITGCYQTGFTPVCIGASLYCNNAMIGPFTKTGLNIYDIREECRDQEHLCYPETGAIESYLNQEFVQEALGVEYDYKGC 880 NTEVNIGFLFKGDWMRKTFRDDVTAILEAGLPVLIYAGDADYICNYMGNEAWTDALEWAGQREFYEAELKPWSPNGKEAG 960 RGKSFKNFGYLRLYEAGHMVPFNQPEASLEMLNSWIDGSLFA 1040 ................................................................................ 80 ....................................................P........................... 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 .......................................... 1040 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 1 Name Pos Context Score Pred ____________________________v_________________ SPAC19G12.10c 4 ---MLMK|QT 0.063 . SPAC19G12.10c 37 GDIVVPK|DF 0.091 . SPAC19G12.10c 42 PKDFYEK|FG 0.067 . SPAC19G12.10c 49 FGEDFIR|EQ 0.086 . SPAC19G12.10c 65 MNPVPER|DE 0.133 . SPAC19G12.10c 75 EAPHHPK|GH 0.075 . SPAC19G12.10c 96 LEHPGFK|DK 0.072 . SPAC19G12.10c 98 HPGFKDK|LD 0.073 . SPAC19G12.10c 107 SFLQPAR|DF 0.087 . SPAC19G12.10c 116 LHTVSDR|LD 0.077 . SPAC19G12.10c 130 DEDEHVR|EK 0.076 . SPAC19G12.10c 132 DEHVREK|RP 0.061 . SPAC19G12.10c 133 EHVREKR|PH 0.501 *ProP* SPAC19G12.10c 144 ADEDAPR|RK 0.081 . SPAC19G12.10c 145 DEDAPRR|KH 0.112 . SPAC19G12.10c 146 EDAPRRK|HG 0.089 . SPAC19G12.10c 149 PRRKHGK|CK 0.138 . SPAC19G12.10c 151 RKHGKCK|GK 0.124 . SPAC19G12.10c 153 HGKCKGK|GK 0.092 . SPAC19G12.10c 155 KCKGKGK|HH 0.068 . SPAC19G12.10c 158 GKGKHHK|GK 0.114 . SPAC19G12.10c 160 GKHHKGK|HA 0.130 . SPAC19G12.10c 163 HKGKHAK|GK 0.120 . SPAC19G12.10c 165 GKHAKGK|GK 0.092 . SPAC19G12.10c 167 HAKGKGK|KS 0.078 . SPAC19G12.10c 168 AKGKGKK|SH 0.164 . SPAC19G12.10c 172 GKKSHPK|PE 0.079 . SPAC19G12.10c 184 VFFDDER|PK 0.080 . SPAC19G12.10c 186 FDDERPK|HH 0.060 . SPAC19G12.10c 195 EFDDEDR|EF 0.070 . SPAC19G12.10c 215 PPPMHHK|PG 0.069 . SPAC19G12.10c 343 MPPPPFK|HH 0.088 . SPAC19G12.10c 357 EGPEHHR|GP 0.151 . SPAC19G12.10c 362 HRGPEDK|EH 0.095 . SPAC19G12.10c 366 EDKEHHK|GP 0.077 . SPAC19G12.10c 369 EHHKGPK|DK 0.084 . SPAC19G12.10c 371 HKGPKDK|EH 0.096 . SPAC19G12.10c 375 KDKEHHK|GP 0.084 . SPAC19G12.10c 378 EHHKGPK|DK 0.084 . SPAC19G12.10c 380 HKGPKDK|EH 0.096 . SPAC19G12.10c 384 KDKEHHK|GP 0.084 . SPAC19G12.10c 387 EHHKGPK|DK 0.084 . SPAC19G12.10c 389 HKGPKDK|EH 0.096 . SPAC19G12.10c 393 KDKEHHK|GP 0.084 . SPAC19G12.10c 396 EHHKGPK|DK 0.084 . SPAC19G12.10c 398 HKGPKDK|EH 0.096 . SPAC19G12.10c 402 KDKEHHK|GP 0.084 . SPAC19G12.10c 405 EHHKGPK|DK 0.084 . SPAC19G12.10c 407 HKGPKDK|EH 0.096 . SPAC19G12.10c 411 KDKEHHK|GP 0.085 . SPAC19G12.10c 414 EHHKGPK|DK 0.092 . SPAC19G12.10c 416 HKGPKDK|EH 0.096 . SPAC19G12.10c 423 EHHQGPK|EK 0.070 . SPAC19G12.10c 425 HQGPKEK|HN 0.092 . SPAC19G12.10c 429 KEKHNER|PE 0.088 . SPAC19G12.10c 464 IAEEFSR|FL 0.112 . SPAC19G12.10c 487 IQENAPK|DS 0.077 . SPAC19G12.10c 518 AYLEMLK|AE 0.060 . SPAC19G12.10c 529 DPMTAFR|DQ 0.101 . SPAC19G12.10c 536 DQSHPAK|PS 0.086 . SPAC19G12.10c 547 QPADSSR|PY 0.087 . SPAC19G12.10c 564 GEHVNLK|AF 0.069 . SPAC19G12.10c 572 FPDHTLR|VK 0.079 . SPAC19G12.10c 574 DHTLRVK|DS 0.064 . SPAC19G12.10c 577 LRVKDSK|PE 0.085 . SPAC19G12.10c 587 LGIDTVK|QY 0.075 . SPAC19G12.10c 599 LDVEDDR|HL 0.083 . SPAC19G12.10c 609 FWFFESR|ND 0.072 . SPAC19G12.10c 648 INIETLK|PE 0.057 . SPAC19G12.10c 688 DTVTAGK|DV 0.088 . SPAC19G12.10c 700 LNLFFAK|FP 0.072 . SPAC19G12.10c 726 YIPQFAK|EI 0.068 . SPAC19G12.10c 747 SGYEMEK|QY 0.060 . SPAC19G12.10c 753 KQYINLK|SV 0.089 . SPAC19G12.10c 773 QYYFYGK|MA 0.069 . SPAC19G12.10c 791 SQEECDR|IT 0.108 . SPAC19G12.10c 801 AYDTCAK|LI 0.061 . SPAC19G12.10c 832 MIGPFTK|TG 0.059 . SPAC19G12.10c 841 LNIYDIR|EE 0.082 . SPAC19G12.10c 845 DIREECR|DQ 0.097 . SPAC19G12.10c 878 GVEYDYK|GC 0.070 . SPAC19G12.10c 891 NIGFLFK|GD 0.061 . SPAC19G12.10c 896 FKGDWMR|KT 0.093 . SPAC19G12.10c 897 KGDWMRK|TF 0.078 . SPAC19G12.10c 900 WMRKTFR|DD 0.116 . SPAC19G12.10c 942 LEWAGQR|EF 0.076 . SPAC19G12.10c 950 FYEAELK|PW 0.064 . SPAC19G12.10c 957 PWSPNGK|EA 0.096 . SPAC19G12.10c 961 NGKEAGR|GK 0.096 . SPAC19G12.10c 963 KEAGRGK|SF 0.081 . SPAC19G12.10c 966 GRGKSFK|NF 0.093 . SPAC19G12.10c 972 KNFGYLR|LY 0.097 . ____________________________^_________________

  • Fasta :-

    >SPAC19G12.10c AGCACACATTAACGCCATCGAACCCTAGAACCAGTAAAGTGATCTGAAGAGGGAAAAGCA GCAAAACGATCGTAAATACGTTTGTTTAAGAATTTGCTACTTTTTGTGGTTTTCTGTCTA GTTATTTATTGCGATATCCACATTGCCTTTAGTGCTTGTAATCACACTGTAAGACGTGAG GCTTCGCAATCGACATTGAGTTAAATACATTCTTTTTCTCATTGTTTATTTTTCTTTTTA ATCTATCCATATAGCTCATTTTGCCTAACAGTTATCTGATTTGGCTAATTTGCAATTTCT TTTTTAATCCAGTACATACAGATTTGTATCTATCAATTGATTGTTTGAGAAGTTCGGTCT ATTTGGTTAGCTTGTTGTACGAATATTTCATTTCCTTTTGTTTCTCTCCTTTCTATACTG TACATTGAAACAAGATGTTAATGAAACAAACCTTCTTGTACTTTTTGCTCACTTGCGTCG TATCCGCTCAGTTTAACGGTTATGTTCCTCCTGAGCAAAATGGTGGTGATATCGTCGTTC CCAAAGATTTTTACGAGAAATTTGGGGAGGATTTCATCCGTGAGCAAGAGGAAAGCTCTG CTCCTCTTATGAATCCCGTTCCCGAGCGTGATGAAGCTGAGGCTCCTCATCACCCCAAGG GTCATCACGAGTTTAATGATGACTTTGAAGATGATACTGCCTTAGAACACCCTGGATTTA AAGACAAGCTTGACTCTTTCCTTCAGCCTGCTCGTGATTTCCTTCACACCGTTTCTGATC GTCTCGACAATATCTTTGACGATGATGAGGATGAACACGTTCGCGAGAAGCGCCCTCATG ACTCAGCTGATGAGGATGCTCCCCGCAGAAAGCACGGTAAATGCAAAGGAAAAGGAAAGC ACCATAAGGGTAAACATGCTAAGGGAAAGGGAAAGAAGTCTCACCCTAAACCCGAGGATG ACTCTGTTTTCTTTGATGACGAGCGTCCCAAGCATCATGAATTTGACGATGAGGATCGAG AGTTCCCTGCTCATCACGAGCCTGGTGAGCACATGCCTCCTCCTCCTATGCACCACAAGC CCGGTGAGCACATGCCTCCTCCTCCTATGCACCACGAACCTGGAGAGCACATGCCTCCTC CTCCTATGCACCACGAACCTGGAGAGCACATGCCTCCTCCTCCTATGCACCACGAACCTG GAGAGCACATGCCTCCTCCTCCTATGCACCACGAACCTGGAGAGCACATGCCTCCTCCTC CTATGCATCACGAGCCTGGAGAGCACATGCCTCCTCCTCCTATGCACCACGAACCTGGAG AGCACATGCCTCCTCCTCCTATGCACCACGAACCTGGAGAGCACATGCCTCCTCCTCCTA TGCATCACGAGCCTGGAGAGCACATGCCTCCTCCTCCTATGCATCACGAGCCTGGAGAGC ACATGCCTCCTCCTCCTTTCAAACACCATGAGCTTGAGGAGCATGAAGGTCCTGAGCATC ATCGTGGACCTGAGGACAAGGAACACCATAAGGGACCCAAGGATAAGGAGCACCATAAGG GACCTAAGGATAAGGAGCACCATAAGGGACCTAAGGATAAGGAGCACCATAAGGGACCTA AGGATAAGGAGCACCACAAGGGACCTAAGGACAAGGAGCACCACAAGGGACCTAAGGACA AGGAGCACCATCAAGGACCTAAGGAGAAGCACAACGAACGTCCTGAGCAAAACATGCAAA GTTCTCATGAGCTTTTGGTCATTGAGGCTTTCGCTGACCTCATCAATTCTGTTCCTGTTG AAGAAATTGCCGAAGAGTTTTCTCGCTTTTTAGACACTCTTGGTATTGAATACTATGGTA ACATTCCTGTACATATTCAAGAAAATGCCCCAAAGGATTCATCAATTCCCCCCCTATTTG AATTCGACGATGATTTGGAGTTGAGTGATCTCACTCCTGAACAATTTGCCTACCTTGAAA TGCTCAAGGCTGAAGGTATTGATCCTATGACTGCTTTCCGTGACCAGAGTCATCCTGCTA AGCCATCTAATGCTCAACCTGCTGATTCTTCACGTCCCTACGCTGTTTTTTCACAAGAAG AGAATGGTGAACATGTAAATTTAAAGGCTTTCCCTGATCACACTCTTCGCGTTAAAGATT CCAAACCTGAATCACTTGGTATTGACACTGTTAAGCAATACACCGGTTACTTAGATGTCG AAGATGACAGACATCTTTTCTTCTGGTTCTTTGAATCTAGAAATGATCCCGAGAATGATC CCGTCGTGTTGTGGTTGAACGGTGGTCCTGGTTGCTCTTCCCTTACTGGTTTGTTCATGG AATTAGGTCCTTCTTCAATCAACATTGAGACTCTTAAACCCGAATATAACCCTCACAGTT GGAACTCCAATGCTTCAGTTATCTTTTTGGATCAACCTATCAACACGGGTTTCAGCAACG GAGATGACTCGGTTCTTGACACTGTTACGGCTGGTAAGGATGTTTATGCATTCTTGAACC TTTTCTTTGCCAAGTTCCCTCAGTACGCTCATTTGGACTTTCACATTGCTGGTGAATCCT ATGCTGGCCATTACATCCCCCAGTTTGCCAAGGAAATTATGGAGCATAACCAAGGTGCTA ACTTCTTTGTTGCCAGCGGCTATGAAATGGAGAAGCAATACATCAATTTGAAGAGTGTCT TGATTGGAAATGGTTTGACTGATCCTTTGGTCCAATACTACTTTTACGGAAAAATGGCTT GCGAGAGCCCTTACGGTCCTATTATGTCCCAAGAGGAATGTGATCGCATTACTGGTGCCT ATGATACCTGCGCTAAGCTAATCACTGGCTGTTACCAGACTGGCTTTACTCCTGTTTGCA TTGGTGCCTCTTTGTATTGCAATAACGCTATGATTGGACCATTTACTAAGACTGGACTCA ACATTTATGATATTCGTGAAGAATGCCGTGACCAAGAGCACTTATGCTACCCCGAAACCG GTGCAATTGAGAGTTACTTGAACCAAGAATTTGTTCAAGAAGCTTTGGGAGTTGAATACG ATTACAAGGGATGCAATACTGAAGTAAACATTGGTTTCCTTTTCAAGGGTGACTGGATGC GTAAGACTTTCCGTGACGATGTCACCGCAATCTTAGAAGCTGGCCTACCCGTTCTTATCT ATGCCGGTGATGCTGACTACATTTGCAATTACATGGGCAATGAAGCTTGGACCGACGCAC TTGAGTGGGCTGGTCAACGTGAGTTTTATGAGGCCGAATTGAAGCCTTGGAGTCCTAATG GAAAGGAAGCTGGTCGTGGTAAGTCTTTCAAAAACTTTGGTTATCTTCGCCTCTACGAAG CTGGACACATGGTTCCTTTCAACCAACCCGAAGCTAGTTTAGAAATGTTGAACAGCTGGA TAGATGGTTCTCTTTTTGCTTAAAGTGTCATCAGTTGGACATTTTACATCTACTGAATAG TTGATATGAACCGAATATGACTGACTATTGGCTAATATACAGTAGCCATAATTAATCTTT GCGTTTTATTAATTAAATTGATTTTAATATTTGAAA
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  • Fasta :-

    MLMKQTFLYFLLTCVVSAQFNGYVPPEQNGGDIVVPKDFYEKFGEDFIREQEESSAPLMN PVPERDEAEAPHHPKGHHEFNDDFEDDTALEHPGFKDKLDSFLQPARDFLHTVSDRLDNI FDDDEDEHVREKRPHDSADEDAPRRKHGKCKGKGKHHKGKHAKGKGKKSHPKPEDDSVFF DDERPKHHEFDDEDREFPAHHEPGEHMPPPPMHHKPGEHMPPPPMHHEPGEHMPPPPMHH EPGEHMPPPPMHHEPGEHMPPPPMHHEPGEHMPPPPMHHEPGEHMPPPPMHHEPGEHMPP PPMHHEPGEHMPPPPMHHEPGEHMPPPPMHHEPGEHMPPPPFKHHELEEHEGPEHHRGPE DKEHHKGPKDKEHHKGPKDKEHHKGPKDKEHHKGPKDKEHHKGPKDKEHHKGPKDKEHHQ GPKEKHNERPEQNMQSSHELLVIEAFADLINSVPVEEIAEEFSRFLDTLGIEYYGNIPVH IQENAPKDSSIPPLFEFDDDLELSDLTPEQFAYLEMLKAEGIDPMTAFRDQSHPAKPSNA QPADSSRPYAVFSQEENGEHVNLKAFPDHTLRVKDSKPESLGIDTVKQYTGYLDVEDDRH LFFWFFESRNDPENDPVVLWLNGGPGCSSLTGLFMELGPSSINIETLKPEYNPHSWNSNA SVIFLDQPINTGFSNGDDSVLDTVTAGKDVYAFLNLFFAKFPQYAHLDFHIAGESYAGHY IPQFAKEIMEHNQGANFFVASGYEMEKQYINLKSVLIGNGLTDPLVQYYFYGKMACESPY GPIMSQEECDRITGAYDTCAKLITGCYQTGFTPVCIGASLYCNNAMIGPFTKTGLNIYDI REECRDQEHLCYPETGAIESYLNQEFVQEALGVEYDYKGCNTEVNIGFLFKGDWMRKTFR DDVTAILEAGLPVLIYAGDADYICNYMGNEAWTDALEWAGQREFYEAELKPWSPNGKEAG RGKSFKNFGYLRLYEAGHMVPFNQPEASLEMLNSWIDGSLFA

    No Results
No Results
No Results
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
SPAC19G12.10c679 SNGDDSVLDT0.997unspSPAC19G12.10c679 SNGDDSVLDT0.997unspSPAC19G12.10c679 SNGDDSVLDT0.997unspSPAC19G12.10c898 TWMRKTFRDD0.991unspSPAC19G12.10c553 SYAVFSQEEN0.993unspSPAC19G12.10c674 SNTGFSNGDD0.992unsp

SPAC19G12.10c      



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