PKNH_1026300 | subtilisin-like ookinete protein SOPT, putative

_IDPredictionOTHERSPmTPCS_Position
PKNH_1026300SP0.4371670.5460110.016822CS pos: 30-31. GDA-TI. Pr: 0.7047
No Results

  • Fasta :-

    >PKNH_1026300 MLFTKERHRRVAVSTIFFHIIALLQFSGDATIHWCRRGSERVQRAMNGRLLEEGQIGKIP NVLHNYSKMNLSTKSFVQVKVKDSHDRNIRRGGVTTSEGNYHIPNCDDTDESSNFLKKFC RSMKSFVGITPHDKDWCLKYEKFRRFKQHFVYMVQNNLSLGKTRVCLIDTGLDLQDKVVR QFVKIYRWEHSKEGDNPSERSGGGEYDTHLQLEERDDEGASPSWAYPKGGDAKYDGINTE RCNEENYARCQSSDIDDVDMHGTFIANTVIRRDLLMKREMYKKNVELIVCKAFGDREETN SHLMPLIKCLEHCKGSGAKVIHVGYNVEGESEKLVEVMQELERAQIVVVSPSLRVYTGQS DESQQPRKEHGEEHSTEKLYPSSFADTFENVFSVGALRNSTQGGFVPISGNGNPKGEKQK WKVLHKRENTTLFSFSYGKTFPFGRSPSSMVEDGEGYASADFVNILVMILNVIPKLSIRR MRHILKRSIVKRSEMKGLSKWGGYIDPLKVIDATLKERNELCKTFFGELDLDLEAEGGSS SFRGDLSKGGFSGGSMTEDLGDWVEKPTTGTEEQIFDKTITGDVTPRLNDEQEESEKATG HLEDQVIFPQQRGEMEEMERHLVGETLNGLDPEERNDLGRYDMAHYDMDVISKWEEDFSD GVAALREDPASDTTFTSMYNYEENVYVPDEAKESFYEDAGRVTVTGEMSSLPLGFSFLEN HTNDRGSDLPLYRTNERGQVYASGDGTPGLPLNRRSQDENGFPERWGQQGRQAMIEEDSG EGYHHGQDDWVTQMKGTKSVDDPEYDVGRMYRDSPEGIPAEELLRSGWRGTTPPLSRWNR NGETSLWGDENEGYVFSPNVDNNWGEKDGRNRRNPQRRRSRDDLERRRRRFPRAMPRQRR RIPRRGRSKRRLKQREAGVVRKNGRNGKRRNENGMRSRREGEYSNMPMRRRPVRGKPVPG FAPKMPRVVMGRR
  • Download Fasta
  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/PKNH_1026300.fa Sequence name : PKNH_1026300 Sequence length : 973 VALUES OF COMPUTED PARAMETERS Coef20 : 4.751 CoefTot : 0.048 ChDiff : -1 ZoneTo : 28 KR : 4 DE : 1 CleavSite : 12 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 1.747 1.965 0.182 0.693 MesoH : -0.989 0.101 -0.506 0.095 MuHd_075 : 31.739 23.730 8.654 8.322 MuHd_095 : 17.169 13.734 4.631 4.610 MuHd_100 : 16.362 11.134 3.753 3.314 MuHd_105 : 18.175 13.639 4.746 2.929 Hmax_075 : 19.717 10.500 4.051 4.870 Hmax_095 : 7.350 19.800 4.951 5.100 Hmax_100 : 10.700 22.800 4.217 7.120 Hmax_105 : -1.500 19.100 1.587 7.120 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.7863 0.2137 DFMC : 0.8654 0.1346
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 973 PKNH_1026300 MLFTKERHRRVAVSTIFFHIIALLQFSGDATIHWCRRGSERVQRAMNGRLLEEGQIGKIPNVLHNYSKMNLSTKSFVQVK 80 VKDSHDRNIRRGGVTTSEGNYHIPNCDDTDESSNFLKKFCRSMKSFVGITPHDKDWCLKYEKFRRFKQHFVYMVQNNLSL 160 GKTRVCLIDTGLDLQDKVVRQFVKIYRWEHSKEGDNPSERSGGGEYDTHLQLEERDDEGASPSWAYPKGGDAKYDGINTE 240 RCNEENYARCQSSDIDDVDMHGTFIANTVIRRDLLMKREMYKKNVELIVCKAFGDREETNSHLMPLIKCLEHCKGSGAKV 320 IHVGYNVEGESEKLVEVMQELERAQIVVVSPSLRVYTGQSDESQQPRKEHGEEHSTEKLYPSSFADTFENVFSVGALRNS 400 TQGGFVPISGNGNPKGEKQKWKVLHKRENTTLFSFSYGKTFPFGRSPSSMVEDGEGYASADFVNILVMILNVIPKLSIRR 480 MRHILKRSIVKRSEMKGLSKWGGYIDPLKVIDATLKERNELCKTFFGELDLDLEAEGGSSSFRGDLSKGGFSGGSMTEDL 560 GDWVEKPTTGTEEQIFDKTITGDVTPRLNDEQEESEKATGHLEDQVIFPQQRGEMEEMERHLVGETLNGLDPEERNDLGR 640 YDMAHYDMDVISKWEEDFSDGVAALREDPASDTTFTSMYNYEENVYVPDEAKESFYEDAGRVTVTGEMSSLPLGFSFLEN 720 HTNDRGSDLPLYRTNERGQVYASGDGTPGLPLNRRSQDENGFPERWGQQGRQAMIEEDSGEGYHHGQDDWVTQMKGTKSV 800 DDPEYDVGRMYRDSPEGIPAEELLRSGWRGTTPPLSRWNRNGETSLWGDENEGYVFSPNVDNNWGEKDGRNRRNPQRRRS 880 RDDLERRRRRFPRAMPRQRRRIPRRGRSKRRLKQREAGVVRKNGRNGKRRNENGMRSRREGEYSNMPMRRRPVRGKPVPG 960 FAPKMPRVVMGRR 1040 .........P...................................................................... 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ...........P.................................................................... 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 .........P..P................P.................................................. 960 ............. 1040 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 5 Name Pos Context Score Pred ____________________________v_________________ PKNH_1026300 5 --MLFTK|ER 0.058 . PKNH_1026300 7 MLFTKER|HR 0.097 . PKNH_1026300 9 FTKERHR|RV 0.088 . PKNH_1026300 10 TKERHRR|VA 0.545 *ProP* PKNH_1026300 36 ATIHWCR|RG 0.075 . PKNH_1026300 37 TIHWCRR|GS 0.299 . PKNH_1026300 41 CRRGSER|VQ 0.102 . PKNH_1026300 44 GSERVQR|AM 0.296 . PKNH_1026300 49 QRAMNGR|LL 0.154 . PKNH_1026300 58 EEGQIGK|IP 0.055 . PKNH_1026300 68 VLHNYSK|MN 0.059 . PKNH_1026300 74 KMNLSTK|SF 0.088 . PKNH_1026300 80 KSFVQVK|VK 0.066 . PKNH_1026300 82 FVQVKVK|DS 0.075 . PKNH_1026300 87 VKDSHDR|NI 0.126 . PKNH_1026300 90 SHDRNIR|RG 0.164 . PKNH_1026300 91 HDRNIRR|GG 0.120 . PKNH_1026300 117 ESSNFLK|KF 0.079 . PKNH_1026300 118 SSNFLKK|FC 0.124 . PKNH_1026300 121 FLKKFCR|SM 0.120 . PKNH_1026300 124 KFCRSMK|SF 0.244 . PKNH_1026300 134 GITPHDK|DW 0.071 . PKNH_1026300 139 DKDWCLK|YE 0.056 . PKNH_1026300 142 WCLKYEK|FR 0.058 . PKNH_1026300 144 LKYEKFR|RF 0.114 . PKNH_1026300 145 KYEKFRR|FK 0.156 . PKNH_1026300 147 EKFRRFK|QH 0.129 . PKNH_1026300 162 NNLSLGK|TR 0.056 . PKNH_1026300 164 LSLGKTR|VC 0.075 . PKNH_1026300 177 GLDLQDK|VV 0.069 . PKNH_1026300 180 LQDKVVR|QF 0.096 . PKNH_1026300 184 VVRQFVK|IY 0.065 . PKNH_1026300 187 QFVKIYR|WE 0.094 . PKNH_1026300 192 YRWEHSK|EG 0.059 . PKNH_1026300 200 GDNPSER|SG 0.219 . PKNH_1026300 215 HLQLEER|DD 0.115 . PKNH_1026300 228 PSWAYPK|GG 0.081 . PKNH_1026300 233 PKGGDAK|YD 0.079 . PKNH_1026300 241 DGINTER|CN 0.080 . PKNH_1026300 249 NEENYAR|CQ 0.096 . PKNH_1026300 271 IANTVIR|RD 0.080 . PKNH_1026300 272 ANTVIRR|DL 0.161 . PKNH_1026300 277 RRDLLMK|RE 0.061 . PKNH_1026300 278 RDLLMKR|EM 0.132 . PKNH_1026300 282 MKREMYK|KN 0.064 . PKNH_1026300 283 KREMYKK|NV 0.150 . PKNH_1026300 291 VELIVCK|AF 0.073 . PKNH_1026300 296 CKAFGDR|EE 0.080 . PKNH_1026300 308 HLMPLIK|CL 0.074 . PKNH_1026300 314 KCLEHCK|GS 0.079 . PKNH_1026300 319 CKGSGAK|VI 0.076 . PKNH_1026300 333 VEGESEK|LV 0.077 . PKNH_1026300 343 VMQELER|AQ 0.074 . PKNH_1026300 354 VVSPSLR|VY 0.096 . PKNH_1026300 367 DESQQPR|KE 0.156 . PKNH_1026300 368 ESQQPRK|EH 0.108 . PKNH_1026300 378 EEHSTEK|LY 0.060 . PKNH_1026300 398 FSVGALR|NS 0.093 . PKNH_1026300 415 SGNGNPK|GE 0.072 . PKNH_1026300 418 GNPKGEK|QK 0.066 . PKNH_1026300 420 PKGEKQK|WK 0.062 . PKNH_1026300 422 GEKQKWK|VL 0.101 . PKNH_1026300 426 KWKVLHK|RE 0.064 . PKNH_1026300 427 WKVLHKR|EN 0.194 . PKNH_1026300 439 FSFSYGK|TF 0.056 . PKNH_1026300 445 KTFPFGR|SP 0.132 . PKNH_1026300 475 ILNVIPK|LS 0.067 . PKNH_1026300 479 IPKLSIR|RM 0.090 . PKNH_1026300 480 PKLSIRR|MR 0.107 . PKNH_1026300 482 LSIRRMR|HI 0.270 . PKNH_1026300 486 RMRHILK|RS 0.065 . PKNH_1026300 487 MRHILKR|SI 0.447 . PKNH_1026300 491 LKRSIVK|RS 0.067 . PKNH_1026300 492 KRSIVKR|SE 0.681 *ProP* PKNH_1026300 496 VKRSEMK|GL 0.083 . PKNH_1026300 500 EMKGLSK|WG 0.065 . PKNH_1026300 509 GYIDPLK|VI 0.065 . PKNH_1026300 516 VIDATLK|ER 0.055 . PKNH_1026300 518 DATLKER|NE 0.066 . PKNH_1026300 523 ERNELCK|TF 0.078 . PKNH_1026300 543 GGSSSFR|GD 0.112 . PKNH_1026300 548 FRGDLSK|GG 0.079 . PKNH_1026300 566 LGDWVEK|PT 0.076 . PKNH_1026300 578 EEQIFDK|TI 0.064 . PKNH_1026300 587 TGDVTPR|LN 0.126 . PKNH_1026300 597 EQEESEK|AT 0.082 . PKNH_1026300 612 VIFPQQR|GE 0.085 . PKNH_1026300 620 EMEEMER|HL 0.075 . PKNH_1026300 635 GLDPEER|ND 0.072 . PKNH_1026300 640 ERNDLGR|YD 0.138 . PKNH_1026300 653 DMDVISK|WE 0.062 . PKNH_1026300 666 DGVAALR|ED 0.075 . PKNH_1026300 692 YVPDEAK|ES 0.059 . PKNH_1026300 701 FYEDAGR|VT 0.101 . PKNH_1026300 725 ENHTNDR|GS 0.086 . PKNH_1026300 733 SDLPLYR|TN 0.098 . PKNH_1026300 737 LYRTNER|GQ 0.075 . PKNH_1026300 754 PGLPLNR|RS 0.067 . PKNH_1026300 755 GLPLNRR|SQ 0.216 . PKNH_1026300 765 ENGFPER|WG 0.109 . PKNH_1026300 771 RWGQQGR|QA 0.182 . PKNH_1026300 795 DWVTQMK|GT 0.072 . PKNH_1026300 798 TQMKGTK|SV 0.157 . PKNH_1026300 809 PEYDVGR|MY 0.115 . PKNH_1026300 812 DVGRMYR|DS 0.445 . PKNH_1026300 825 PAEELLR|SG 0.090 . PKNH_1026300 829 LLRSGWR|GT 0.098 . PKNH_1026300 837 TTPPLSR|WN 0.117 . PKNH_1026300 840 PLSRWNR|NG 0.419 . PKNH_1026300 867 DNNWGEK|DG 0.063 . PKNH_1026300 870 WGEKDGR|NR 0.070 . PKNH_1026300 872 EKDGRNR|RN 0.076 . PKNH_1026300 873 KDGRNRR|NP 0.275 . PKNH_1026300 877 NRRNPQR|RR 0.087 . PKNH_1026300 878 RRNPQRR|RS 0.227 . PKNH_1026300 879 RNPQRRR|SR 0.282 . PKNH_1026300 881 PQRRRSR|DD 0.243 . PKNH_1026300 886 SRDDLER|RR 0.080 . PKNH_1026300 887 RDDLERR|RR 0.088 . PKNH_1026300 888 DDLERRR|RR 0.077 . PKNH_1026300 889 DLERRRR|RF 0.284 . PKNH_1026300 890 LERRRRR|FP 0.524 *ProP* PKNH_1026300 893 RRRRFPR|AM 0.554 *ProP* PKNH_1026300 897 FPRAMPR|QR 0.093 . PKNH_1026300 899 RAMPRQR|RR 0.079 . PKNH_1026300 900 AMPRQRR|RI 0.356 . PKNH_1026300 901 MPRQRRR|IP 0.179 . PKNH_1026300 904 QRRRIPR|RG 0.310 . PKNH_1026300 905 RRRIPRR|GR 0.235 . PKNH_1026300 907 RIPRRGR|SK 0.336 . PKNH_1026300 909 PRRGRSK|RR 0.064 . PKNH_1026300 910 RRGRSKR|RL 0.796 *ProP* PKNH_1026300 911 RGRSKRR|LK 0.143 . PKNH_1026300 913 RSKRRLK|QR 0.167 . PKNH_1026300 915 KRRLKQR|EA 0.256 . PKNH_1026300 921 REAGVVR|KN 0.107 . PKNH_1026300 922 EAGVVRK|NG 0.085 . PKNH_1026300 925 VVRKNGR|NG 0.075 . PKNH_1026300 928 KNGRNGK|RR 0.114 . PKNH_1026300 929 NGRNGKR|RN 0.204 . PKNH_1026300 930 GRNGKRR|NE 0.208 . PKNH_1026300 936 RNENGMR|SR 0.143 . PKNH_1026300 938 ENGMRSR|RE 0.091 . PKNH_1026300 939 NGMRSRR|EG 0.472 . PKNH_1026300 949 YSNMPMR|RR 0.077 . PKNH_1026300 950 SNMPMRR|RP 0.149 . PKNH_1026300 951 NMPMRRR|PV 0.194 . PKNH_1026300 954 MRRRPVR|GK 0.349 . PKNH_1026300 956 RRPVRGK|PV 0.085 . PKNH_1026300 964 VPGFAPK|MP 0.069 . PKNH_1026300 967 FAPKMPR|VV 0.113 . PKNH_1026300 972 PRVVMGR|R- 0.096 . PKNH_1026300 973 RVVMGRR|-- 0.121 . ____________________________^_________________

  • Fasta :-

    >PKNH_1026300 ATGCTCTTTACAAAGGAAAGGCACCGACGTGTAGCGGTTTCTACAATTTTTTTTCACATC ATTGCATTGTTACAGTTTAGTGGAGATGCGACAATCCACTGGTGCAGAAGAGGGAGTGAA CGTGTTCAGCGAGCTATGAATGGGAGGCTCCTTGAGGAGGGTCAGATTGGAAAGATACCA AATGTATTACACAATTATAGTAAGATGAATTTGAGCACTAAAAGTTTCGTTCAGGTGAAG GTGAAAGACAGTCACGATAGGAATATCAGGAGAGGAGGGGTCACGACTTCGGAGGGAAAT TACCATATCCCTAATTGCGACGACACAGACGAAAGTTCTAATTTCTTAAAAAAATTCTGC AGGTCGATGAAATCATTCGTAGGAATTACACCACATGACAAAGATTGGTGTTTAAAGTAT GAGAAATTCAGAAGGTTTAAACAACACTTTGTCTACATGGTACAGAATAACCTATCCCTC GGGAAGACACGAGTTTGTCTAATTGACACAGGGCTTGATCTGCAGGATAAGGTAGTAAGG CAATTTGTGAAAATATACAGATGGGAACACAGCAAGGAAGGTGATAATCCAAGCGAGCGA AGTGGTGGTGGTGAATATGATACGCATCTCCAATTAGAGGAACGGGATGATGAAGGGGCT TCCCCAAGTTGGGCATATCCAAAGGGGGGAGATGCGAAGTACGATGGAATAAATACTGAA AGGTGTAACGAGGAAAATTATGCCAGGTGTCAATCCAGTGATATCGATGATGTAGACATG CATGGAACGTTTATCGCCAACACTGTCATTAGGAGGGATTTATTAATGAAAAGGGAAATG TACAAAAAGAACGTCGAACTTATTGTGTGCAAAGCGTTTGGAGATAGAGAGGAAACGAAC TCGCATTTGATGCCTCTCATCAAATGTTTGGAACATTGCAAAGGGAGTGGTGCCAAAGTG ATCCACGTCGGGTATAACGTAGAGGGGGAGAGCGAAAAGTTGGTGGAGGTGATGCAGGAG TTGGAGCGGGCCCAAATTGTTGTGGTGTCACCGTCTCTACGGGTATACACTGGTCAGAGT GACGAATCACAACAACCTAGAAAGGAACATGGAGAGGAGCATTCAACAGAGAAATTATAT CCCTCCTCATTTGCGGATACTTTTGAGAACGTCTTTTCCGTGGGTGCCCTGCGGAACTCT ACCCAGGGGGGGTTCGTTCCTATCTCTGGTAATGGGAATCCAAAGGGGGAAAAACAAAAG TGGAAGGTATTACACAAGAGGGAGAATACAACTTTGTTTAGCTTCTCATATGGAAAAACC TTTCCGTTTGGAAGGAGCCCCTCTTCGATGGTGGAAGATGGTGAAGGGTACGCATCGGCC GATTTTGTAAACATCCTAGTGATGATTCTAAATGTCATCCCCAAGTTGTCCATAAGGAGA ATGAGGCATATTTTGAAAAGATCTATCGTGAAGAGGAGTGAAATGAAGGGGCTATCCAAG TGGGGAGGCTATATCGATCCCTTAAAAGTGATTGATGCGACATTAAAGGAGAGGAATGAA CTTTGTAAAACGTTTTTTGGAGAATTGGACTTGGATCTGGAGGCAGAAGGAGGGAGTAGC AGCTTCAGGGGGGACCTATCAAAGGGTGGTTTTTCCGGAGGTAGCATGACAGAGGACCTT GGGGACTGGGTTGAGAAACCTACCACTGGTACAGAAGAGCAAATTTTTGATAAAACTATC ACGGGAGATGTGACTCCACGTTTAAACGATGAACAGGAGGAGAGTGAAAAAGCAACTGGT CATTTGGAAGACCAAGTTATATTCCCACAACAGAGGGGTGAAATGGAAGAGATGGAAAGG CATCTTGTAGGTGAGACGCTGAACGGGTTAGACCCGGAGGAGAGAAACGATCTGGGTCGT TACGACATGGCACACTACGATATGGATGTTATTTCTAAATGGGAGGAGGATTTTTCCGAT GGGGTGGCTGCTCTACGTGAAGACCCCGCCAGTGACACCACCTTCACTAGTATGTACAAT TATGAGGAGAACGTGTATGTGCCTGATGAGGCAAAAGAATCGTTTTATGAAGACGCGGGA AGAGTGACAGTGACAGGGGAGATGTCGAGCCTCCCTTTGGGCTTCTCCTTTTTGGAAAAT CACACCAATGATAGGGGGAGTGATCTACCTCTGTATCGCACGAACGAACGGGGGCAAGTG TATGCATCTGGAGATGGTACCCCTGGTCTTCCTTTGAATCGCAGATCTCAGGACGAAAAT GGATTCCCAGAAAGGTGGGGTCAACAGGGTAGACAGGCAATGATTGAGGAAGATAGTGGT GAAGGTTACCACCATGGACAAGATGACTGGGTTACTCAAATGAAAGGAACTAAAAGCGTG GATGACCCTGAATACGATGTAGGTAGAATGTATAGGGACTCACCGGAGGGAATTCCAGCA GAGGAGTTATTACGCTCTGGTTGGAGGGGGACCACTCCACCCTTGTCAAGATGGAACCGG AACGGGGAAACATCCCTATGGGGAGATGAAAACGAAGGGTATGTTTTTTCTCCTAATGTT GATAACAATTGGGGAGAGAAGGATGGTAGGAACAGGAGAAATCCCCAAAGGAGGCGTTCA CGAGACGATCTGGAGAGAAGGCGAAGAAGATTCCCACGGGCAATGCCAAGGCAGAGGAGA AGGATTCCAAGAAGAGGAAGAAGTAAGAGGAGGCTGAAACAGAGAGAAGCTGGGGTGGTG CGAAAAAATGGACGAAATGGAAAGAGGAGAAATGAAAATGGTATGAGGTCTCGGAGAGAG GGGGAGTATAGCAACATGCCCATGCGTAGAAGACCAGTTCGTGGAAAACCGGTGCCGGGC TTTGCGCCAAAGATGCCACGAGTAGTTATGGGAAGGAGGTAA
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  • Fasta :-

    MLFTKERHRRVAVSTIFFHIIALLQFSGDATIHWCRRGSERVQRAMNGRLLEEGQIGKIP NVLHNYSKMNLSTKSFVQVKVKDSHDRNIRRGGVTTSEGNYHIPNCDDTDESSNFLKKFC RSMKSFVGITPHDKDWCLKYEKFRRFKQHFVYMVQNNLSLGKTRVCLIDTGLDLQDKVVR QFVKIYRWEHSKEGDNPSERSGGGEYDTHLQLEERDDEGASPSWAYPKGGDAKYDGINTE RCNEENYARCQSSDIDDVDMHGTFIANTVIRRDLLMKREMYKKNVELIVCKAFGDREETN SHLMPLIKCLEHCKGSGAKVIHVGYNVEGESEKLVEVMQELERAQIVVVSPSLRVYTGQS DESQQPRKEHGEEHSTEKLYPSSFADTFENVFSVGALRNSTQGGFVPISGNGNPKGEKQK WKVLHKRENTTLFSFSYGKTFPFGRSPSSMVEDGEGYASADFVNILVMILNVIPKLSIRR MRHILKRSIVKRSEMKGLSKWGGYIDPLKVIDATLKERNELCKTFFGELDLDLEAEGGSS SFRGDLSKGGFSGGSMTEDLGDWVEKPTTGTEEQIFDKTITGDVTPRLNDEQEESEKATG HLEDQVIFPQQRGEMEEMERHLVGETLNGLDPEERNDLGRYDMAHYDMDVISKWEEDFSD GVAALREDPASDTTFTSMYNYEENVYVPDEAKESFYEDAGRVTVTGEMSSLPLGFSFLEN HTNDRGSDLPLYRTNERGQVYASGDGTPGLPLNRRSQDENGFPERWGQQGRQAMIEEDSG EGYHHGQDDWVTQMKGTKSVDDPEYDVGRMYRDSPEGIPAEELLRSGWRGTTPPLSRWNR NGETSLWGDENEGYVFSPNVDNNWGEKDGRNRRNPQRRRSRDDLERRRRRFPRAMPRQRR RIPRRGRSKRRLKQREAGVVRKNGRNGKRRNENGMRSRREGEYSNMPMRRRPVRGKPVPG FAPKMPRVVMGRR

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IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
PKNH_1026300449 SRSPSSMVED0.994unspPKNH_1026300449 SRSPSSMVED0.994unspPKNH_1026300449 SRSPSSMVED0.994unspPKNH_1026300595 SEQEESEKAT0.991unspPKNH_1026300756 SLNRRSQDEN0.993unspPKNH_1026300799 SKGTKSVDDP0.997unspPKNH_1026300814 SMYRDSPEGI0.997unspPKNH_1026300854 YENEGYVFSP0.99unspPKNH_1026300880 SQRRRSRDDL0.998unspPKNH_1026300908 SRRGRSKRRL0.997unspPKNH_1026300937 SNGMRSRREG0.997unspPKNH_1026300943 YREGEYSNMP0.991unspPKNH_102630039 SCRRGSERVQ0.994unspPKNH_1026300253 SRCQSSDIDD0.991unsp

PK5_0650c      PKH_102560      



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