NF0061630 | leishmanolysin peptidase

_IDPredictionOTHERSPmTPCS_Position
NF0061630OTHER0.9948060.0050720.000122
No Results

  • Fasta :-

    >NF0061630 MSTRRHQHLTSSSSLSPLPTTIFNYLSLGCVLIVLLTLIDFLFLSQEHYLTNRHWDRSLS SGRHHHHHSDSYDDSPFFSSLSSPSSFFFLHALKVSFDLTFLENDEAARSCYTEGSSYTR GSPYQQTPPQCDATDSTNLVTVPKEDCVGTCKVLDVITSSHITVWKTNIIPAVSAILDDL IQVKPQFKMPNDTFLLDVANSNNVQRCQYTTEYGIPIPQFYKTPLNTSYSDQLKGVDLVV FVTMRPLTMTVKGSGMMCVTQNFNGVKRPVMGLINISPGVFKSLSTRNQIMTVLHMMYHI LGFNLQSFKDAGLQITSMTNTYNSVSRNIFYLNAPKAIAQMKSHFACETSQDAKVNALPL EDYDDLIISFKYTLDMTDYEKGKAPLLESRVFFNELMSSTFQSIDPSDGPMPSKISLAVL EDLGYYNVNYSSLNSYGKKLNALVALPREKYVWGLSQGCSILQERCEFWDSSARGYFCSS NTESDGTTKIPMCTFDLKAKGTCDAAPYANSIPPYYVHFSGTNKGGLSIFRDYCPIVLQA SSGDCTKSYNKPSDATLKQTGESYGTYSGCFFSNLVSQESGLDYRQFSPESRCYEYSCGP LDSNSTTVIDTYLFVKIGNYWLKCPKEGGVLLNKANQYDGQIECPKVDVLCDRNSTRPNY SAFVSDQELNKRQDVDIWKWARELSWWVWLIIGLGVGAVLLLMCFFVVCLYCRRVYKKRG KWNTTKTIDIREIDIQH
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  • MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/NF0061630.fa Sequence name : NF0061630 Sequence length : 737 VALUES OF COMPUTED PARAMETERS Coef20 : 4.320 CoefTot : 0.472 ChDiff : -3 ZoneTo : 39 KR : 2 DE : 0 CleavSite : 0 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 2.518 2.900 0.696 0.946 MesoH : 0.090 0.526 -0.280 0.240 MuHd_075 : 13.212 18.110 3.823 4.925 MuHd_095 : 17.924 19.769 6.063 5.347 MuHd_100 : 14.952 19.384 5.454 5.216 MuHd_105 : 14.403 17.896 4.825 4.976 Hmax_075 : 18.900 22.400 1.190 7.120 Hmax_095 : 4.725 13.562 3.940 4.953 Hmax_100 : 3.800 13.000 4.355 4.900 Hmax_105 : 4.600 13.563 1.955 4.953 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.8136 0.1864 DFMC : 0.9275 0.0725
  • ##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 737 NF0061630 MSTRRHQHLTSSSSLSPLPTTIFNYLSLGCVLIVLLTLIDFLFLSQEHYLTNRHWDRSLSSGRHHHHHSDSYDDSPFFSS 80 LSSPSSFFFLHALKVSFDLTFLENDEAARSCYTEGSSYTRGSPYQQTPPQCDATDSTNLVTVPKEDCVGTCKVLDVITSS 160 HITVWKTNIIPAVSAILDDLIQVKPQFKMPNDTFLLDVANSNNVQRCQYTTEYGIPIPQFYKTPLNTSYSDQLKGVDLVV 240 FVTMRPLTMTVKGSGMMCVTQNFNGVKRPVMGLINISPGVFKSLSTRNQIMTVLHMMYHILGFNLQSFKDAGLQITSMTN 320 TYNSVSRNIFYLNAPKAIAQMKSHFACETSQDAKVNALPLEDYDDLIISFKYTLDMTDYEKGKAPLLESRVFFNELMSST 400 FQSIDPSDGPMPSKISLAVLEDLGYYNVNYSSLNSYGKKLNALVALPREKYVWGLSQGCSILQERCEFWDSSARGYFCSS 480 NTESDGTTKIPMCTFDLKAKGTCDAAPYANSIPPYYVHFSGTNKGGLSIFRDYCPIVLQASSGDCTKSYNKPSDATLKQT 560 GESYGTYSGCFFSNLVSQESGLDYRQFSPESRCYEYSCGPLDSNSTTVIDTYLFVKIGNYWLKCPKEGGVLLNKANQYDG 640 QIECPKVDVLCDRNSTRPNYSAFVSDQELNKRQDVDIWKWARELSWWVWLIIGLGVGAVLLLMCFFVVCLYCRRVYKKRG 720 KWNTTKTIDIREIDIQH 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_________________ NF0061630 4 ---MSTR|RH 0.077 . NF0061630 5 --MSTRR|HQ 0.107 . NF0061630 53 EHYLTNR|HW 0.108 . NF0061630 57 TNRHWDR|SL 0.331 . NF0061630 63 RSLSSGR|HH 0.093 . NF0061630 94 FFLHALK|VS 0.055 . NF0061630 109 ENDEAAR|SC 0.130 . NF0061630 120 EGSSYTR|GS 0.097 . NF0061630 144 NLVTVPK|ED 0.066 . NF0061630 152 DCVGTCK|VL 0.062 . NF0061630 166 SHITVWK|TN 0.062 . NF0061630 184 DDLIQVK|PQ 0.064 . NF0061630 188 QVKPQFK|MP 0.059 . NF0061630 206 NSNNVQR|CQ 0.119 . NF0061630 222 PIPQFYK|TP 0.050 . NF0061630 234 SYSDQLK|GV 0.101 . NF0061630 245 VVFVTMR|PL 0.084 . NF0061630 252 PLTMTVK|GS 0.067 . NF0061630 267 QNFNGVK|RP 0.060 . NF0061630 268 NFNGVKR|PV 0.330 . NF0061630 282 ISPGVFK|SL 0.099 . NF0061630 287 FKSLSTR|NQ 0.093 . NF0061630 309 FNLQSFK|DA 0.095 . NF0061630 327 TYNSVSR|NI 0.096 . NF0061630 336 FYLNAPK|AI 0.063 . NF0061630 342 KAIAQMK|SH 0.121 . NF0061630 354 ETSQDAK|VN 0.061 . NF0061630 371 DLIISFK|YT 0.074 . NF0061630 381 DMTDYEK|GK 0.059 . NF0061630 383 TDYEKGK|AP 0.062 . NF0061630 390 APLLESR|VF 0.087 . NF0061630 414 DGPMPSK|IS 0.065 . NF0061630 438 SLNSYGK|KL 0.067 . NF0061630 439 LNSYGKK|LN 0.086 . NF0061630 448 ALVALPR|EK 0.081 . NF0061630 450 VALPREK|YV 0.070 . NF0061630 465 CSILQER|CE 0.072 . NF0061630 474 FWDSSAR|GY 0.092 . NF0061630 489 ESDGTTK|IP 0.056 . NF0061630 498 MCTFDLK|AK 0.067 . NF0061630 500 TFDLKAK|GT 0.083 . NF0061630 524 HFSGTNK|GG 0.066 . NF0061630 531 GGLSIFR|DY 0.113 . NF0061630 547 SSGDCTK|SY 0.078 . NF0061630 551 CTKSYNK|PS 0.063 . NF0061630 558 PSDATLK|QT 0.079 . NF0061630 585 ESGLDYR|QF 0.095 . NF0061630 592 QFSPESR|CY 0.100 . NF0061630 616 DTYLFVK|IG 0.059 . NF0061630 623 IGNYWLK|CP 0.068 . NF0061630 626 YWLKCPK|EG 0.064 . NF0061630 634 GGVLLNK|AN 0.058 . NF0061630 646 GQIECPK|VD 0.056 . NF0061630 653 VDVLCDR|NS 0.073 . NF0061630 657 CDRNSTR|PN 0.103 . NF0061630 671 SDQELNK|RQ 0.059 . NF0061630 672 DQELNKR|QD 0.135 . NF0061630 679 QDVDIWK|WA 0.067 . NF0061630 682 DIWKWAR|EL 0.100 . NF0061630 713 VVCLYCR|RV 0.098 . NF0061630 714 VCLYCRR|VY 0.087 . NF0061630 717 YCRRVYK|KR 0.175 . NF0061630 718 CRRVYKK|RG 0.104 . NF0061630 719 RRVYKKR|GK 0.296 . NF0061630 721 VYKKRGK|WN 0.069 . NF0061630 726 GKWNTTK|TI 0.076 . NF0061630 731 TKTIDIR|EI 0.109 . ____________________________^_________________

  • Fasta :-

    >NF0061630 ATGTCAACACGCAGACACCAACATTTGACATCGTCATCCAGCCTCTCTCCACTACCAACG ACGATATTTAACTACCTTTCTCTCGGATGTGTACTCATCGTTCTTCTCACTCTCATTGAT TTTCTTTTCCTCTCACAAGAACATTATCTCACCAATCGTCATTGGGATCGTTCTCTCTCT TCGGGTCGACATCATCATCACCATTCAGACTCGTATGATGATTCTCCATTCTTTTCATCC TTGTCATCGCCATCCTCCTTTTTCTTCCTTCATGCACTAAAAGTTTCATTCGATTTGACC TTTCTTGAGAACGATGAAGCTGCTCGTTCCTGTTACACAGAAGGATCTTCTTACACACGT GGATCGCCGTATCAACAAACTCCACCACAATGTGATGCCACTGATTCCACTAACTTGGTC ACAGTTCCGAAAGAAGATTGTGTTGGAACATGTAAAGTTCTTGATGTGATCACCTCTTCA CACATTACTGTCTGGAAAACAAATATTATTCCAGCAGTGAGTGCAATATTGGATGATTTA ATTCAAGTGAAACCACAATTCAAGATGCCAAATGATACATTTTTGTTGGATGTTGCAAAT AGTAATAACGTGCAGAGATGTCAATACACGACAGAGTATGGAATTCCAATTCCACAATTT TACAAAACACCTTTGAATACCTCATACAGTGATCAATTGAAAGGTGTGGATTTGGTAGTA TTTGTGACCATGCGACCCTTAACCATGACTGTCAAGGGAAGTGGAATGATGTGTGTGACA CAGAATTTCAATGGAGTGAAAAGACCGGTGATGGGTTTAATTAATATTTCTCCTGGAGTT TTTAAGTCACTATCAACGAGAAATCAAATCATGACAGTTCTTCACATGATGTATCACATT TTAGGATTTAATTTACAATCTTTTAAAGATGCAGGTCTTCAAATCACCTCCATGACTAAT ACTTACAATTCAGTTTCTAGAAACATTTTCTATCTAAATGCACCCAAAGCCATCGCTCAA ATGAAATCTCATTTTGCATGTGAAACTTCACAAGATGCAAAAGTGAACGCTCTTCCTCTC GAAGATTATGACGATCTCATCATTTCATTCAAATACACACTCGACATGACCGATTACGAA AAAGGAAAAGCTCCCTTACTCGAATCAAGAGTTTTCTTTAATGAATTAATGTCAAGTACC TTTCAATCCATCGATCCTTCAGATGGTCCAATGCCTTCAAAAATATCACTTGCTGTTCTC GAGGATTTGGGATATTATAATGTGAATTATTCGTCCTTGAATTCATATGGAAAGAAATTG AATGCTCTTGTGGCGTTACCTCGTGAGAAGTATGTTTGGGGTCTGTCACAAGGTTGCTCC ATTTTACAAGAACGATGTGAATTTTGGGATTCTTCAGCTCGTGGATATTTCTGTTCATCG AATACTGAAAGTGATGGAACCACAAAAATTCCCATGTGTACCTTTGATTTGAAAGCAAAA GGAACGTGTGACGCTGCTCCCTATGCAAATTCCATTCCTCCTTATTATGTGCATTTTAGT GGAACCAATAAGGGAGGATTATCGATCTTTAGAGATTATTGTCCCATTGTGTTACAAGCA TCAAGTGGAGATTGTACCAAATCGTATAACAAACCATCAGATGCCACTTTAAAACAAACT GGAGAAAGTTATGGAACTTATTCTGGATGTTTCTTTTCAAATCTCGTGAGTCAAGAATCA GGTTTGGATTACAGACAATTCTCACCTGAATCCAGATGTTATGAATATTCATGTGGACCT CTTGATAGTAATTCCACAACCGTGATTGACACCTATTTATTTGTGAAAATTGGAAACTAT TGGTTGAAATGTCCAAAAGAAGGAGGAGTGTTGTTAAATAAGGCAAATCAATACGATGGA CAAATTGAATGTCCCAAAGTAGATGTCTTGTGTGATCGAAATTCCACACGACCCAATTAT TCAGCTTTTGTTTCTGATCAGGAACTAAACAAGAGACAAGATGTGGATATTTGGAAATGG GCAAGAGAGTTGAGTTGGTGGGTGTGGTTGATTATTGGTTTAGGTGTGGGAGCTGTTCTA CTGTTAATGTGTTTCTTTGTGGTGTGTTTGTATTGTAGAAGAGTTTACAAAAAACGAGGA AAATGGAATACGACAAAAACCATTGATATTCGAGAAATTGATATTCAACATTAA
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  • Fasta :-

    MSTRRHQHLTSSSSLSPLPTTIFNYLSLGCVLIVLLTLIDFLFLSQEHYLTNRHWDRSLS SGRHHHHHSDSYDDSPFFSSLSSPSSFFFLHALKVSFDLTFLENDEAARSCYTEGSSYTR GSPYQQTPPQCDATDSTNLVTVPKEDCVGTCKVLDVITSSHITVWKTNIIPAVSAILDDL IQVKPQFKMPNDTFLLDVANSNNVQRCQYTTEYGIPIPQFYKTPLNTSYSDQLKGVDLVV FVTMRPLTMTVKGSGMMCVTQNFNGVKRPVMGLINISPGVFKSLSTRNQIMTVLHMMYHI LGFNLQSFKDAGLQITSMTNTYNSVSRNIFYLNAPKAIAQMKSHFACETSQDAKVNALPL EDYDDLIISFKYTLDMTDYEKGKAPLLESRVFFNELMSSTFQSIDPSDGPMPSKISLAVL EDLGYYNVNYSSLNSYGKKLNALVALPREKYVWGLSQGCSILQERCEFWDSSARGYFCSS NTESDGTTKIPMCTFDLKAKGTCDAAPYANSIPPYYVHFSGTNKGGLSIFRDYCPIVLQA SSGDCTKSYNKPSDATLKQTGESYGTYSGCFFSNLVSQESGLDYRQFSPESRCYEYSCGP LDSNSTTVIDTYLFVKIGNYWLKCPKEGGVLLNKANQYDGQIECPKVDVLCDRNSTRPNY SAFVSDQELNKRQDVDIWKWARELSWWVWLIIGLGVGAVLLLMCFFVVCLYCRRVYKKRG KWNTTKTIDIREIDIQH

    No Results
IDSitePositionGscoreIscore
NF0061630T30.5260.093
IDSitePositionGscoreIscore
NF0061630T30.5260.093
IDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethodIDSitePeptideScoreMethod
NF0061630228 SPLNTSYSDQ0.996unspNF0061630228 SPLNTSYSDQ0.996unspNF0061630228 SPLNTSYSDQ0.996unspNF0061630588 SYRQFSPESR0.997unspNF006163071 SHHSDSYDDS0.994unspNF0061630122 SYTRGSPYQQ0.997unsp

     



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