LmjF.13.1040 | subtilisin peptidase

UniProt_ID: Q4QG50

Computed_GO_Component_IDs:
Computed_GO_Components:
Computed_GO_Function_IDs: GO:0004252
Computed_GO_Functions: serine-type endopeptidase activity
Computed_GO_Process_IDs: GO:0006508
Computed_GO_Processes: proteolysis
Curated_GO_Component_IDs:
Curated_GO_Components:
Curated_GO_Function_IDs: GO:0004252
Curated_GO_Functions: serine-type endopeptidase activity
Curated_GO_Processes: cell differentiation cell redox homeostasis pathogenesis protein processing regulation of reactive oxygen species metabolic process

	_ID	Prediction	OTHER	SP	mTP	CS_Position
	LmjF.13.1040	SP	0.240052	0.753693	0.006255	CS pos: 32-33. AEG-PW. Pr: 0.5433

No Results

Fasta :-
>LmjF.13.1040 MMMEVVVALRLLTIHVLAALLLVLWSLPLAEGPWPLSVQAARRSTDAHAERPSIHPRKYY LGKYGTRCIRNLTGLVVSEDAAERLACFSGRGVRVAVLDTGLCAGITESSRNSVTCTSVV PGVACEDAGCAHGTRSVSVLAGQLSVSTPLPRESLKETAWRNRETHLALADQFIGLAPDS TVRVLRIFDRQGRTNRRHLARALDLLLREAEDGEAGRLHSTWNTSSAHIRRRDETVDVIS LSYGSKDYHSSPQVQDRLYRLMHEHGVIVVAAAGNDGVRFGSVRSPADMPGVLAIGALRV EGHSRSAQTTQASRTLGNLAGSLAAGGGHKSVAHFSGRGPTTWELPFGAGRAKPDLVALG QHVWAVQGVSAAAFSAAAPRARSASSALQLRSASGTSIAAPIVAGVVALCLEAAWSSTSA VASAQNITGGGSVLDVRQNRLSRVSHSLRVREAILRTAVPLEEAAASLPTWPRPAPTTPL HSDSSSTASAAHPRRVLAGVPLLELYAGYLRLSRVSILSQGAGEVQPLRALHAIVAKAAA SSAIDAPEALRSCASFAIPTCVRIGYRIPRCSSNSGDMSTSQSCQPPHDPDGKAHGDSRL PGRPGMSRAAPPAAYWWPFSDQAVYPGATPVLLNISLHLCPPSSSAATDQGARDAAAAAS GEAARRGSTTHDHVTYVITKVSGRLRAREGHPSRNSSHQNDACPLLLFEGAENRHRVGST SPTRLLNLTARSASPPAACTDGEVVGGEATVTGPRHTQAGVCSFAKRRSTQQRWMQHLLR VATELTVVASRSPTRANVVEQLSPPPTSFSLSVAVSSPASAHTHLCYDVARETVAVWRKK GKRSPPSVKGAAASWRSADNNDGHDKQHTKDGAQVPADRDRCVPLFHLFRMLSVEGALHI FTGGSSSQPTLTVPFAVCVVEPPPRVQRVLIDTSLDWFNPTTATSNLFIAGDDPHESDTD GVDAALRRGRQRQRHERAYAEASGGDHPYTNLALLYLYLRHTLGMAVETFPLLHMSTITT SIAANGSSPLWPPAEHTFNASHAAQRAPAGALAHVGTLIIVDPERPLTHGMRRLLTRAVL GGGADRSADGLDVLLVTDWYSADLAAQLHWARDKSLDNAERSSRISGTDAADEVAGVDGD RDAVRELRALRQLENGSTRGLAGSSHVPSWNRWLSEVTVASGSAANSNDCNGAAPLGSEG LLDGKSELPFELSENIVIDGVVVVDAAAPTGRSEPGGNASASHGGTITSAKVVALRSLGQ LNAAGVLRWRLPAQAAAQRQAGRAAAVGASKGVHESNVHSSGHGTCRIGHASNTSAVPST QEGEAVICNVMPGWVQQQRRLVKRTIVSTRDSSAPAAVVEDGWEDVPVAKGDERLVRIGG LEAVDVSTVAPAATDASEAIQSLTHGVLGFLTLPPSSTHVVTASANRFRPGRIAIFTDSD CLSTSNHHAQAALDELEALLYPPSTSPSSPVTTCATWDCLARTPDGQRLLQAESAQSSVC VEVVKELLLWLHTGNLHRWWDSAQLQCEARRWARARHRSTADTTPGADSVGVDRKAANFD EVLGTAPERAHVGEVVGRLWASLVESTERDAASFLVEGPEDETRFQRDYAAHQERTAANV MRALMVNYHGDWRAHLLDHNVSLSSTGAAGDSFSQSLRPASGRRSGIATAQQPEEHVSLI ESLLPLRGMLNALRWLQHPMVLGQLMVSAAVVMSVWLCRAGG
Download Fasta

MitoProt II - v1.101 File : /home/rajan/sadaf/4480_mitoprot/test/195 Sequence name : 195 Sequence length : 1722 VALUES OF COMPUTED PARAMETERS Coef20 : 4.871 CoefTot : 1.060 ChDiff : 10 ZoneTo : 45 KR : 3 DE : 2 CleavSite : 44 HYDROPHOBIC SCALE USED GES KD GVH1 ECS H17 : 2.035 2.429 0.464 0.813 MesoH : 0.529 0.812 -0.041 0.326 MuHd_075 : 25.390 16.187 6.368 5.217 MuHd_095 : 34.688 17.394 8.551 6.220 MuHd_100 : 28.748 14.819 6.930 5.295 MuHd_105 : 20.711 15.063 5.990 4.439 Hmax_075 : 20.400 27.650 3.798 7.700 Hmax_095 : 10.587 6.650 1.095 3.623 Hmax_100 : 11.700 9.100 1.091 3.890 Hmax_105 : 11.783 25.400 1.412 4.188 CLASS NOT-MITO MITO(/CHLORO) DFM : 0.9379 0.0621 DFMC : 0.8719 0.1281

##### ProP v.1.0b ProPeptide Cleavage Site Prediction ##### ##### Furin-type cleavage site prediction (Arginine/Lysine residues) ##### 1722 LmjF.13.1040 MMMEVVVALRLLTIHVLAALLLVLWSLPLAEGPWPLSVQAARRSTDAHAERPSIHPRKYYLGKYGTRCIRNLTGLVVSED 80 AAERLACFSGRGVRVAVLDTGLCAGITESSRNSVTCTSVVPGVACEDAGCAHGTRSVSVLAGQLSVSTPLPRESLKETAW 160 RNRETHLALADQFIGLAPDSTVRVLRIFDRQGRTNRRHLARALDLLLREAEDGEAGRLHSTWNTSSAHIRRRDETVDVIS 240 LSYGSKDYHSSPQVQDRLYRLMHEHGVIVVAAAGNDGVRFGSVRSPADMPGVLAIGALRVEGHSRSAQTTQASRTLGNLA 320 GSLAAGGGHKSVAHFSGRGPTTWELPFGAGRAKPDLVALGQHVWAVQGVSAAAFSAAAPRARSASSALQLRSASGTSIAA 400 PIVAGVVALCLEAAWSSTSAVASAQNITGGGSVLDVRQNRLSRVSHSLRVREAILRTAVPLEEAAASLPTWPRPAPTTPL 480 HSDSSSTASAAHPRRVLAGVPLLELYAGYLRLSRVSILSQGAGEVQPLRALHAIVAKAAASSAIDAPEALRSCASFAIPT 560 CVRIGYRIPRCSSNSGDMSTSQSCQPPHDPDGKAHGDSRLPGRPGMSRAAPPAAYWWPFSDQAVYPGATPVLLNISLHLC 640 PPSSSAATDQGARDAAAAASGEAARRGSTTHDHVTYVITKVSGRLRAREGHPSRNSSHQNDACPLLLFEGAENRHRVGST 720 SPTRLLNLTARSASPPAACTDGEVVGGEATVTGPRHTQAGVCSFAKRRSTQQRWMQHLLRVATELTVVASRSPTRANVVE 800 QLSPPPTSFSLSVAVSSPASAHTHLCYDVARETVAVWRKKGKRSPPSVKGAAASWRSADNNDGHDKQHTKDGAQVPADRD 880 RCVPLFHLFRMLSVEGALHIFTGGSSSQPTLTVPFAVCVVEPPPRVQRVLIDTSLDWFNPTTATSNLFIAGDDPHESDTD 960 GVDAALRRGRQRQRHERAYAEASGGDHPYTNLALLYLYLRHTLGMAVETFPLLHMSTITTSIAANGSSPLWPPAEHTFNA 1040 SHAAQRAPAGALAHVGTLIIVDPERPLTHGMRRLLTRAVLGGGADRSADGLDVLLVTDWYSADLAAQLHWARDKSLDNAE 1120 RSSRISGTDAADEVAGVDGDRDAVRELRALRQLENGSTRGLAGSSHVPSWNRWLSEVTVASGSAANSNDCNGAAPLGSEG 1200 LLDGKSELPFELSENIVIDGVVVVDAAAPTGRSEPGGNASASHGGTITSAKVVALRSLGQLNAAGVLRWRLPAQAAAQRQ 1280 AGRAAAVGASKGVHESNVHSSGHGTCRIGHASNTSAVPSTQEGEAVICNVMPGWVQQQRRLVKRTIVSTRDSSAPAAVVE 1360 DGWEDVPVAKGDERLVRIGGLEAVDVSTVAPAATDASEAIQSLTHGVLGFLTLPPSSTHVVTASANRFRPGRIAIFTDSD 1440 CLSTSNHHAQAALDELEALLYPPSTSPSSPVTTCATWDCLARTPDGQRLLQAESAQSSVCVEVVKELLLWLHTGNLHRWW 1520 DSAQLQCEARRWARARHRSTADTTPGADSVGVDRKAANFDEVLGTAPERAHVGEVVGRLWASLVESTERDAASFLVEGPE 1600 DETRFQRDYAAHQERTAANVMRALMVNYHGDWRAHLLDHNVSLSSTGAAGDSFSQSLRPASGRRSGIATAQQPEEHVSLI 1680 ESLLPLRGMLNALRWLQHPMVLGQLMVSAAVVMSVWLCRAGG 1760 ................................................................................ 80 ................................................................................ 160 ................................................................................ 240 ................................................................................ 320 ................................................................................ 400 ................................................................................ 480 ................................................................................ 560 ................................................................................ 640 ................................................................................ 720 ................................................................................ 800 ................................................................................ 880 ................................................................................ 960 ................................................................................ 1040 ................................................................................ 1120 ................................................................................ 1200 ................................................................................ 1280 ................................................................................ 1360 ................................................................................ 1440 ................................................................................ 1520 ................................................................................ 1600 ................................................................................ 1680 .......................................... 1760 Propeptide cleavage sites predicted: Arg(R)/Lys(K): 0 Name Pos Context Score Pred ____________________________v_________________ LmjF.13.1040 10 EVVVALR|LL 0.072 . LmjF.13.1040 42 LSVQAAR|RS 0.101 . LmjF.13.1040 43 SVQAARR|ST 0.325 . LmjF.13.1040 51 TDAHAER|PS 0.093 . LmjF.13.1040 57 RPSIHPR|KY 0.137 . LmjF.13.1040 58 PSIHPRK|YY 0.112 . LmjF.13.1040 63 RKYYLGK|YG 0.082 . LmjF.13.1040 67 LGKYGTR|CI 0.081 . LmjF.13.1040 70 YGTRCIR|NL 0.173 . LmjF.13.1040 84 SEDAAER|LA 0.089 . LmjF.13.1040 91 LACFSGR|GV 0.169 . LmjF.13.1040 94 FSGRGVR|VA 0.146 . LmjF.13.1040 111 GITESSR|NS 0.073 . LmjF.13.1040 135 GCAHGTR|SV 0.218 . LmjF.13.1040 152 VSTPLPR|ES 0.078 . LmjF.13.1040 156 LPRESLK|ET 0.069 . LmjF.13.1040 161 LKETAWR|NR 0.098 . LmjF.13.1040 163 ETAWRNR|ET 0.107 . LmjF.13.1040 183 APDSTVR|VL 0.079 . LmjF.13.1040 186 STVRVLR|IF 0.385 . LmjF.13.1040 190 VLRIFDR|QG 0.102 . LmjF.13.1040 193 IFDRQGR|TN 0.186 . LmjF.13.1040 196 RQGRTNR|RH 0.143 . LmjF.13.1040 197 QGRTNRR|HL 0.148 . LmjF.13.1040 201 NRRHLAR|AL 0.156 . LmjF.13.1040 208 ALDLLLR|EA 0.125 . LmjF.13.1040 217 EDGEAGR|LH 0.087 . LmjF.13.1040 230 TSSAHIR|RR 0.140 . LmjF.13.1040 231 SSAHIRR|RD 0.205 . LmjF.13.1040 232 SAHIRRR|DE 0.195 . LmjF.13.1040 246 SLSYGSK|DY 0.082 . LmjF.13.1040 257 SPQVQDR|LY 0.114 . LmjF.13.1040 260 VQDRLYR|LM 0.203 . LmjF.13.1040 279 AGNDGVR|FG 0.084 . LmjF.13.1040 284 VRFGSVR|SP 0.131 . LmjF.13.1040 299 LAIGALR|VE 0.080 . LmjF.13.1040 305 RVEGHSR|SA 0.171 . LmjF.13.1040 314 QTTQASR|TL 0.079 . LmjF.13.1040 330 AAGGGHK|SV 0.081 . LmjF.13.1040 338 VAHFSGR|GP 0.118 . LmjF.13.1040 351 LPFGAGR|AK 0.081 . LmjF.13.1040 353 FGAGRAK|PD 0.073 . LmjF.13.1040 380 FSAAAPR|AR 0.099 . LmjF.13.1040 382 AAAPRAR|SA 0.270 . LmjF.13.1040 391 SSALQLR|SA 0.188 . LmjF.13.1040 437 GSVLDVR|QN 0.082 . LmjF.13.1040 440 LDVRQNR|LS 0.198 . LmjF.13.1040 443 RQNRLSR|VS 0.228 . LmjF.13.1040 449 RVSHSLR|VR 0.129 . LmjF.13.1040 451 SHSLRVR|EA 0.093 . LmjF.13.1040 456 VREAILR|TA 0.097 . LmjF.13.1040 473 SLPTWPR|PA 0.094 . LmjF.13.1040 494 ASAAHPR|RV 0.168 . LmjF.13.1040 495 SAAHPRR|VL 0.167 . LmjF.13.1040 511 LYAGYLR|LS 0.070 . LmjF.13.1040 514 GYLRLSR|VS 0.131 . LmjF.13.1040 529 GEVQPLR|AL 0.098 . LmjF.13.1040 537 LHAIVAK|AA 0.081 . LmjF.13.1040 551 DAPEALR|SC 0.071 . LmjF.13.1040 563 AIPTCVR|IG 0.074 . LmjF.13.1040 567 CVRIGYR|IP 0.075 . LmjF.13.1040 570 IGYRIPR|CS 0.383 . LmjF.13.1040 593 PHDPDGK|AH 0.069 . LmjF.13.1040 599 KAHGDSR|LP 0.093 . LmjF.13.1040 603 DSRLPGR|PG 0.080 . LmjF.13.1040 608 GRPGMSR|AA 0.108 . LmjF.13.1040 653 ATDQGAR|DA 0.112 . LmjF.13.1040 665 ASGEAAR|RG 0.102 . LmjF.13.1040 666 SGEAARR|GS 0.147 . LmjF.13.1040 680 VTYVITK|VS 0.061 . LmjF.13.1040 684 ITKVSGR|LR 0.082 . LmjF.13.1040 686 KVSGRLR|AR 0.099 . LmjF.13.1040 688 SGRLRAR|EG 0.119 . LmjF.13.1040 694 REGHPSR|NS 0.118 . LmjF.13.1040 714 FEGAENR|HR 0.073 . LmjF.13.1040 716 GAENRHR|VG 0.085 . LmjF.13.1040 724 GSTSPTR|LL 0.073 . LmjF.13.1040 731 LLNLTAR|SA 0.209 . LmjF.13.1040 755 ATVTGPR|HT 0.100 . LmjF.13.1040 766 GVCSFAK|RR 0.074 . LmjF.13.1040 767 VCSFAKR|RS 0.306 . LmjF.13.1040 768 CSFAKRR|ST 0.286 . LmjF.13.1040 773 RRSTQQR|WM 0.168 . LmjF.13.1040 780 WMQHLLR|VA 0.087 . LmjF.13.1040 791 LTVVASR|SP 0.103 . LmjF.13.1040 795 ASRSPTR|AN 0.096 . LmjF.13.1040 831 LCYDVAR|ET 0.107 . LmjF.13.1040 838 ETVAVWR|KK 0.089 . LmjF.13.1040 839 TVAVWRK|KG 0.085 . LmjF.13.1040 840 VAVWRKK|GK 0.095 . LmjF.13.1040 842 VWRKKGK|RS 0.075 . LmjF.13.1040 843 WRKKGKR|SP 0.269 . LmjF.13.1040 849 RSPPSVK|GA 0.080 . LmjF.13.1040 856 GAAASWR|SA 0.284 . LmjF.13.1040 866 NNDGHDK|QH 0.069 . LmjF.13.1040 870 HDKQHTK|DG 0.079 . LmjF.13.1040 879 AQVPADR|DR 0.093 . LmjF.13.1040 881 VPADRDR|CV 0.104 . LmjF.13.1040 890 PLFHLFR|ML 0.104 . LmjF.13.1040 925 VVEPPPR|VQ 0.080 . LmjF.13.1040 928 PPPRVQR|VL 0.232 . LmjF.13.1040 967 GVDAALR|RG 0.074 . LmjF.13.1040 968 VDAALRR|GR 0.146 . LmjF.13.1040 970 AALRRGR|QR 0.215 . LmjF.13.1040 972 LRRGRQR|QR 0.100 . LmjF.13.1040 974 RGRQRQR|HE 0.092 . LmjF.13.1040 977 QRQRHER|AY 0.307 . LmjF.13.1040 1000 LLYLYLR|HT 0.072 . LmjF.13.1040 1046 ASHAAQR|AP 0.117 . LmjF.13.1040 1065 IIVDPER|PL 0.094 . LmjF.13.1040 1072 PLTHGMR|RL 0.069 . LmjF.13.1040 1073 LTHGMRR|LL 0.146 . LmjF.13.1040 1077 MRRLLTR|AV 0.224 . LmjF.13.1040 1086 LGGGADR|SA 0.142 . LmjF.13.1040 1112 AQLHWAR|DK 0.088 . LmjF.13.1040 1114 LHWARDK|SL 0.113 . LmjF.13.1040 1121 SLDNAER|SS 0.138 . LmjF.13.1040 1124 NAERSSR|IS 0.271 . LmjF.13.1040 1141 AGVDGDR|DA 0.107 . LmjF.13.1040 1145 GDRDAVR|EL 0.102 . LmjF.13.1040 1148 DAVRELR|AL 0.268 . LmjF.13.1040 1151 RELRALR|QL 0.214 . LmjF.13.1040 1159 LENGSTR|GL 0.111 . LmjF.13.1040 1172 HVPSWNR|WL 0.101 . LmjF.13.1040 1205 EGLLDGK|SE 0.063 . LmjF.13.1040 1232 AAAPTGR|SE 0.147 . LmjF.13.1040 1251 GTITSAK|VV 0.065 . LmjF.13.1040 1256 AKVVALR|SL 0.171 . LmjF.13.1040 1268 NAAGVLR|WR 0.096 . LmjF.13.1040 1270 AGVLRWR|LP 0.073 . LmjF.13.1040 1279 AQAAAQR|QA 0.121 . LmjF.13.1040 1283 AQRQAGR|AA 0.113 . LmjF.13.1040 1291 AAVGASK|GV 0.082 . LmjF.13.1040 1307 SGHGTCR|IG 0.124 . LmjF.13.1040 1339 GWVQQQR|RL 0.080 . LmjF.13.1040 1340 WVQQQRR|LV 0.215 . LmjF.13.1040 1343 QQRRLVK|RT 0.137 . LmjF.13.1040 1344 QRRLVKR|TI 0.265 . LmjF.13.1040 1350 RTIVSTR|DS 0.136 . LmjF.13.1040 1370 EDVPVAK|GD 0.072 . LmjF.13.1040 1374 VAKGDER|LV 0.109 . LmjF.13.1040 1377 GDERLVR|IG 0.235 . LmjF.13.1040 1427 VTASANR|FR 0.075 . LmjF.13.1040 1429 ASANRFR|PG 0.114 . LmjF.13.1040 1432 NRFRPGR|IA 0.285 . LmjF.13.1040 1482 TWDCLAR|TP 0.094 . LmjF.13.1040 1488 RTPDGQR|LL 0.072 . LmjF.13.1040 1505 VCVEVVK|EL 0.062 . LmjF.13.1040 1518 HTGNLHR|WW 0.120 . LmjF.13.1040 1530 QLQCEAR|RW 0.103 . LmjF.13.1040 1531 LQCEARR|WA 0.156 . LmjF.13.1040 1534 EARRWAR|AR 0.341 . LmjF.13.1040 1536 RRWARAR|HR 0.191 . LmjF.13.1040 1538 WARARHR|ST 0.168 . LmjF.13.1040 1554 DSVGVDR|KA 0.082 . LmjF.13.1040 1555 SVGVDRK|AA 0.102 . LmjF.13.1040 1569 LGTAPER|AH 0.076 . LmjF.13.1040 1578 VGEVVGR|LW 0.085 . LmjF.13.1040 1589 LVESTER|DA 0.098 . LmjF.13.1040 1604 GPEDETR|FQ 0.106 . LmjF.13.1040 1607 DETRFQR|DY 0.307 . LmjF.13.1040 1615 YAAHQER|TA 0.129 . LmjF.13.1040 1622 TAANVMR|AL 0.151 . LmjF.13.1040 1633 NYHGDWR|AH 0.065 . LmjF.13.1040 1658 SFSQSLR|PA 0.141 . LmjF.13.1040 1663 LRPASGR|RS 0.129 . LmjF.13.1040 1664 RPASGRR|SG 0.238 . LmjF.13.1040 1687 ESLLPLR|GM 0.076 . LmjF.13.1040 1694 GMLNALR|WL 0.073 . LmjF.13.1040 1719 MSVWLCR|AG 0.112 . ____________________________^_________________

Fasta :-
>LmjF.13.1040 ATGATGATGGAGGTGGTGGTTGCCCTGCGGCTGCTCACTATTCATGTTCTCGCCGCACTC TTACTGGTGCTGTGGTCGTTACCTCTCGCAGAAGGGCCGTGGCCGCTGAGTGTGCAGGCT GCACGCCGTTCCACCGATGCGCACGCCGAAAGGCCCAGCATACATCCCCGCAAGTACTAC CTTGGTAAGTATGGCACACGCTGCATCCGAAACTTGACGGGGCTCGTCGTGTCCGAGGAC GCTGCAGAGCGCCTCGCCTGCTTCTCTGGCCGTGGCGTCCGCGTGGCAGTGCTCGACACT GGTTTGTGTGCCGGCATCACTGAGAGCAGCCGTAACTCCGTTACCTGCACCAGTGTCGTG CCTGGCGTGGCGTGCGAAGATGCCGGGTGCGCTCACGGGACGCGCAGTGTGAGCGTGCTG GCGGGACAGCTCTCTGTGTCGACGCCGCTGCCTAGAGAATCACTTAAGGAGACTGCGTGG CGCAACAGAGAAACACACCTCGCCTTGGCTGATCAGTTCATCGGACTCGCCCCCGACTCC ACGGTGCGCGTGTTGCGTATCTTCGACAGACAAGGGCGCACAAACCGACGCCACCTCGCC CGCGCCCTCGACCTGCTGCTGCGTGAGGCGGAGGACGGCGAAGCAGGTCGCCTGCACAGT ACGTGGAACACATCCAGTGCGCACATCCGCCGCCGCGACGAGACCGTGGATGTGATTAGC CTGTCCTATGGCAGCAAAGACTACCACAGTAGCCCGCAGGTGCAGGACAGGTTGTACCGG CTGATGCATGAGCACGGCGTCATCGTCGTGGCGGCCGCTGGCAACGACGGAGTGCGCTTC GGCAGCGTGCGAAGCCCGGCGGACATGCCTGGTGTGTTGGCCATCGGTGCCCTTAGGGTG GAAGGGCACAGCAGGTCGGCACAGACAACGCAGGCGTCACGCACTCTCGGCAACTTGGCG GGCTCCCTTGCCGCCGGTGGCGGTCACAAGTCTGTTGCACATTTCTCTGGGCGTGGCCCT ACCACATGGGAGTTGCCCTTCGGCGCAGGACGTGCAAAGCCGGATCTCGTCGCTCTCGGC CAACACGTGTGGGCTGTCCAAGGCGTTTCGGCGGCGGCATTCTCCGCTGCGGCGCCACGG GCACGTAGTGCTTCATCTGCGCTGCAGCTGCGCTCCGCGTCTGGGACGAGTATTGCCGCC CCTATCGTGGCCGGAGTCGTGGCGCTCTGTCTCGAGGCGGCATGGTCGTCTACGTCCGCT GTAGCATCAGCACAGAACATCACCGGAGGCGGTTCTGTCCTTGACGTGCGTCAGAATCGA CTCTCTCGTGTTTCCCATTCACTGCGCGTGCGTGAGGCGATCTTGCGGACGGCCGTTCCT CTAGAAGAAGCCGCCGCATCACTGCCGACATGGCCTCGCCCCGCACCCACCACGCCTTTG CACAGCGACTCCTCCTCGACGGCGTCAGCAGCGCATCCTCGCCGAGTGCTGGCTGGTGTG CCACTGCTAGAGCTTTATGCTGGCTACCTTCGCCTTTCGCGAGTCAGCATTCTCTCGCAA GGAGCGGGCGAGGTGCAGCCGCTCCGCGCGCTGCACGCCATCGTCGCGAAGGCAGCTGCA TCCTCGGCCATCGATGCACCGGAGGCGTTGCGCAGCTGCGCCTCTTTCGCCATACCAACA TGTGTGCGCATCGGCTATCGGATTCCACGTTGCAGCAGCAACAGCGGGGACATGAGCACC TCGCAGAGCTGTCAACCTCCTCATGATCCTGACGGAAAGGCACACGGCGACTCGCGGTTG CCGGGTAGACCCGGCATGTCCCGTGCCGCACCGCCCGCCGCGTACTGGTGGCCCTTCTCC GACCAAGCCGTCTACCCCGGCGCCACACCCGTGCTACTGAACATTTCTCTCCACCTCTGC CCCCCTTCTTCGTCAGCTGCTACGGATCAAGGTGCGCGTGACGCTGCCGCTGCAGCTAGT GGCGAAGCTGCACGTCGAGGGTCAACGACGCATGACCACGTCACGTACGTAATCACCAAG GTAAGCGGGCGCCTGCGTGCGCGTGAAGGTCATCCATCACGGAACAGCAGTCACCAGAAT GACGCCTGTCCTCTCCTCCTCTTTGAGGGCGCGGAGAACCGCCACCGTGTGGGCTCGACA AGCCCGACGCGGCTTCTGAACTTGACGGCACGGAGCGCCTCTCCCCCCGCAGCATGCACT GACGGGGAGGTGGTCGGGGGGGAGGCCACGGTGACAGGGCCGCGACACACACAAGCAGGC GTGTGCTCATTTGCGAAGCGGCGGAGCACGCAGCAACGGTGGATGCAGCACCTTCTTCGC GTGGCGACCGAGCTCACGGTGGTGGCGAGCAGATCGCCGACGCGCGCGAACGTTGTAGAG CAGCTGTCGCCGCCACCGACATCCTTCAGCCTCTCCGTCGCCGTCTCTTCCCCTGCGTCC GCCCACACGCATCTTTGCTACGACGTGGCGCGCGAGACAGTGGCGGTGTGGCGGAAGAAG GGCAAGAGATCGCCGCCCAGTGTGAAGGGCGCGGCGGCTAGCTGGCGCTCCGCCGACAAT AACGATGGGCACGACAAGCAGCATACAAAGGACGGTGCGCAGGTGCCAGCAGACCGCGAT CGTTGCGTTCCACTTTTTCACCTGTTTCGCATGCTGAGCGTGGAAGGCGCGCTGCACATC TTCACTGGCGGCTCATCCTCGCAGCCCACACTGACAGTGCCGTTCGCTGTTTGCGTCGTG GAGCCGCCGCCCCGGGTGCAGCGGGTGCTGATCGACACGAGCCTTGACTGGTTCAACCCC ACGACAGCCACCTCGAATTTGTTCATCGCCGGCGACGACCCACACGAGTCGGACACTGAC GGCGTAGACGCAGCACTGCGGCGCGGACGACAGCGTCAGCGTCACGAACGCGCCTACGCC GAGGCGAGTGGCGGCGATCACCCGTACACAAACCTCGCTCTGCTATACCTCTACCTGCGC CACACACTTGGAATGGCAGTGGAGACGTTCCCGCTACTGCACATGAGCACGATAACCACC TCGATCGCAGCTAACGGTAGCTCACCGCTCTGGCCCCCTGCAGAGCACACCTTCAACGCC TCCCACGCTGCCCAGAGGGCACCCGCAGGCGCTCTGGCACACGTCGGCACGCTGATCATC GTCGACCCGGAGCGGCCGCTGACACACGGTATGCGGCGTCTCCTAACGCGTGCGGTGCTC GGCGGCGGCGCGGATCGCTCAGCGGACGGCCTCGACGTTCTTTTGGTGACGGACTGGTAC AGCGCCGATCTGGCCGCGCAGCTGCACTGGGCGCGCGACAAAAGCTTGGACAACGCGGAG CGCTCCTCCCGCATCAGCGGCACCGACGCGGCGGACGAGGTGGCCGGTGTCGACGGCGAC AGGGACGCTGTGCGCGAGTTGCGGGCGCTCAGACAATTGGAAAATGGCTCTACTCGCGGC CTCGCCGGCTCCAGTCACGTGCCGTCGTGGAACCGTTGGCTGTCAGAGGTGACGGTCGCG TCGGGCAGTGCGGCCAACAGCAACGATTGCAATGGCGCAGCCCCTCTGGGCAGCGAGGGA CTTCTAGACGGAAAGTCTGAGTTGCCGTTTGAGCTGAGCGAGAACATCGTGATAGACGGC GTTGTGGTGGTCGACGCTGCCGCCCCGACAGGGAGGAGCGAGCCTGGGGGCAACGCATCC GCCTCGCACGGCGGCACCATCACCTCGGCAAAGGTGGTCGCTCTCCGCTCTCTTGGGCAG CTGAACGCAGCTGGCGTGCTGCGATGGCGTCTCCCTGCGCAGGCAGCAGCGCAGCGGCAG GCAGGGAGAGCTGCCGCGGTCGGAGCTTCTAAAGGGGTACATGAGTCCAACGTTCACTCA AGTGGTCACGGCACCTGCCGCATCGGTCACGCATCGAACACCTCAGCCGTGCCTTCAACG CAAGAGGGTGAAGCTGTGATATGCAACGTCATGCCAGGCTGGGTGCAGCAGCAGCGGCGC CTCGTAAAGCGCACCATCGTCAGCACACGAGACAGCTCGGCGCCGGCGGCTGTGGTTGAA GACGGCTGGGAAGATGTGCCTGTCGCAAAGGGAGACGAACGTCTGGTCCGCATCGGCGGA CTGGAGGCGGTCGACGTCAGCACAGTGGCGCCAGCAGCAACGGACGCAAGCGAAGCCATA CAGAGTCTGACGCATGGTGTGCTGGGCTTCCTCACGCTTCCCCCATCTTCCACACACGTT GTCACCGCGTCCGCCAACCGCTTCCGGCCTGGGCGCATAGCGATCTTCACGGACTCGGAC TGCCTGTCGACCTCGAACCACCACGCGCAAGCAGCCCTGGATGAGTTGGAAGCTCTTCTC TACCCGCCATCCACGTCGCCATCGTCACCTGTGACGACCTGTGCAACGTGGGACTGCTTG GCACGCACTCCCGACGGGCAACGACTGCTCCAAGCAGAGTCGGCGCAGAGCTCCGTGTGC GTCGAAGTGGTGAAGGAGCTGCTGCTGTGGCTGCACACGGGAAACCTGCACCGCTGGTGG GACTCCGCCCAGCTCCAGTGTGAGGCGCGTAGGTGGGCACGAGCGCGGCATCGGAGCACG GCGGACACCACCCCCGGCGCAGATAGCGTGGGCGTTGATCGCAAAGCCGCGAACTTCGAC GAGGTGCTCGGAACGGCGCCAGAGCGCGCGCACGTCGGCGAGGTGGTGGGGCGGTTATGG GCTTCTTTGGTGGAAAGCACAGAGCGCGATGCAGCGTCGTTCCTTGTCGAAGGTCCGGAA GACGAGACCCGCTTTCAACGCGACTACGCAGCCCATCAGGAGCGCACCGCAGCTAACGTG ATGCGCGCCTTGATGGTGAACTACCATGGAGACTGGCGTGCGCATCTGCTAGACCATAAT GTGTCGCTGTCAAGCACCGGCGCCGCCGGCGACTCGTTCTCACAATCTCTACGCCCCGCG AGTGGCCGGCGGAGCGGCATTGCGACCGCGCAGCAGCCAGAGGAGCATGTCTCCTTGATA GAGAGTTTGCTGCCGCTGCGAGGCATGCTCAACGCCCTGCGGTGGCTGCAGCATCCGATG GTGCTGGGTCAACTCATGGTTAGTGCAGCTGTCGTGATGAGCGTGTGGTTGTGCCGTGCA GGGGGGTAG
Download Fasta

Fasta :-

MMMEVVVALRLLTIHVLAALLLVLWSLPLAEGPWPLSVQAARRSTDAHAERPSIHPRKYY LGKYGTRCIRNLTGLVVSEDAAERLACFSGRGVRVAVLDTGLCAGITESSRNSVTCTSVV PGVACEDAGCAHGTRSVSVLAGQLSVSTPLPRESLKETAWRNRETHLALADQFIGLAPDS TVRVLRIFDRQGRTNRRHLARALDLLLREAEDGEAGRLHSTWNTSSAHIRRRDETVDVIS LSYGSKDYHSSPQVQDRLYRLMHEHGVIVVAAAGNDGVRFGSVRSPADMPGVLAIGALRV EGHSRSAQTTQASRTLGNLAGSLAAGGGHKSVAHFSGRGPTTWELPFGAGRAKPDLVALG QHVWAVQGVSAAAFSAAAPRARSASSALQLRSASGTSIAAPIVAGVVALCLEAAWSSTSA VASAQNITGGGSVLDVRQNRLSRVSHSLRVREAILRTAVPLEEAAASLPTWPRPAPTTPL HSDSSSTASAAHPRRVLAGVPLLELYAGYLRLSRVSILSQGAGEVQPLRALHAIVAKAAA SSAIDAPEALRSCASFAIPTCVRIGYRIPRCSSNSGDMSTSQSCQPPHDPDGKAHGDSRL PGRPGMSRAAPPAAYWWPFSDQAVYPGATPVLLNISLHLCPPSSSAATDQGARDAAAAAS GEAARRGSTTHDHVTYVITKVSGRLRAREGHPSRNSSHQNDACPLLLFEGAENRHRVGST SPTRLLNLTARSASPPAACTDGEVVGGEATVTGPRHTQAGVCSFAKRRSTQQRWMQHLLR VATELTVVASRSPTRANVVEQLSPPPTSFSLSVAVSSPASAHTHLCYDVARETVAVWRKK GKRSPPSVKGAAASWRSADNNDGHDKQHTKDGAQVPADRDRCVPLFHLFRMLSVEGALHI FTGGSSSQPTLTVPFAVCVVEPPPRVQRVLIDTSLDWFNPTTATSNLFIAGDDPHESDTD GVDAALRRGRQRQRHERAYAEASGGDHPYTNLALLYLYLRHTLGMAVETFPLLHMSTITT SIAANGSSPLWPPAEHTFNASHAAQRAPAGALAHVGTLIIVDPERPLTHGMRRLLTRAVL GGGADRSADGLDVLLVTDWYSADLAAQLHWARDKSLDNAERSSRISGTDAADEVAGVDGD RDAVRELRALRQLENGSTRGLAGSSHVPSWNRWLSEVTVASGSAANSNDCNGAAPLGSEG LLDGKSELPFELSENIVIDGVVVVDAAAPTGRSEPGGNASASHGGTITSAKVVALRSLGQ LNAAGVLRWRLPAQAAAQRQAGRAAAVGASKGVHESNVHSSGHGTCRIGHASNTSAVPST QEGEAVICNVMPGWVQQQRRLVKRTIVSTRDSSAPAAVVEDGWEDVPVAKGDERLVRIGG LEAVDVSTVAPAATDASEAIQSLTHGVLGFLTLPPSSTHVVTASANRFRPGRIAIFTDSD CLSTSNHHAQAALDELEALLYPPSTSPSSPVTTCATWDCLARTPDGQRLLQAESAQSSVC VEVVKELLLWLHTGNLHRWWDSAQLQCEARRWARARHRSTADTTPGADSVGVDRKAANFD EVLGTAPERAHVGEVVGRLWASLVESTERDAASFLVEGPEDETRFQRDYAAHQERTAANV MRALMVNYHGDWRAHLLDHNVSLSSTGAAGDSFSQSLRPASGRRSGIATAQQPEEHVSLI ESLLPLRGMLNALRWLQHPMVLGQLMVSAAVVMSVWLCRAGG

Subtilases

title: active site
coordinates: H132,Y243,S397

No Results

	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method	ID	Site	Peptide	Score	Method
	LmjF.13.1040	285 S	GSVRSPADM	0.992	unsp	LmjF.13.1040	285 S	GSVRSPADM	0.992	unsp	LmjF.13.1040	285 S	GSVRSPADM	0.992	unsp	LmjF.13.1040	442 S	QNRLSRVSH	0.993	unsp	LmjF.13.1040	542 S	AAASSAIDA	0.994	unsp	LmjF.13.1040	668 S	ARRGSTTHD	0.992	unsp	LmjF.13.1040	719 S	HRVGSTSPT	0.995	unsp	LmjF.13.1040	721 S	VGSTSPTRL	0.995	unsp	LmjF.13.1040	734 S	ARSASPPAA	0.995	unsp	LmjF.13.1040	847 S	RSPPSVKGA	0.997	unsp	LmjF.13.1040	854 S	GAAASWRSA	0.991	unsp	LmjF.13.1040	957 S	DPHESDTDG	0.993	unsp	LmjF.13.1040	983 S	YAEASGGDH	0.992	unsp	LmjF.13.1040	1126 S	SSRISGTDA	0.998	unsp	LmjF.13.1040	1319 S	SAVPSTQEG	0.993	unsp	LmjF.13.1040	1348 S	RTIVSTRDS	0.996	unsp	LmjF.13.1040	1469 S	TSPSSPVTT	0.994	unsp	LmjF.13.1040	1539 S	ARHRSTADT	0.997	unsp	LmjF.13.1040	1661 S	LRPASGRRS	0.997	unsp	LmjF.13.1040	1665 S	SGRRSGIAT	0.995	unsp	LmjF.13.1040	113 S	SSRNSVTCT	0.996	unsp	LmjF.13.1040	154 S	LPRESLKET	0.998	unsp

LmjF.13.1040 | subtilisin peptidase

ID's

UniProt_ID: Q4QG50

GEO Functions

Computed_GO_Component_IDs:

Computed_GO_Components:

Computed_GO_Function_IDs: GO:0004252

Computed_GO_Functions: serine-type endopeptidase activity

Computed_GO_Process_IDs: GO:0006508

Computed_GO_Processes: proteolysis

Curated_GO_Component_IDs:

Curated_GO_Components:

Curated_GO_Function_IDs: GO:0004252

Curated_GO_Functions: serine-type endopeptidase activity

Curated_GO_Processes: cell differentiation cell redox homeostasis pathogenesis protein processing regulation of reactive oxygen species metabolic process

Subcellular Localization

Targetp

Signalp

Fasta :-

Mitoprot

ProPeptide Prediction

Sequence

Nucleotide sequence

Fasta :-

Protein sequence

Fasta :-

Domains

Subtilases

Structure

Post Translational Modifications

N_Linked Glycosylation

O_Linked Glycosylation

Phosphorylation

Protein-Protein Interaction

String

LmjF.13.1040

Literature

PubMed

Google Scholar

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