Cordyceps militaris (strain CM01) (Caterpillar fungus)(Clavaria militaris) Extracellular lipase, putative CML3 (4)
MKFSLVALAT LPFYAVAAPH CPGQPNGPPR VAEVRVDIPG ATGGTVIGVV TEVESFNGIP YADCPSGALR LRPPRKLSRA LGVFNATAAA PACPQMPPNT TEVLLPPLLG KDMTPEFWPD DLIRGQEDCL TVNVQRPKGT REGARLPVLF YIFGGGFTAG ATSANNAEKF LRFAEAQQKP HPFIFVGVNY RVGGFGFLAG SEVLEDGSTN LGLRDQRMGL EWVADNIAYF GGDPDRVTIW GQSSGSISVF DQLALYNGNA TYKQKPLFRS AIMNSGSVIP TERVDSHRAQ AIFDAVVEAA NCSEPATSKL DCLRNASFPT FYRAANSVPR ILDNSSLAIS YLPRPDGELL VDSPEVLANT GNYYAVPAIL TNQEDEGTLF AFAQRHVNDT DSLVDYLKET FFDKATREQV AGLVDTYPAD SADGSPFRTG DQNEWYEEAY GAGKGFKRVA AVIGDFVFTL ARRLALDGMA TSHPTVPLWS SLNSMAHGIV GFYGTGHGAD VNMIFDGLGI PALTTRSYYL NFLYTADPNN GTTEFRQWPK WTPQGRDLLW TNLLANRDLK DTFRNDSYTF LKENTELLYF
| Title : Divergent substrate specificities and regioselectivities of three lipase isoforms from Cordyceps militaris: Combinatorial advantages for entomopathogenicity and prospects as biocatalysts - Lee_2022_Enzyme.Microb.Technol_161_110117 |
| Author(s) : Lee J , Kim NH , Choi Y , Yang E , Yu H , Kwon CW , Chang PS |
| Ref : Enzyme Microb Technol , 161 :110117 , 2022 |
| Abstract : Lee_2022_Enzyme.Microb.Technol_161_110117 |
| ESTHER : Lee_2022_Enzyme.Microb.Technol_161_110117 |
| PubMedSearch : Lee_2022_Enzyme.Microb.Technol_161_110117 |
| PubMedID: 36049397 |
| Gene_locus related to this paper: cormm-g3j6x7 |