Lipase Ps-C Catalysed Hydrolysis Of Aryl Deesters: A New Route To The Synthesis Of Achiral Half Esters
摘要:
Pseudomonas cepacia lipase supported on ceramic particles (PS-C) offers a simple alternative route for the synthesis of achiral half esters, with very high yields, easy work up and remarkable substrate selectivity, as it cleaves only phenolic esters having a phenyl group (i.e. C6H5-O-CO-C6H5).
ADAM, W.;PETERS, E. -M.;PETERS, K.;PLATSCH, H.;SCHMIDT, E.;VON, SCHNERING+, J. ORG. CHEM., 1984, 49, N 21, 3920-3928
作者:ADAM, W.、PETERS, E. -M.、PETERS, K.、PLATSCH, H.、SCHMIDT, E.、VON, SCHNERING+
DOI:——
日期:——
Lipase Ps-C Catalysed Hydrolysis Of Aryl Deesters: A New Route To The Synthesis Of Achiral Half Esters
作者:Ranjeet V. Nair、Manojkumar R. Shukla、Prashant N. Patil、Manikrao M. Salunkhe
DOI:10.1080/00397919908086153
日期:1999.5
Pseudomonas cepacia lipase supported on ceramic particles (PS-C) offers a simple alternative route for the synthesis of achiral half esters, with very high yields, easy work up and remarkable substrate selectivity, as it cleaves only phenolic esters having a phenyl group (i.e. C6H5-O-CO-C6H5).
Synthesis, thermal stability, and chemiluminescence properties of the dioxetanes derived from 1,4-dioxins
作者:Waldemar Adam、Eva Maria Peters、Karl Peters、Herbert Platsch、Ernst Schmidt、Hans Georg Von Schnering、Kiyoshige Takayama