conclusionthe protective mechanism of liensinine is probably related to the inhibition of c-fos gene expression.
结论莲心堿的神经保护机制可能与抑制c-fos蛋白的表达有关。
the action strength of methyl liensinine of the invention is higher than that of menthol.
本发明的甲基莲心堿的作用强度高于薄荷醇。
the properties and structural authentication methods of liensinine are reviewed. the research situation of measurement, extraction and separation methods for liensinine is introduced.
概述了莲心堿的性质、结构鑒定方法,介绍了莲心堿检测及提取分离方法的研究进展情况。
the quaternary ammonium salts of liensinine differ from d-tubocurarine by one less ether linkage in chemical structure.
莲心堿的季铵盐与箭毒块茎堿的化学结构不同,缺少一个氧醚键。
objective to study the antiarrhythmic effect of liensinine lyophilized powder for inject ion and it's general pharmacology.