摘要
生命与手性密切相关,凡涉及到生命现象和生理活性物质几乎都离不开有关分子的空间立体构型问题,不同构型的手性分子具有不同的生理活性。利用酶反应的立体专一性,用生物转化法取代部分传统的化学方法,可以很方便地制备具有所需手性中心的化合物。因此,近年来生物转化...
Eight strains of microorganisms which have activity of dicarbonyl compound reduction were isolated from hundreds of strains of yeasts and fungi, in which Candida sp. C 5 showed the highest activity and good regioselectivity and stereoselectivity. The effect of reaction time, biomass, reaction solution, pH, aeration and temperature on the bioreduction was investigated.
出处
《生物工程学报》
CAS
CSCD
北大核心
1998年第4期460-463,共4页
Chinese Journal of Biotechnology