The extraction mechanisms with different types of reverse micelles system were discussed.
讨论了不同类型反胶团体系的萃取机理。
It indicated that enzyme showed "superactivity" and acted on the membrane of reverse micelles.
结果表明：酶在反胶束体系中表现出“超活性” ，且作用于胶束膜。
The technology of reverse micelles is a kind of new separation method for biological molecule .
反胶束萃取是一种新型的生物分子分离技术。
By using reverse micelles to solve this problem, a wide variety of novel processes can be developed.
采用反胶团体系可解决这一难题并开发许多新的工艺。
The process of AOT/isooctane reverse micelles system for the simultaneous extraction of oil and protein from soybean are studied.
对AOT/异辛烷体系同时萃取大豆中的油和蛋白质进行了研究。
In this paper, polyoxyethylene ethers nonionic surfactants were applied with cosurfactants to form reverse micelles in organic solvent.
本文选用聚氧乙烯醚类非离子表面活性剂，配合醇类助表面活性剂在非极性有机溶剂中形成了反胶束溶液。
The physicochemical characterization and influential factors of reverse micelles as well as their applications in pharmaceutics are reviewed.
综述了反胶束的理化性质及测定方法、影响因素，及其在药剂学领域的应用进展。
Preparation methods, dynamics nature, catalytic reaction types, characterics and application in food engineering of reverse micelles enzyme system were reviewed.
综述了逆胶束酶系统的制备方法、动力学特性、催化反应类型及作用特点，并介绍了在食品工业中的应用。
The process of the backward extraction using AOT/isooctane reverse micelles system for the simultaneous extraction of oil and protein from soybean have been studied.
研究了AOT/异辛烷反胶束体系萃取植物油和蛋白质的反萃工艺。
The results on a rational analysis of the reaction mechanisms showed that higher activity and higher ratio of transferase to hydrolase activity are favorable for use in reverse micelles system.
动力学分析表明，反应置于反胶束体系将不仅提高酶的催化速度而且提高转移酶活力对水解酶活力的选择性。
The results on a rational analysis of the reaction mechanisms showed that higher activity and higher ratio of transferase to hydrolase activity are favorable for use in reverse micelles system.
动力学分析表明，反应置于反胶束体系将不仅提高酶的催化速度而且提高转移酶活力对水解酶活力的选择性。
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