英语释义

1. a catalyst (such as an enzyme) of biological origin

2. a catalyst and especially an enzyme of biological origin

片语

industry biocatalysis工业生物催化

biocatalysis process生物催化过程

biocatalysis systems生物催化体系

nonaqueous biocatalysis非水相生物催化

Applied Biocatalysis应用生物催化

industrial biocatalysis工业生物催化

extractive biocatalysis萃取生物催化

Biocatalysis MSc生物催化理科硕士

英汉例句

• this paper mainly discuss the utilizations of biocatalysis and biotransformation in the nature medicinal product research with the studies of author and his collaborators.

  本文作者结合自身的研究工作，重点介绍了生物转化和生物催化技术在天然药物研究与开发中的应用；

• one of key focuses in industrial biocatalysis is biocatalyst, which is usually one kind of microbial enzyme.

  工业生物催化技术的研究对象是生物催化剂及其催化过程。

• use of ionic liquids in biocatalysis are discussed.

  综述了有关离子液体在生物催化方面的应用。

• biocatalysis has become one of the most promising and effective methods in the asymmetric synthesis for its outstanding stereochemical specificity.

  生物催化因其高效和高度的立体选择性，成为手性合成最重要的方法之一。

• cofactor regeneration system is the key step for the biocatalysis and biotransformation of chemicals by oxidoreductases.

  辅酶再生是实现氧化还原酶催化反应的必需步骤，是关系到氧化还原酶工业应用的关键。

• biocatalysis has many advantages such as effective activator, mild reaction, high selectivity and purity.

  生物催化具有反应条件温和、高度选择性、产物纯度高等优点。

• enzymatic membrane bioreactor is a new type of bioreactor and has a good prospect. while biocatalysis is carried out, product separation and concentration and catalyst recovery are also operated.

  酶膜生物反应器是一种新型的、有发展前途的生物反应器，它在进行生物催化的同时，也在进行产物的分离、浓缩及催化剂的回收。

• researches and applications on whole cells biocatalysis in non-conventional media and technology of environment microbiology are restricted of toxic effects of organic solvents to cell.

  在非水相催化和涉及有机溶剂环境的微生物技术中，有机溶剂对细胞的毒性使相关的研究和应用受到制约。

• this course provides a brief introduction to the field of biocatalysis in the context of process design.

  本课程将以程序设计观点提供生物触媒领域的简介。

• the current efforts and drawbacks of the application of biocatalysis in the fine chemicals industry were analyzed, and some development strategies were presented in this paper.

  分析了当前生物催化技术在精细化工产业中的应用方面所取得的成就和存在的问题，并提出了发展建议。

• the biocatalysis of substrates in the gas phase may offer advantages over many conventional solution based reactions, both in bioreactor and in analytical devices to accommodate this new technoloy.

  在气相中用生物酶催化底物反应对生物反应器设计来说有许多优于液相反应的优点。

• biocatalysis has been proven to be a valuable and powerful tool in the production of fine and pharmaceutical chemicals.

  生物催化是精细化工和制药工业有用的工具。

• the characteristics, elementary principle and updated development about the selective esterification of glucose and glucoside in non-aqueous media via biocatalysis were comprehensively described.

  较详细地综述了目前国外关于非水介质中生物催化法选择性酯化葡萄糖及葡萄糖苷的特点、基本原理以及发展现状；

• combining the advantages of biocatalysis in nonaqueous media, asymmetric reduction of corresponding carbonyl compounds using microbial cells is an efficient method to produce these chiral alcohols.

  结合非水相生物催化的优势利用微生物细胞催化不对称还原羰基化合物可以有效地制备这些手性醇。

• objective to enhance the yield and product quality of diosgenin extract, the method of stepwise biocatalysis was used.

  目的利用阶梯生物催化协同提高提取盾叶薯蓣中薯蓣皂苷元的收率和质量。

• biocatalysis is currently employed to produce known substances more economically and for the synthesis of new compounds.

  目前生物催化主要用于更加经济简便的合成已知和未知的化合物。

• with the development of asymmetric synthesis compounds, biocatalysis has development the hot spot and focal point of research.

  随着人们对不对称合成手性化合物的深入研究，生物不对称加氢发展为现代研究的热点和焦点。

• the background, status and prospective for the rapid advancement of biocatalysis technology in recent years are described, and its wide application in the field of chiral synthesis is highlighted.

  本文概述了生物催化技术近年来迅速发展的背景、现状和前景，特别谈到酶在手性合成领域的广泛应用；