生物催化剂

Ribozyme是唯一的非酶生物催化剂吗？

Is ribozyme the only non enzyme biocatalyst ?

并且，MMO是一种非专一性的、具有广泛应用前景的工业生物催化剂，能催化C1C20各种取代烃的羟基化反应与C2C10各种取代烯烃的环氧化反应。

Meanwhile , as a non-special biocatalyst , MMO can catalyze hydroxylation of all kinds of alkanes from Cj to € 20 and epoxidation of alkenes from € 2 to Qoas well .

可以断言ribozyme并非唯一的非酶生物催化剂。

In conclusion , ribozyme is not the only non - enzyme biocatalyst .

利用化学催化剂与生物催化剂的相容性通过一锅化反应合成（S）-乙酸-α-氰基-3-苯氧基苄酯（CPB乙酸酯）是本文的基本思路。

Taking use of the compatibility of chemical catalysts and biological catalysts to prepare CPB acetate in one reactor is the basic idea of this paper .

利用旋转盘实验装置和高分子生物催化剂技术，笔者研究了流动CO2-H2O系统中方解石溶解动力学及其控制机制。

By making use of the rotating disc apparatus and macromolecular biocatalyst , the authors have studied the kinetics of calcite dissolution in CO2-H2O solutions with turbulent motion .

猪肝酯酶（PigLiverEsterase，简称PLE）是手性催化工业中最常用的三种生物催化剂之一。

Pig liver esterase ( PLE ) is one of the best bio-catalysts used in chiral industry , which is extracted from pig liver previously , and full of strong capability of hydrolyzing esterases .

Ribozyme的发现打破了这种等价性，生物催化剂上升为属概念，酶和ribozyme并列成为种概念。

The discovery of ribozyme broke out the equivalence , biocatalyst was up to a genus concept while enzyme and ribozyme became two paratactic species concepts .

考察了固定化细胞的最佳包埋率和这种生物催化剂在不同pH和温度下对胞内醇脱氢酶（ADH）活性的影响以及储藏稳定性。

We investigated the embedding rate of immobilized cells and effects of pH and temperature on intracellular alcohol dehydrogenase ( ADH ) activity of immobilized cells and storage stability of gel lens films .

珀西瓦尔张（percivalzhang）牵头的团队，将13种广为人知的酶与水以及糖料作物混合在一起酶是一种生物催化剂，能促成活体中的特定化学反应。

The group , led by Percival Zhang , mixed 13 well known enzymes biological catalysts which promote specific chemical reactions in living systems with water and plant sugars .

综述了近年来有关TiO2、过渡金属氧化物、层状金属氧化物、光生物催化剂以及其它新的复合物在光解水方面的研究进展；

Recent research progress in the photocatalytic decomposition of water into hydrogen and oxygen by TiO_2 , transition metal oxides , layered metal oxides , and photo-biological catalyst as well as other some new composites is summarized .

为实现固定化酶催化过程的连续操作，提出在阳极氧化铝（AAO）孔内合成介孔氧化硅，结合介孔氧化硅在固酶上的优势和AAO的膜结构，构筑结构化生物催化剂。

To achieve continuous manipulation of immobilized enzyme applied in catalysis , structured bio-catalysts are presented by synthesis of mesoporous silica in anodic aluminum oxide ( AAO ), which combines the advantage of mesoporous silica as host of enzyme and the membrane structure of AAO .

蛋白质工程技术与新型生物催化剂设计

Protein Engineering Technique and The Search for The New Biocatalyst Design

有机复混肥料的生产生物催化剂在有机合成中的应用

Production of organic compound fertilizer BIOCATALYSTS IN ORGANIC SYNTHETIC CHEMISTRY

重组肠道细菌作为产乙醇生物催化剂的研究进展

Research progress of recombinant enteric bacterial catalysts for ethanol production

洋葱伯克霍尔德菌脂肪酶：一种应用前景广阔的生物催化剂

Burkholderia cepacia lipase : a potential versatile biocatalyst for future biochemical industry

尼龙6膜固定化生物催化剂及其应用

Nylon 6 Membrane Immobilized Biology Catalyst and Its Applications

生物催化剂的分子设计研究是发展新型生物催化剂的重要手段。

The biocatalyst molecular design is an important method to develop new biocatalyst .

生物催化剂与酶概念的发展

The Development of the Concepts of Biocatalyst and Enzyme

而现在酶也被单独用作生物催化剂。

Now however , enzymes are also used in isolation as biological catalysts .

人工合成膜&生物催化剂固定化的新载体

Artificial Membranes-New Carriers for the Immobilization of Biocatalyst

而生物体内的新陈代谢并不是完全自发进行的，而是靠生物催化剂&酶来催化的。

The metabolism is not a spontaneous reaction and is catalyzed by the enzymes .

以固定化脂肪酶作为生物催化剂在无溶剂体系中初步合成了蔗糖月桂酸酯。

Sucrose-laurate was synthesized by using immobilized lipase as the biocatalyst in solvent-free system .

固定化生物催化剂在有机介质中的应用

Development of immobilized biocatalysts in organic media

酶是生物体内由细胞产生的一种生物催化剂。绝大部分酶是由蛋白质组成的。

Enzymes are biological catalysts in biological cells , and most of them are proteins .

一种新型的生物催化剂&催化抗体

A New Biological Catalyst & Catalytic Antibody

生物催化剂在制药工业的应用

Application of Biocatalysts in the Pharmaceutical Industry

生物催化剂酶在高分子改性中的应用

Biocatalyst Enzyme Applied in Polymer Modification

脂肪酶作为一种天然生物催化剂，可在温和条件下合成上述产物，能耗低且产品纯度高。

Now , high purity products can be synthesized in presence of Upases under mild conditions .

酶是一种生物催化剂。

Enzymes are biological catalysts .

同时，反应介质及生物催化剂循环使用多次仍能保持其基本活力。

Meanwhile , recycling of reaction medium and biocatalyst could still keep its basic vitality . 3 .