Study on enzyme catalysis conditions of recombinant S-adenosylmethionine synthetase 重组腺苷蛋氨酸合成酶酶促反应条件的研究
These factors could not only promote the enzyme catalysis, but also passivate the activity of enzyme. 研究结果表明,物理场对酶活力有着较大的影响。
Study on producing acrylamide by microbial enzyme catalysis 微生物酶催化法生产丙烯酰胺的研究
Mimic enzyme catalysis is a new challenging project in green chemistry. 仿酶催化是绿色化学研究中的一个重要课题。
Of course, she needs to know the basic principles, but she's also talking about it an enzyme, so she needs to know about enzyme catalysis. 她需要知道这表上的许多东西,当然她需要知道到这些基本原理,她研究的是一种酶。
The development of research on synthesis of Butyl Butyrate and the catalysis of sulfonic acid, inorganic salt, solid superacid, heteropoly acid, enzyme catalysis compound are summarized. 综述了磺酸、无机盐、固体超强酸、杂多酸、酶催化体系等对合成丁酸丁酯的催化作用及研究进展。
Investigation of the Urea Enzyme Catalysis Specific Property in the Sprouting Period of Soybean 大豆种子萌发期脲酶催化特性的研究
Study on the enzyme catalysis in non-aqueous media and its application in biodiesel preparation 非水介质脂肪酶在生物柴油制备中的应用研究
The property research of surfactant in non-aqueous solution can provide theoretical basis for the research of micelle enzyme catalysis of cellulase. 非水溶液中表面活性剂性质的研究可以为进一步研究纤维素酶的胶束酶催化奠定理论基础。
In the traditional lactic acid production methods, DL-lactic acid can be synthesized by chemosynthesis method, its cost is too high and its raw materials are venomousness; Optical purity lactate can be produced by Enzyme catalysis. 传统的乳酸生产方法中,化学合成法所用原料有剧毒,生产成本高:酶法生产乳酸工艺比较复杂,对生产条件要求较高,因此微生物发酵法生产乳酸成为乳酸生产的主要方法。
Factors which affect the efficiency of enzyme catalysis in organic media were discussed. In all of the factors. water activity and solvent are the two important factors. 总结了有机相酶催化的优点与影响因素,其中水活度与溶剂为众多因素中最为引人注目的两大因素。
It is well known that mimic enzyme catalysis is a novel challenging field in bioorganic chemistry with rapid progress. 众所周知,仿酶催化是生物有机化学领域的挑战性课题,近年来研究进展十分迅速。
Application of Enzyme Catalysis in the Stereo-organic Synthesis 酶催化反应在立体有机合成中的应用
Secondly, biological appetency hydrophilicity magnetic carriers and enzyme catalysis carriers were discussed. 其次,介绍了新型生物填料,主要从生物亲和亲水磁性填料和酶促生物填料两方面介绍其在废水处理中的应用。
The characteristics of the reaction kinetics of enzyme catalysis in organic solvents were outlined. 对有机相酶促反应动力学进行了概括性的论述。
The technology of ultra-microparticle by SCF 、 enzyme catalysis in supercritical fluid and supercritical water oxidation were introduced, their applications were also elaborated. 介绍了超临界流体制备超细微粒、超临界流体中的酶催化反应、超临界水氧化等新型超临界流体技术及应用。
This paper reviewed the particularity, advantage, application, usual enzymatic reaction system of enzyme catalysis in nonaqueous phase and its principle of enzymatic reaction system built. 综述了有机相酶催化作用的特点,构建有机相酶催化反应体系的遵循原则,介绍了带用的有机相酶催反应体系并给出了有机相酶催化反应的应用示例。
Progress on Organic Phase Enzyme Catalysis in Media Engineering 有机相酶催化中溶剂工程的进展
In this paper, several technologies of pyrolysis, transesterification and latest research achievements were reviewed, including chemical catalysis, enzyme catalysis and supercritical method for production of biodiesel oil. 综述了热裂解法和酯交换法(包括化学催化法、酶催化法和超临界法)制备生物柴油的最新研究进展,并探讨了各种制备方法的优缺点和应用前景。
An Improved Algorithm of Enzyme Catalysis Kinetic Analysis for Fast Determination of Pesticide Residue 农药残留快速检测中酶催化动力学分析的算法改进
Design, Synthesis, Supramolecular Recognition and Mimic Enzyme Catalysis of Macrocyclic Polyamine Metal Complexes 新型大环多胺金属配合物的设计合成、超分子识别与仿酶催化作用
Research on Dynamics Enzyme Catalysis Sucrose Hydrolysis in Reverse Micelle System 反胶团体系中酶催化蔗糖水解反应动力学研究
The advantages and disadvantages of enzyme catalysis in organic media and factors which affect the efficiency of biocatalysis in organic media were also discussed. 总结了有机相酶催化反应的优点与影响因素,同时对核苷类似物的酶催化合成机理和底物特异性做了简要综述。
Reversed Micelle and its Application in the Synthetic Technology of Enzyme Catalysis 反胶团及其在酶催化合成技术中的应用
Thermal analysis of enzyme catalysis reaction 酶催化反应的热分析研究
In order to overcome some disadvantage from the free enzyme catalysis, the free enzyme was immobilized on the carrier. Then, the immobilized lipase was applied in the resolution of 2-chloropropionic acid ester. 为了克服游离酶催化的一些不足之处,将游离酶固定在载体上,寻求最佳的脂肪酶固定化方案,并将固定化酶应用于2-氯丙酸酯的拆分。
And the processes of enzyme catalysis, immune response and signal transduction must depend on the protein-protein interaction. 而酶的催化、免疫反应、信号转导等过程必须依靠蛋白质-蛋白质之间的相互作用才能完成其功能的行使。
Ribonucleic Acid ( abbreviated as RNA) is one of the most significant biological macromolecules, which is involved in protein synthesis, has enzyme catalysis, carries genetic information, and plays a extremely critical role in the life processes. 核糖核酸(Ribonucleicacid,缩写为RNA)是非常重要的生物大分子之一,它参与蛋白质的合成,具有酶的催化作用,且携带遗传信息,在生命过程中起着举足轻重的作用。
The study of enzyme catalyst not only provided a new, green and highly effective reaction pathway, but also enriched theoretical enzymology and expanded the scope of enzyme catalysis. 研究酶催化反应不仅为有机化学提供了新的、高效的、环保的反应途径,还丰富了酶学的研究范围。
Biocatalysis is a new technology for extracting and separating active constituents from natural plants via enzyme catalysis. 利用生物酶催化技术提取和分离天然产物中的有效成分是一项新兴技术。