enzyme immobilization

Progress in Enzyme Immobilization on Mesoporous Materials and their Modified Materials

介孔材料及其改性材料中酶的固定化研究进展

Enzyme immobilization has been proven an effective method to improve catalytic activity and thermal stability of enzyme .

酶的固定化已经证明是提高酶的活性和热稳定性的有效方法。

Application of natural polysaccharide on materials used as enzyme immobilization carriers

天然多糖在酶固定化载体材料中的应用

Study on Preparation Technique for Enzyme Immobilization Membrane Prepared by Sol-gel Means

溶胶-凝胶法制备酶固定膜的工艺方法研究

Study on the methods of preparing support from chitosan for enzyme immobilization

壳聚糖制备固定化酶载体的方法探讨

Carbon fiber is a new kind of quality biologic enzyme immobilization carrier .

碳纤维是一种新型优质生物酶固定化载体。

Preparation of Magnetic Nanoparticles and Its Application to Enzyme Immobilization

磁性纳米粒子的制备及脂肪酶的固定化

Recent progress of materials used as enzyme immobilization carriers

酶固定化载体材料研究新进展

In addition , the process of enzyme immobilization was investigated on this thesis .

此外，本文还研究MTSase和MTHase此双酶系统的固定化过程。

Recent advances in enzyme immobilization on membranes and their applications

酶的膜固定化及其应用的研究进展

The Studies on the Characterization and Stability of Enzyme Immobilization in Mesoporous Materials

介孔材料固定酶的性质和稳定性研究

Comparative Study of Various Enzyme Immobilization Techniques on Screen-Printed Electrodes

几种酶固定方法在丝网印刷微电极上的比较研究

Study on Enzymatic Properties of Trehalose Synthase and Condition of Enzyme Immobilization

海藻糖合酶特性及固定化条件的研究

Application of inorganic materials in enzyme immobilization

无机材料在酶固定化中的应用

Enzyme Immobilization Technique in Microfluidic Channel on Integrated Chip

一体化微流控芯片的酶固定化技术

Advances in enzyme immobilization using magnetic polymer microspheres

磁性高分子微球用于固定化酶的研究进展&生物材料结构及性质的基础研究及其应用于药物的控制释放

Preparation of Surface Functional Magnetic Microspheres and Their Application in Nucleic Acid Separation and Enzyme Immobilization

表面功能化磁性微球的制备及在核酸分离与固定化酶中的应用

Applications of chitosan and its derivatives in enzyme immobilization

壳聚糖及其衍生物在固定化酶中的应用进展

Enzyme Immobilization and Its Application in Enzyme Biosensor

酶的固定化及在生物传感器的应用

Research on Enzyme Immobilization Based on Biotin-avidin System and Influence of Nanoparticle Au on Immobilization

基于生物素-亲和素系统的酶固定化及纳米金增效的研究

Preparation of chitosan from silkworm pupae and using chitosan as support of enzyme immobilization

蛹皮壳聚糖的制备及其用作酶固定化载体的研究

Comparative Study of Various Enzyme Immobilization Techniques on Screen-printed Electrodes Bar Codes by Screen Printing

用于丝网印刷电极条上几种固定酶方法的比较研究

Chitosans with high or low Mw could be made into respective good supports as enzyme immobilization .

不同分子量的壳聚糖可以制成相应的适宜载体用于酶的固定化，所得固定化酶具有较高的活力和较好的操作稳定性。

And the study is done on enzyme immobilization additivity used in artificial curing and natural aging .

同时利用自制的酶固定化添加剂应用于烟叶人工发酵和自然陈化的研究。

In the present study chitosan-coating Al2O3 was used as supports for enzyme immobilization .

Al2O3作核心的脱乙酰几丁质颗粒可用作酶固定化的载体。

Application of Chitin and Chitosan in Enzyme Immobilization

甲壳素/壳聚糖在酶固定化中的应用

Conducting polymers , due to its superior conductivity , have become good carriers for enzyme immobilization .

导电聚合物具有良好的导电性，已成为一种酶固定的良好载体。

Progress of the enzyme immobilization anode modification of the EFC was reviewed in this paper .

本文综述了固定化酶阳极修饰在EFC研究中的进展。

Fabrication of microporous ceramic supports for enzyme immobilization

微孔陶瓷固定化酶载体的合成

The crystalline structure of Fe_3O_4 was affected by xenon lamp irradiation and enzyme immobilization .

酶的固定化和氙灯辐照并未改变Fe3O4的晶形结构；