Cyclodextrins are natural degradation products of starch.
环糊精是淀粉的天然降解产品。
The recent development of molecular imprinting technology based on cyclodextrins was reviewed.
本文综述了近年来基于环糊精的分子印迹技术的研究进展。
Cyclodextrin glycosyltransferase (CGTase) is used for the industrial production of cyclodextrins.
环糊精葡萄糖转移酶在工业上用于生产环糊精。
Cyclodextrins were ideal enzyme mimics models because of their special structures and characteristics.
环糊精特殊的结构和性质使其成为理想的模拟酶模型。
Cyclodextrins were also found to retard the fading, because of the azo groups of the dye are surrounded with it.
环糊精抑制褪色，是由于其包接作用使染料的偶氮基团被保护起来；
The studies on the preparation, structure, property and application of cyclodextrins have been in a wider and wider scope.
环糊精包合物的制备、结构、性质和应用研究日益广泛。
The surface tension and critical micelle concentration of SDS were influenced by the properties of the cyclodextrins added.
SDS的表面张力及临界胶束浓度的变化与添加的环糊精的性质有关。
Cyclodextrins have been used in many fields such as chemistry, biology, and pharmacy because of their appealing unique properties.
环糊精以其引人注目的独特包结特性，已在化学、生物学、药学等领域获得了广泛应用。
In the paper, applications of cyclodextrins in pretreatment and washing, dyeing, printing, finishing and waste water treatment were reported.
文章介绍了环糊精在前处理及水洗、染色、印花、整理以及印染废水处理中的应用情况。
Then, it described the research and applications of cyclodextrins, cyclodextrin derivatives and cyclodextrin polymer in analytical chemistry.
其次，介绍了环糊精、环糊精衍生物及环糊精高分子在分析化学中的应用研究。
Method The surface tension of SDS was determined by the drop volume method in different kinds of cyclodextrins and at different concentrations.
采用滴体积法测定SDS在不同种类、不同浓度的环糊精中的表面张力。
In this article, the applications of modified cyclodextrins, cyclodextrin polymers and cyclodextrin metal complexes in enzyme mimics were reviewed.
本文概述了修饰环糊精、环糊精聚合物以及环糊精金属配合物在模拟酶研究中的应用。
This paper reviews the advances in modeling enzymes by using bridged cyclodextrins which have two binding sites and multiple recognition abilities.
本文综述了具有两个疏水结合部位和多重识别功能的桥联环糊精仿酶研究进展。
Cyclodextrins can be used for a wide variety of purposes Because these cyclical molecules bind with substances and modify their physical properties.
环状糊精可被用于各种目的，因为这些环状分子可与底物结合并改变其物理性质。
The stability of inclusion complex was influenced by the strength between cyclodextrins and guest molecule. Hydrophobic bond was main impetus of inclusion process.
在环糊精和客体分子之间的作用力中，疏水键是包合过程的主要作用力。
METHOD: the molecular mechanics and molecular dynamics programs were employed to calculate the inclusion cases of cyclodextrins to artemisinins at molar ratio being 1:1.
方法：采用分子力学和分子动力学计算程序，考察1：1摩尔比时的各种包结情形。
The research and application of cyclodextrins imitating enzyme chemistry are summarized and reviewed, the development and trend of cyclodextrins imitating enzyme chemistry are explained.
对环糊精在有机合成中的应用及其仿酶化学研究与应用进行了系统总结和评述，并阐述了其进展与趋势。
The current applications of cyclodextrins in pharmaceuticals, food, environmental protection, deodorizer, biomedical science, cosmetics and electrochemistry have been reviewed in this paper.
综述近年环糊精在药物、食品工业、环境保护、除臭剂、生物医学、化妆品以及电化学方面的应用。
The current applications of cyclodextrins in pharmaceuticals, food, environmental protection, deodorizer, biomedical science, cosmetics and electrochemistry have been reviewed in this paper.
综述近年环糊精在药物、食品工业、环境保护、除臭剂、生物医学、化妆品以及电化学方面的应用。
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