点击化学

本论文从分子设计的三要素&组成、形态和功能性出发，利用原子转移自由基聚合（ATRP）和点击化学，成功合成了一系列组成不同、形态各异，且具有不同敏感性的聚合物。

Based on the composition , morphology and function , this dissertation successfully synthesized a series of stimuli-responsive macromolecules by using atom transfer radical polymerization ( ATRP ) or click chemistry .

相比VTMS硅胶杂化整体柱，γ-MAPS硅胶杂化整体柱表面具有更高的反应活性烯键，能在更加温和的条件下跟其他含巯基的化合物进行巯-烯点击化学反应。

Compared to the VTMS silica hybrid monolithic column , the y-MAPS silica hybrid monolithic column has a higher reactivity vinyl linkage on the surface of monolith . Thus it is easier to connect vinyl bond with other sulfhydryl-containing compounds through thiol-ene click chemistry under milder conditions .

在制备无机/高分子纳米复合材料的诸多方法中，点击化学（“click”chemistry）是近年来较为流行的方法之一。

The " click " chemistry is one of the most popular methods of preparation of inorganic / polymer nanocomposites .

本研究论文在电化学DNA传感器用于基因点突变识别以及利用点击化学进行传感界面的构建两个方面做了一些新方法的研究。

Aiming at the problems including gene mutation identification and fabrication of sensing interfaces that using click chemistry , several novel methods have been developed for electrochemical , piezoelectric DNA biosensors .

本研究尝试在玻璃纤维表面采用点击化学反应的方法对玻纤进行表面改性。

In this paper , we tried to click reaction on glass fiber surface .

点击化学制备牛血清白蛋白&聚乙二醇键合体系及其用于5-氟尿嘧啶的载药研究

Preparation of BSA-mPEG Conjugates by " Click Chemistry " and Their Application as Drug Carriers for 5-FU

点击化学反应以其快速简单的优势，已经被广泛应用于生物分子的连接。

With unique fast and efficient advantages , click chemistry reaction has been widely used in the connection of biological molecules .

近年来，活性/可控自由基聚合和点击化学技术的发展，为合成各种复杂结构的非线形聚合物提供了帮助。

In recent years , the development of living / controlled radical polymerization and click chemistry makes the synthesis of various nonlinear polymers with complex structure much easier .

近年来，点击化学反应以其高产率、高选择性以及对各种官能团和反应条件优异的耐受性成为材料科学家们手中有力的研究工具。

In recent years , click reactions have converged into a powerful tool set for materials scientists because of their high yields , high selectivity , and exceptional tolerance towards a wide range of functional groups and reaction conditions .

首先在金电极表面固定含有叠氮基团的捕获探针，然后与标记有亚甲基蓝的炔基发夹形检测探针发生点击化学反应，该方法利用一价铜离子的催化效应进行电化学定量检测。

Firstly , the azido capture probe was immobilized on the gold electrode surface , then the methylene blue labeled alkynyl hairpin probe was added to initiate click reaction . This method utilizes the catalytic activity of Cu ( I ) for electrochemical quantitative detection .