cystamine

Acyl cystamine was proven very effective to facilitate oxidative protein refolding at strong reducing environments, which can not be achieved by any other oxidants.

研究表明，酰基胱胺能够在强还原环境下有效地促进蛋白质氧化复性，这是其它任何氧化剂所不能做到的。

Highly stable glucose oxidase ( GOx) multilayer films were fabricated on cystamine modified gold electrode surfaces by layer-by-layer self-reaction of periodate-oxidized glucose oxidase.

以胱胺修饰的金电极为基础电极，利用席夫碱反应使经高碘酸根氧化的葡萄糖氧化酶在该电极表面进行自身的层-层有序组装。

A Piezoelectric Schistosoma-Japonicum Immunosensor Based on Self-Assembled Cystamine Film and SiO_2 Nanoparticles

基于胱胺自组装膜和SiO2纳米颗粒增强效应的日本血吸虫压电免疫传感器的研究

Based on this finding, hydrophobic alkyl tails were linked to cystamine to design a novel small molecular foldase mimics, acyl cystamine.

因此，设计具有疏水尾的小分子折叠酶模拟物酰基胱胺作为新型氧化折叠助剂分子。

Ferrocene functionalized cystamine was assembled on a gold electrode and its electrochemical behaviors were investigated. In addition, a DNA-based signal-on electrochemical sensor of adenosine was designed and some preliminary experiments were carried out.

得到了二茂铁-胱胺的偶联产物，并对该产物在金电极表面的电化学稳定性和电子转移特性进行了表征，对基于DNA的信号增强型腺苷电化学传感器进行了初步探索。

Cystamine in this way produces similar protective measure to that of the traditional method.

此法同传统方法所测得胱胺的防护效果相近似。

The main conditions of the assembly of Cystamine, the immobilization of antibody and immunoreaction were investigated.

详细考察了胱胺自组装情况，抗体包被和免疫反应的主要实验条件以及传感器的响应性能。