自旋捕获EPR技术对测量生物系统中NO生成的贡献

Y. Henry, A. Guissani
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引用次数: 14

摘要

在对NO自旋捕获方法的综述中,我们指出了它们相对于冷冻溶液EPR光谱检测亚硝基化金属蛋白的主要优点:提高了灵敏度、潜在的特异性和时间分辨率。回顾了关于持续环境评估方法的几个简单想法。可能的人工产物的例子,有时是意想不到的,在任何分析方法中都很容易遇到。还提到了新的方法发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Contribution of spin-trapping EPR techniques for the measurement of NO production in biological systems
In this overview of NO spin-trapping methods, we have pointed out their main advantages over frozen solution EPR spectroscopy detection of nitrosylated metalloproteins: improved sensitivity, potential specificity and time-resolution. A few simple ideas concerning EPR methodology have been recalled. Examples of possible artefacts, sometimes unexpected, which can easily be encountered in any analytical methods have been described. New methodological developments have also been mentioned.
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