Pachla L A, Reynolds D L, Wright D S, Kissinger P T
J Assoc Off Anal Chem. 1987 Jan-Feb;70(1):1-14.
During the last 7 decades, uric acid methodology has kept pace with the introduction of state-of-the-art technology (e.g., spectroscopy, electrochemistry, chromatography) or the discovery of unique chemical processes (e.g., redox, enzymatic). We envision this practice will continue in the future. There never will be a single analytical method applicable for biofluids or foodstuffs. Therefore, it is imperative that the analyst not only understand the advantages and disadvantages of a procedure, but also thoroughly understand its underlying chemical and technological principles. Since many procedures available for analysis of biofluids and foodstuffs rely on identical chemical or technological principles, this report shall review both sample types and the available spectroscopic, electroanalytical, and chromatographic methods.
在过去的70年里,尿酸检测方法一直紧跟先进技术(如光谱学、电化学、色谱法)的引入或独特化学过程(如氧化还原、酶促反应)的发现。我们预计这种情况在未来仍将持续。永远不会有一种单一的分析方法适用于生物流体或食品。因此,分析人员不仅必须了解一种检测程序的优缺点,还必须透彻理解其潜在的化学和技术原理。由于许多用于分析生物流体和食品的检测程序都依赖相同的化学或技术原理,本报告将对这两种样品类型以及现有的光谱、电分析和色谱方法进行综述。