Michalski Rajmund
Institute of Environmental Engineering of Polish Academy of Sciences, Sklodowska-Curie 34 Street, 41-819 Zabrze, Poland.
Mini Rev Med Chem. 2014;14(10):862-72.
Ion chromatography is a well-established regulatory method for analyzing anions and cations in environmental, food and many other samples. It offers an enormous range of possibilities for selecting stationary and mobile phases. Additionally, it usually helps to solve various separation problems, particularly when it is combined with different detection techniques. Ion chromatography can also be used to determine many ions and substances in clinical and pharmaceutical samples. It provides: availability of high capacity stationary phases and sensitive detectors; simple sample preparation; avoidance of hazardous chemicals; decreased sample volumes; flexible reaction options on a changing sample matrix to be analyzed; or the option to operate a fully-automated system. This paper provides a short review of the ion chromatography applications for determining different inorganic and organic substances in clinical and pharmaceutical samples.
离子色谱法是一种成熟的用于分析环境、食品及许多其他样品中阴离子和阳离子的监管方法。它在选择固定相和流动相方面提供了极大的可能性。此外,它通常有助于解决各种分离问题,特别是当它与不同的检测技术相结合时。离子色谱法还可用于测定临床和药物样品中的许多离子和物质。它具有以下优点:可获得高容量固定相和灵敏的检测器;样品制备简单;避免使用危险化学品;减少样品体积;针对不断变化的待分析样品基质有灵活的反应选项;或可选择运行全自动系统。本文简要综述了离子色谱法在测定临床和药物样品中不同无机和有机物质方面的应用。