Schiel John E, Mallik Rangan, Soman Sony, Joseph Krina S, Hage David S
Chemistry Department, University of Nebraska, Lincoln, NE 68588-0304, USA.
J Sep Sci. 2006 Apr;29(6):719-37. doi: 10.1002/jssc.200500501.
The combined use of silica-based chromatographic supports with immobilized affinity ligands can be used in many preparative and analytical applications. One example is the use of silica-based affinity columns in HPLC, giving rise to a method known as high-performance affinity chromatography (HPAC). This review discusses the role that silica has played in the development of affinity chromatography and HPAC and the applications of silica in these methods. This includes a discussion of the types of ligands that have been employed with silica and the methods by which these ligands have been immobilized. Various formats have also been presented for the use of silica in affinity chromatographic methods, including assays involving direct or indirect analyte detection, on-line or off-line affinity extraction, and chiral separations. The use of silica-based affinity columns in studies of biological systems based on zonal elution and frontal analysis methods will also be considered.
基于硅胶的色谱支持物与固定化亲和配体的联合使用可用于许多制备和分析应用。一个例子是在高效液相色谱中使用基于硅胶的亲和柱,从而产生了一种称为高效亲和色谱(HPAC)的方法。本综述讨论了硅胶在亲和色谱和HPAC发展中所起的作用以及硅胶在这些方法中的应用。这包括对与硅胶一起使用的配体类型以及这些配体的固定方法的讨论。还介绍了硅胶在亲和色谱方法中的各种使用形式,包括涉及直接或间接分析物检测的分析、在线或离线亲和萃取以及手性分离。还将考虑基于硅胶的亲和柱在基于区域洗脱和前沿分析方法的生物系统研究中的使用。