对流相互作用介质(CIM)——短层整体色谱固定相。

Ales Podgornik, Ales Strancar
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引用次数: 56

摘要

现代下游加工需要快速高效的方法来获得大量高纯度的物质。常用的方法是色谱法。然而,它的主要缺点是其吞吐量,因为纯化,特别是大分子,需要很长的处理时间。为了克服这一问题,引入了几种新的固定相,其中短层单晶在许多应用中表现出优越的性能。本文综述了以对流相互作用媒体(CIM)商标商业化的短甲基丙烯酸酯整体柱的概况。从不同的角度描述了它们的独特性质,解释了它们在各个领域应用的原因。讨论了制备大体积甲基丙烯酸酯整体柱的方法,并给出了最佳方案。本文的最后一部分总结了CIM整体列实现的不同示例,以便读者了解它们的优点。
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Convective Interaction Media (CIM)--short layer monolithic chromatographic stationary phases.

Modern downstream processing requires fast and highly effective methods to obtain large quantities of highly pure substances. Commonly applied method for this purpose is chromatography. However, its main drawback is its throughput since purification, especially of large molecules, requires long process time. To overcome this problem several new stationary phases were introduced, among which short layer monoliths show superior properties for many applications. The purpose of this review is to give an overview about short methacrylate monolithic columns commercialised under the trademark Convective Interaction Media (CIM). Their unique properties are described from different perspectives, explaining reasons for their application on various areas. Approaches to prepare large volume methacrylate monolithic column are discussed and optimal solutions are given. Different examples of CIM monolithic column implementation are summarised in the last part of the article to give the reader an idea about their advantages.

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