<B>Contents</B>: Y.-H. Truei, G. Gu, G.-J. Tsai, G.T. Tsao, West Lafayette, USA: <I>Large-Scale Gradient Elution </I><I>Chromatography.</I>- C.A. Heath, Hanover, USA; G. Belfort, Troy, USA: <I>Synthetic Membranes in Biotechnology: Realities and </I><I>Possibilities.</I>- A.D. Diamond, J.T. Hsu, Beth
Bioseparation
โ Scribed by Tsao G.T. (ed.)
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โฆ Synopsis
This chapter is not intended to be a conventional review of gradient elution chromatography. Instead, the goal of this chapter is to provide practical strategies for large-scale separations using this method. Comprehensive reviews have provided its fundamentals and applications [1-4] for analytical purposes. In response to the increasing need for high purity bioproducts, advances in analytical liquid chromatography are being exploited for bioseparations [5]. Many of these bioproducts are proteins or other macro-molecules. However, most current theories and application strategies in gradient elution chromatography were developed for analytical purposes of small compounds, and they might not be appropriate for arge-scale separations of macro-molecules, which will be generally described in this section and in detail in the remaining sections of this chapter.
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