Cellulose as a (bio)affinity carrier: properties, design and applications.

P Gemeiner, M Polakovic, D Mislovicová, V Stefuca
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Abstract

This contribution presents a framework for the rational design of affinity sorbents based on cellulose materials as a support. A three-level evaluation procedure, utilizing the knowledge of physical, chemical and engineering theories, is discussed, which integrates the design of support, affinity sorbent and chromatographic contactor. The principal support properties, such as morphological, diffusional, hydrodynamic, mechanical or ligand-binding properties, are presented and literature data on them are surveyed.

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纤维素作为一种(生物)亲和载体:性质、设计和应用。
这一贡献提出了基于纤维素材料作为支持的亲和吸附剂的合理设计框架。利用物理、化学和工程理论知识,讨论了支撑剂、亲和吸附剂和色谱接触器设计的三级评价程序。介绍了主要的载体性质,如形态、扩散、流体力学、力学或配体结合性质,并对它们的文献资料进行了调查。
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