亲和层析:大规模生物处理的一种使能技术-它如何进入发展中国家

F. Riske, B. Riske
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引用次数: 0

摘要

亲和层析最初用于描述凝集素-糖蛋白、抗体-抗原和酶-抑制剂等层析生物相互作用。这个定义已经扩展到包括靶标和配体之间的特定相互作用。亲和层析的使用随着单抗疗法的爆炸式发展和抗体捕获的蛋白- a层析的使用达到了顶峰。现在,亲和层析已经转移到非单抗蛋白。通过在灵活的多产品生产现场实现工艺开发和制造过程的标准化,这可以产生与Mab相同的经济优势。输出是提高产品产量,更高的目标回收率,并可能更便宜的药物。发达国家拥有这些优势,但我们如何让发展中国家也能使用这些技术呢?
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Affinity Chromatography: An Enabling Technology for Large Scale Bioprocessing - How does it get to the Developing World
Affinity chromatography was initially used to describe chromatographic biological interactions such as lectin-glycoprotein, antibody -antigen and enzyme-inhibitor. This definition has expanded to include the specific interaction between a target and a ligand. The use of affinity chromatography has reached a zenith with the explosion of Mab therapeutics and the use of Protein-A chromatography for antibody capture. Now, affinity chromatography has moved to non Mab proteins. This can result in the same economic advantages as Mab, by enabling the standardization of process development and manufacturing processes in flexible multiproduct production sites. The output is improved product throughput, higher target recoveries, and potentially less expensive drugs. These advantages are available to the developed world but how do we make this technology available to the developing world?
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