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用于工艺规模抗体纯化的新型Q膜缩小模型。

New Q membrane scale-down model for process-scale antibody purification.

作者信息

Zhou Joe X, Tressel Tim, Gottschalk Uwe, Solamo Felix, Pastor Andre, Dermawan Shinta, Hong Tony, Reif Oscar, Mora Jeff, Hutchison Fred, Murphy Michael

机构信息

Amgen Inc., One Amgen Center Drive, Thousand Oaks, CA 91320, USA.

出版信息

J Chromatogr A. 2006 Nov 17;1134(1-2):66-73. doi: 10.1016/j.chroma.2006.08.064. Epub 2006 Sep 11.

Abstract

Process-scale antibody production requires polishing steps with extremely high product throughput and robust operation. In this communication, the Sartobind Q membrane adsorber for process-scale antibody production is evaluated as an alternative to Q column chromatography. Although the capacity seen with large-scale membrane adsorbers is competitive with column chromatography, the same throughput is not achieved with the current scale-down models. The operational issues currently found in membrane scale-down models, including backpressure, which significantly compromises the membrane's capacity, were examined. A new scale-down model was designed to mimic the liquid flow path found in the large-scale capsule, and a new process capacity equivalent at both small and large scale was successfully achieved. Results of a 4-model virus study with a redesigned Sartobind Q absorber scale-down model at the new process capacity are presented.

摘要

工艺规模的抗体生产需要具有极高产品通量和稳健操作的精制步骤。在本通讯中,对用于工艺规模抗体生产的Sartobind Q膜吸附器作为Q柱色谱法的替代方法进行了评估。尽管大规模膜吸附器的容量与柱色谱法具有竞争力,但当前的缩小模型并未实现相同的通量。研究了目前在膜缩小模型中发现的操作问题,包括背压,背压会显著损害膜的容量。设计了一种新的缩小模型来模拟大规模胶囊中的液体流动路径,并成功实现了在小规模和大规模下相当的新工艺容量。本文展示了在新工艺容量下使用重新设计的Sartobind Q吸附器缩小模型进行的四模型病毒研究结果。

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