2023 年病毒清除研讨会论文集,会议 4:连续处理。

John Fisher, Scott Lute
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引用次数: 0

摘要

2023 年病毒清除研讨会(VCS)上的连续加工分会重点关注了解如何有效设计用于连续加工的病毒清除操作以及进行病毒清除研究的方法。在本环节中,介绍了一种直接解决低 pH 值病毒灭活连续流反应器操作控制问题的方法。会议讨论了低 pH 值连续流培养室的设计和对确定停留时间的影响。此外,还证明了批处理操作和连接操作之间的病毒清除能力,在连接的活度-极性层析和流动层析步骤中具有可比性。总之,本次会议提供了更多科学知识,为实施连续生产工艺时的病毒清除策略提供了支持。
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Proceedings of the 2023 Viral Clearance Symposium, Session 4: Continuous Processing.

The continuous processing session at the 2023 Viral Clearance Symposium (VCS) focused on understanding how to effectively design viral clearance operations for use in continuous processes and methods to perform viral clearance studies. In this session, an approach to directly address control considerations with operating continuous-flow reactors for low pH viral inactivation was presented. Continuous-flow low pH incubation chamber design and implications for residence time determination were discussed. Additionally, viral clearance capability between batch operation and connected operation were demonstrated to be comparable for a connected bind-elute chromatography and flow-through chromatography step. Overall, this session provided additional scientific knowledge to support viral clearance strategies when implementing a continuous manufacturing process.

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CiteScore
1.90
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发文量
34
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