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Making Glass Bioreactors CIP and SIP Capable:Infors HT Develops an Approach Designed to Increase System Throughput

机译:使玻璃生物反应器具有CIP和SIP功能:Infors HT开发了一种旨在提高系统吞吐量的方法

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Quick and efficient bioprocess development is vital for researchers in industry as well as for those at universities or research institutes. Hence, low-maintenance bioreactors that are easy to operate and always ready to use are an emerging requirement for many users.A major factor that limits the throughputof bioreactors is the time spent for cleaning and sterilizing the vessels. While clean-in-place (CIP) and sterilize-in-place (SIP) are standard features of larger-scale steel bioreactors, this functionality used to be unavailable for the more compact lab-scale bioreactors. Some consider single-use vessels as a solution, but they have some drawbacks in comparison to reusable steel and glass bioreactors (Table).
机译:快速有效的生物过程开发对于工业研究人员以及大学或研究机构的研究人员至关重要。因此,易于操作且随时准备使用的低维护性生物反应器是许多用户的新兴需求。限制生物反应器生产能力的主要因素是清洁和消毒容器所花费的时间。尽管就地清洁(CIP)和就地灭菌(SIP)是大型钢生物反应器的标准功能,但以前这种功能对于更紧凑的实验室规模生物反应器是不可用的。有些人将一次性容器作为解决方案,但与可重复使用的钢制和玻璃制生物反应器相比,它们具有一些缺点(表)。

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