一次性灌注生物反应器支持连续生物制造

W. Whitford
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引用次数: 5

摘要

生物制造领域采用许多一次性(SU)系统的特点,如较低的初始投资和缩短上市时间。连续制造方法可以提高产品质量和过程控制,并降低运营成本。连续生物制造(CB)还承诺减少分类面积,人员要求和操作步骤。SU CB的好处包括提高了加工参数的一致性和提高了工艺的灵活性。灌注培养(PC)是由许多专门的SU和混合生物反应器支持的。这些和许多辅助的灌注技术是实现上游CB的主要方式。PC提供的有价值的特性包括减少产品反应器驻留和提高反应器体积生产率。SU PC支持企业管理,模块化,端到端集成和封闭CB的梦想,提供更高的环境可持续性。
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Single-use perfusion bioreactors support continuous biomanufacturing
The field of biomanufacturing employs many single-use (SU) systems for features such as lower initial investment and reduced time-to-market. Continuous manufacturing methods can provide increased product quality and process control, and reduced operating costs. Continuous biomanufacturing (CB) additionally promises reduced classified area extent, personnel requirements and operating steps. The benefits of SU CB include heightened processing parameter consistency and increased process flexibility. Perfusion culture (PC) is supported by many specialized SU and hybrid bioreactors. These and many accessory perfusion-enabling technologies are the main way of implementing upstream CB. Valuable features provided by PC include reduced product reactor-residency and increased reactor-volumetric productivity. SU PC supports the dream of enterprise managed, modular, end-to-end integrated and closed CB providing higher environmental sustainability.
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Bioresources and Bioprocessing a review Short Commentary on Pharmaceutical Bioprocessing Editorial in Pharmaceutical Bioprocessing Dynamics and scale-up of thePharmaceutical molecule Research on Pharmaceutical Bioprocessing a short communication
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