首页> 外文会议>Conference on single-use technologies II: bridging polymer science to biotechnology applications >NEXT GENERATION MANUFACTURING FOR BIOLOGICS: INTEGRATION OF A HYBRID MODEL FOR CONTINUOUS MANUFACTURING CONCEPTS INTO A CLINICAL FACILITY
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NEXT GENERATION MANUFACTURING FOR BIOLOGICS: INTEGRATION OF A HYBRID MODEL FOR CONTINUOUS MANUFACTURING CONCEPTS INTO A CLINICAL FACILITY

机译:下一代生物制造技术:将连续制造概念的混合模型集成到临床设施中

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The "one size fits all" concept is rarely applicable in life, this is also true for the concept of continuous manufacturing where specific applications will differ based upon the requirements of the end user. This is the scenario we describe here in which aspects of continuous manufacturing for both upstream and downstream biologies manufacturing are being incorporated to address the current pipeline needs within Bristol-Myers Squibb. The application is for stable, easily expressed monoclonal antibody processes that require moderate volumes and throughputs, such as for most oncology or immuno-oncology therapies. However, this is countered by challenges of an expanding pipeline that necessitates looking beyond the current platform philosophy for how to modify the process with the goal to increase overall productivity in a flexible manner.
机译:“一刀切”的概念在生活中很少应用,对于连续制造的概念也是如此,在连续制造的概念中,特定应用会根据最终用户的要求而有所不同。这是我们在此描述的方案,在该方案中,上游和下游生物制品制造的连续制造的各个方面都已纳入其中,以解决Bristol-Myers Squibb内部当前的管道需求。该应用程序适用于需要中等体积和通量的稳定,易于表达的单克隆抗体工艺,例如大多数肿瘤学或免疫肿瘤学治疗。但是,这是由不断扩展的管道所带来的挑战所抵消的,这有必要超越当前的平台哲学来寻求如何修改流程的目标,以期以灵活的方式提高整体生产率。

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