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采用原位技术进行工艺优化。

Process optimization with in situ technologies.

作者信息

am Ende D J, Preigh M J

机构信息

Chemical Research and Development, Pfizer Inc, Groton, CT 06340, USA.

出版信息

Curr Opin Drug Discov Devel. 2000 Nov;3(6):699-706.

Abstract

In situ technologies coupled with automated laboratory reaction systems are significantly improving the way we optimize and scale-up chemical processes. In situ analytical probes are ideal for the continuous monitoring of chemical and physical changes without disturbing the reaction environment, thereby eliminating questions of sample integrity. In manufacturing settings, these tools can offer advantages of increased efficiency, safety and cost savings. This review will discuss approaches to process development and highlight important recent contributions of in situ technologies and automated systems impacting process optimization for pharmaceutical development.

摘要

原位技术与自动化实验室反应系统相结合,正在显著改善我们优化和扩大化学过程的方式。原位分析探头非常适合在不干扰反应环境的情况下连续监测化学和物理变化,从而消除样品完整性问题。在制造环境中,这些工具可以提高效率、安全性并节省成本。本综述将讨论工艺开发方法,并重点介绍原位技术和自动化系统对药物开发过程优化的重要最新贡献。

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