Biostatistics, Research & CMC, Sanofi-aventis, 195 Route d'Espagne, 31036 Toulouse, France.
J Pharm Biomed Anal. 2011 Sep 10;56(2):293-303. doi: 10.1016/j.jpba.2011.05.034. Epub 2011 Jun 2.
In 2001, a multidisciplinary team made of analytical scientists and statisticians at Sanofi-aventis has published a methodology which has governed, from that time, the transfers from R&D sites to Manufacturing sites of the release monographs. This article provides an overview of the recent adaptations brought to this original methodology taking advantage of our experience and the new regulatory framework, and, in particular, the risk management perspective introduced by ICH Q9. Although some alternate strategies have been introduced in our practices, the comparative testing one, based equivalence testing as statistical approach, remains the standard for assays lying on very critical quality attributes. This is conducted with the concern to control the most important consumer's risk involved at two levels in analytical decisions in the frame of transfer studies: risk, for the receiving laboratory, to take poor release decisions with the analytical method and risk, for the sending laboratory, to accredit such a receiving laboratory on account of its insufficient performances with the method. Among the enhancements to the comparative studies, the manuscript presents the process settled within our company for a better integration of the transfer study into the method life-cycle, just as proposals of generic acceptance criteria and designs for assay and related substances methods. While maintaining rigor and selectivity of the original approach, these improvements tend towards an increased efficiency in the transfer operations.
2001 年,赛诺菲-安万特的一个多学科团队,由分析科学家和统计学家组成,发表了一项方法学,从那时起,该方法一直指导着研发基地向生产基地的释放专论转移。本文概述了最近对原始方法的调整,利用了我们的经验和新的监管框架,特别是 ICH Q9 引入的风险管理视角。尽管在我们的实践中引入了一些替代策略,但比较测试策略,基于等效性测试作为统计方法,仍然是基于非常关键质量属性的测定的标准。这是在转移研究的分析决策框架内,出于对两个层面的重要考虑而进行的:对于接收实验室,采用分析方法做出错误放行决策的风险;对于发送实验室,由于方法的性能不足而对接收实验室进行认证的风险。在对比较研究的改进中,本文介绍了我们公司为了更好地将转移研究纳入方法生命周期而制定的流程,以及用于测定和相关物质方法的通用验收标准和设计的建议。在保持原始方法严谨性和选择性的同时,这些改进倾向于提高转移操作的效率。