强制降解研究,以确定药物中的有机杂质:巴西的观点

F. F. Farias, V. A. P. Martins, H. Yano, L. M. Trujillo, E. Pinto
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引用次数: 2

摘要

目的:本研究的目的是强调和沉淀在进行强制降解研究以确定降解产物时应遵循的必要步骤,并描述与药物和药品降解研究相关的巴西和国际法规。方法:本综述基于巴西指导工具RDC 53/2015、指南4和问答资源;用作国际指南的参考资料;并在降解产物分析领域发表文章。结果:表征一种物质的杂质特征,开发指示性稳定性方法是符合现行法规的基本标准,并解决了合理的健康问题。由于这一问题属于最近公布的条例的范围,因此对进行强迫退化研究的方法和发展表明稳定性的方法仍然存在许多疑问。分析条件预测在暴露于热、潮湿、酸性、碱性、氧化、光解和金属离子条件后的降解。结论:尽管RDC 53/2015概述了降解参数,但与其他国际标准一样,没有规定分析条件。设计良好的强制降解研究是获得具有峰值纯度和质量平衡的良好稳定性指示方法的关键。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Forced degradation studies to identify organic impurities in pharmaceuticals: a Brazilian perspective
Objective: The aim of this study was to highlight and sediment the necessary steps to be followed while conducting forced degradation studies to identify degradation products and to describe the Brazilian and international regulations associated with degradation studies of drugs and drug products. Methods: This review was conducted based on the Brazilian guidance tools as RDC 53/2015, Guide 4 and Question and Answer resource; references used as international guides; and articles in the field of degradation product analyses. Results: Characterization of the impurity profile for a substance, and development of indicative stability methods are essential criteria for compliance with current legislation, and address a legitimate health concern. As this matter falls under the purview of recently published regulation, many doubts remain regarding methods of conducting studies of forced degradation, and development of methods indicative of stability. Analytical conditions predict degradation after exposing them to thermal, humid, acidic, basic, oxidation, photolytic, and metal ion conditions. Conclusions: Although RDC 53/2015 outlines the parameters of degradation, the analytical conditions are not specified, as well as in other international standards. A well-designed forced degradation study is key to obtaining a good stability indicating method with peak purity and mass balance.
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