Bredael Gerard M, Bowers Niya, Boulineau Fabien, Hahn David
Pharmaceutical Sciences and Clinical Supply, Preformulation, Merck, Summit, New Jersey.
Formerly from Analytical Chemistry in Development and Supply, ADC-API and PAT, Merck, Rahway, New Jersey.
J Pharm Sci. 2014 Jul;103(7):2125-2130. doi: 10.1002/jps.24036. Epub 2014 Jun 2.
The ability to predict in vivo response of an oral dosage form based on an in vitro technique has been a sought after goal of the pharmaceutical scientist. Dissolution testing that demonstrates discrimination to various critical formulations or process attributes provides a sensitive quality check that may be representative or may be overpredictive of potential in vivo changes. Dissolution methodology with an established in vitro-in vivo relationship or correlation may provide the desired in vivo predictability. To establish this in vitro-in vivo link, a clinical study must be performed. In this article, recommendations are given in the selection of batches for the clinical study followed by potential outcome scenarios. The investigation of a Level C in vitro-in vivo correlation (IVIVC), which is the most common correlation for immediate-release oral dosage forms, is presented. Lastly, an IVIVC case study involving a biopharmaceutical classification system class IV compound is presented encompassing this strategy and techniques.
基于体外技术预测口服剂型的体内反应能力一直是药物科学家追求的目标。溶出度测试能够区分各种关键制剂或工艺属性,提供了一种灵敏的质量检查,它可能具有代表性,也可能对潜在的体内变化预测过度。具有既定体外-体内关系或相关性的溶出度方法可能提供所需的体内可预测性。为了建立这种体外-体内联系,必须进行一项临床研究。本文给出了临床研究批次选择的建议以及潜在的结果情况。介绍了C级体外-体内相关性(IVIVC)的研究,这是速释口服剂型最常见的相关性。最后,给出了一个涉及生物药剂学分类系统IV类化合物的IVIVC案例研究,涵盖了该策略和技术。