Young Graeme C, Spracklin Douglas K, James Alexander D, Hvenegaard Mette G, Scarfe Graeme, Wagner David S, Georgi Katrin, Schieferstein Hanno, Bjornsdottir Inga, van Groen Bianca, Romeo Andrea A, Cassidy Kenneth C, Da-Violante Georges, Bister Bojan, Blech Stefan, Lyer Ramaswamy, Schulz Simone I, Cuyckens Filip, Moliner Patricia
GlaxoSmithKline Research & Development Ltd., David Jack Centre, Ware, UK.
Pfizer Inc., Groton, Connecticut, USA.
Clin Pharmacol Ther. 2023 Apr;113(4):775-781. doi: 10.1002/cpt.2691. Epub 2022 Sep 2.
The human absorption, distribution, metabolism, and excretion (hADME) study is the cornerstone of the clinical pharmacology package for small molecule drugs, providing comprehensive information on the rates and routes of disposition and elimination of drug-related material in humans through the use of C-labeled drug. Significant changes have already been made in the design of the hADME study for many companies, but opportunity exists to continue to re-think both the design and timing of the hADME study in light of the potential offered by newer technologies, that enable flexibility in particular to reducing the magnitude of the radioactive dose used. This paper provides considerations on the variety of current strategies that exist across a number of pharmaceutical companies and on some of the ongoing debates around a potential move to the so called "human first/human only" approach, already adopted by at least one company. The paper also provides a framework for continuing the discussion in the application of further shifts in the paradigm.
人体吸收、分布、代谢和排泄(hADME)研究是小分子药物临床药理学数据包的基石,通过使用碳标记药物,提供有关人体中药物相关物质处置和消除的速率及途径的全面信息。许多公司在hADME研究的设计方面已经做出了重大改变,但鉴于新技术带来的潜力,特别是在降低所用放射性剂量方面的灵活性,仍有机会继续重新思考hADME研究的设计和时间安排。本文探讨了多家制药公司目前存在的各种策略,以及围绕至少一家公司已经采用的所谓“人类优先/仅针对人类”方法的一些正在进行的辩论。本文还提供了一个框架,以便在范式进一步转变的应用中继续进行讨论。