Investigator-Initiated Clinical Pharmacokinetic Studies in Resource-Limited Settings: Minimal Requirements and Practical Guidance

Aniek Uittenboogaard MD, Susan Mageto MPharm, Sherif Kamal Eldin Mohamed PharmD, Bertrand Pourroy PharmD, Benjamin Mwesige BPharm, MSc, Agness Chisomo Chitedze MSc, BPharm, Gertjan Kaspers Prof, Festus Njuguna MD, PhD
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Abstract

Clinical pharmacology studies are critical for determining the efficacy and safety of drugs. Due to the resource-intensive nature of these studies, most have been conducted in high-income countries, leading to a significant gap in clinical pharmacology data for patients in low- and middle-income countries. This paper provides an overview of the minimal requirements for performing a clinical pharmacology investigator-initiated trial (IIT), including pharmacokinetic sampling. We identify common challenges in resource-limited settings and propose strategies to overcome them. This guideline covers regulatory approval, participant recruitment, drug storage, sample collection and handling, transport, bioanalytical analysis, and data management tailored to the constraints of resource-limited settings. Strategies are proposed to minimize resource demands, including simplified study designs, the use of technologies like whole blood microsampling, and opportunities for collaboration. The goal is to provide practical guidance for those seeking to perform a clinical pharmacology IIT in resource-limited settings to improve safe and effective drug treatment for patients worldwide. Beyond the scope of this guideline is a detailed step-by-step guide on how to perform clinical pharmacology studies.

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资源有限条件下研究者发起的临床药代动力学研究:最低要求和实用指南。
临床药理学研究对于确定药物的有效性和安全性至关重要。由于这些研究的资源密集性,大多数是在高收入国家进行的,导致中低收入国家患者的临床药理学数据存在显著差距。本文概述了进行临床药理学研究者发起的试验(IIT)的最低要求,包括药代动力学采样。我们确定了在资源有限的情况下共同面临的挑战,并提出了克服这些挑战的策略。本指南涵盖了监管审批、参与者招募、药物储存、样本采集和处理、运输、生物分析分析以及针对资源有限环境的数据管理。提出了减少资源需求的策略,包括简化研究设计、全血微采样等技术的使用以及合作机会。目标是为那些寻求在资源有限的环境中进行临床药理学IIT的人提供实用指导,以改善全球患者的安全有效的药物治疗。超出本指南的范围是一个详细的逐步指导如何进行临床药理学研究。
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