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利用人类微剂量给药结合AMS分析获取早期人体药物代谢和药代动力学数据的实践经验。

Practical experience of using human microdosing with AMS analysis to obtain early human drug metabolism and PK data.

作者信息

Garner R Colin

机构信息

Xceleron Ltd, The Biocentre, Innovation Way, York, YO10 5NY, UK.

出版信息

Bioanalysis. 2010 Mar;2(3):429-40. doi: 10.4155/bio.10.6.

Abstract

The background to human microdosing or Phase 0 studies is reviewed, focusing particularly on the information that such studies can provide in the context of exploratory clinical development. Examples are provided of the microdose-validation studies known as the Consortium for Resourcing and Evaluating AMS Microdosing trial and EU Microdosing AMS Partnership Programme, which demonstrated that there was good dose proportionality between microdose and pharmacological dose pharmacokinetics. When microdosing was applied to ten development drugs, it was found that all ten molecules showed dose proportionality between the microdose and the pharmacological dose. The majority of microdose studies have used accelerator mass spectrometry (AMS) analysis and only these studies that are considered here; AMS provides information on all metabolites, even if these are minor. There is now sufficient scientific data to justify microdose studies being routinely conducted as part of the drug-development process.

摘要

本文回顾了人体微剂量给药或0期研究的背景,特别关注此类研究在探索性临床开发背景下所能提供的信息。文中列举了微剂量验证研究的实例,如资源与评估AMS微剂量试验联盟和欧盟AMS微剂量合作计划,这些研究表明微剂量与药理剂量的药代动力学之间存在良好的剂量比例关系。当将微剂量应用于10种开发药物时,发现所有10种分子在微剂量和药理剂量之间均显示出剂量比例关系。大多数微剂量研究都采用了加速器质谱(AMS)分析,本文仅考虑这些研究;AMS可提供所有代谢物的信息,即使这些代谢物含量较少。目前已有足够的科学数据证明将微剂量研究作为药物开发过程的一部分常规开展是合理的。

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