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The impact of early human data on clinical development: there is time to win

机译:早期人类数据对临床发展的影响:有时间取胜

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摘要

Modern accelerator mass spectrometry (AMS) methods enable the routine application of this technology in drug development. By the administration of a C-14-labelled microdose or microtrace, pharmacokinetic (PK) data, such as mass balance, metabolite profiling, and absolute bioavailability (AB) data, can be generated easier, faster, and at lower costs. Here, we emphasize the advances and impact of this technology for pharmaceutical companies. The availability of accurate intravenous (iv) PK and human absorption, distribution, metabolism, and excretion (ADME) information, even before or during Phase I trials, can improve the clinical development plan. Moreover, applying the microtrace approach during early clinical development might impact the number of clinical pharmacology and preclinical safety pharmacology studies required, and shorten the overall drug discovery program.
机译:现代加速器质谱(AMS)方法使该技术可以在药物开发中进行常规应用。通过施用C-14标记的微剂量或微量,可以更轻松,更快且以更低的成本生成药代动力学(PK)数据,例如质量平衡,代谢物谱和绝对生物利用度(AB)数据。在这里,我们强调该技术对制药公司的进步和影响。准确的静脉(iv)PK以及人类吸收,分布,代谢和排泄(ADME)信息的可用性,甚至在I期试验之前或期间,都可以改善临床开发计划。此外,在早期临床开发过程中应用微量示踪法可能会影响所需的临床药理学和临床前安全药理学研究的数量,并缩短整体药物开发计划。

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