Bespalov Anton, van Gaalen Marcel, Steckler Thomas
Exciva GmbH, Heidelberg, Germany.
Evotec, Göttingen, Germany.
Adv Neurobiol. 2023;30:207-224. doi: 10.1007/978-3-031-21054-9_9.
Disappointments in translating preclinical findings into clinical efficacy have triggered a number of changes in neuroscience drug discovery ranging from investments diverted to other therapeutic areas to reduced reliance on efficacy claims derived from preclinical models. In this chapter, we argue that there are several existing examples that teach us on what needs to be done to improve the success rate. We advocate the reverse engineering approach that shifts the focus from preclinical efforts to "model" human disease states to pharmacodynamic activity as a common denominator in the journey to translate clinically validated phenomena to preclinical level and then back to humans. Combined with the research rigor, openness, and transparency, this reverse engineering approach is well set to bring new effective and safe medications to patients in need.
将临床前研究结果转化为临床疗效方面的失望,引发了神经科学药物研发的诸多变化,从投资转向其他治疗领域,到减少对临床前模型得出的疗效声明的依赖。在本章中,我们认为有几个现有实例能让我们明白为提高成功率需要做些什么。我们提倡逆向工程方法,即将重点从临床前致力于 “模拟” 人类疾病状态,转向将药效学活性作为将临床验证现象转化到临床前水平然后再回归人体这一过程中的共同标准。结合研究的严谨性、开放性和透明度,这种逆向工程方法很有能力为有需要的患者带来新的有效且安全的药物。