Horan William P, Sachs Gary, Velligan Dawn I, Davis Michael, Keefe Richard S E, Khin Ni A, Butlen-Ducuing Florence, Harvey Philip D
Dr. Horan is with Karuna Therapeutics in Boston, Massachusetts, and University of California in Los Angeles, California.
Dr. Sachs is with Signant Health in Boston, Massachusetts, and Harvard Medical School in Boston, Massachusetts.
Innov Clin Neurosci. 2024 Mar 1;21(1-3):19-30. eCollection 2024 Jan-Mar.
Excessive placebo response rates have long been a major challenge for central nervous system (CNS) drug discovery. As CNS trials progressively shift toward digitalization, decentralization, and novel remote assessment approaches, questions are emerging about whether innovative technologies can help mitigate the placebo response. This article begins with a conceptual framework for understanding placebo response. We then critically evaluate the potential of a range of innovative technologies and associated research designs that might help mitigate the placebo response and enhance detection of treatment signals. These include technologies developed to directly address placebo response; technology-based approaches focused on recruitment, retention, and data collection with potential relevance to placebo response; and novel remote digital phenotyping technologies. Finally, we describe key scientific and regulatory considerations when evaluating and selecting innovative strategies to mitigate placebo response. While a range of technological innovations shows potential for helping to address the placebo response in CNS trials, much work remains to carefully evaluate their risks and benefits.
长期以来,过高的安慰剂反应率一直是中枢神经系统(CNS)药物研发的一大挑战。随着CNS试验逐渐向数字化、去中心化和新型远程评估方法转变,关于创新技术能否有助于减轻安慰剂反应的问题也随之出现。本文首先介绍了一个理解安慰剂反应的概念框架。然后,我们批判性地评估了一系列创新技术和相关研究设计的潜力,这些技术和设计可能有助于减轻安慰剂反应并增强治疗信号的检测。其中包括为直接应对安慰剂反应而开发的技术;基于技术的方法,侧重于招募、留存和数据收集,可能与安慰剂反应相关;以及新型远程数字表型分析技术。最后,我们阐述了在评估和选择减轻安慰剂反应的创新策略时的关键科学和监管考量。虽然一系列技术创新显示出有助于应对CNS试验中安慰剂反应的潜力,但仍有许多工作要做,以仔细评估它们的风险和益处。