James Signorovitch, Jialu Zhang, David Brown, Preston Dunnmon, Liang Xiu, Nicolae Done, Kristen Hsu, Yolanda Barbachano, Isabelle Lousada
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引用次数: 0
摘要
免疫球蛋白轻链(AL)淀粉样变性是一种罕见疾病,浆细胞发育不良会导致不溶性淀粉样纤维沉积在多个器官中。为了促进这种异质性疾病新疗法的开发,非营利性淀粉样变性研究联合会与美国食品和药物管理局药物评估和研究中心建立了公私合作伙伴关系。2020 年,淀粉样变性论坛发起了一项倡议,通过专门的工作组确定临床试验终点和分析策略,涵盖受影响的器官系统和生命影响。本综述总结了统计小组的会议记录,并提出了开发和验证多领域终点(MDEs)的途径,以便在 AL 淀粉样变性临床试验中使用。具体来说,根据各器官特异性工作组推荐的候选领域特异性终点,考虑了构建多领域终点的不同方法。通过使用自然病史和临床试验数据,确定了未来评估 MDEs 的有效性、意义和性能的研究。归根结底,在药物开发过程中,监管评估的使用环境、特定的患者群体和研究治疗机制应推动适当终点的选择。AL 淀粉样变性的 MDE 一旦开发出来并通过验证,将为推进这种多系统疾病的以患者为中心的药物开发提供重要选择。
Pathway for Development and Validation of Multi-domain Endpoints for Amyloid Light Chain (AL) Amyloidosis
Immunoglobin light chain (AL) amyloidosis is a rare disease in which a plasma cell dyscrasia leads to deposition of insoluble amyloid fibrils in multiple organs. To facilitate development of new therapies for this heterogenous disease, a public–private partnership was formed between the nonprofit Amyloidosis Research Consortium and the US Food and Drug Administration Center for Drug Evaluation and Research. In 2020, the Amyloidosis Forum launched an initiative to identify clinical trial endpoints and analytic strategies across affected organ systems and life impacts via specialized working groups. This review summarizes the proceedings of the Statistical Group and proposes a pathway for development and validation of multi-domain endpoints (MDEs) for potential use in AL amyloidosis clinical trials. Specifically, drawing on candidate domain-specific endpoints recommended by each organ-specific working group, different approaches to constructing MDEs were considered. Future studies were identified to assess the validity, meaningfulness and performance of MDEs through use of natural history and clinical trial data. Ultimately, for drug development, the context of use in a regulatory evaluation, the specific patient population, and the investigational therapeutic mechanism should drive selection of appropriate endpoints. MDEs for AL amyloidosis, once developed and validated, will provide important options for advancing patient-focused drug development in this multi-system disease.
期刊介绍:
Therapeutic Innovation & Regulatory Science (TIRS) is the official scientific journal of DIA that strives to advance medical product discovery, development, regulation, and use through the publication of peer-reviewed original and review articles, commentaries, and letters to the editor across the spectrum of converting biomedical science into practical solutions to advance human health.
The focus areas of the journal are as follows:
Biostatistics
Clinical Trials
Product Development and Innovation
Global Perspectives
Policy
Regulatory Science
Product Safety
Special Populations