Coleman Amanda E, Creevy Kate E, Anderson Rozalyn, Reed May J, Fajt Virginia R, Aicher Kathleen M, Atiee Genna, Barnett Brian G, Baumwart Ryan D, Boudreau Beth, Cunningham Suzanne M, Dunbar Matthew D, Ditzler Bobbie, Ferguson Anna M, Forsyth Kiersten K, Gambino Anya N, Gordon Sonya G, Hammond Hillary K, Holland Sydney N, Iannaccone Mary K, Illing Kate, Kadotani Saki, Knowles Shelby A, MacLean Evan L, Maran Brian A, Markovic Lauren E, McGrath Stephanie, Melvin Rachel L, Mueller Mikaela S, Nelson O Lynne, Olby Natasha J, Pancotto Theresa E, Parsley Elizabeth, Potter Brianna M, Prescott Jena O, Saunders Ashley B, Sawyer Holly M, Scansen Brian A, Schmid Sarah M, Smith Courtney C, Tjostheim Sonja S, Tolbert M Katherine, Tropf Melissa A, Visser Lance C, Ward Jessica L, Wesselowski Sonya R, Windsor Rebecca C, Yang Vicky K, Ruple Audrey, Promislow Daniel E L, Kaeberlein Matt
Department of Small Animal Medicine and Surgery, University of Georgia, Athens, GA, USA.
Department of Small Animal Clinical Sciences, Texas A&M University, College Station, TX, USA.
Geroscience. 2025 Feb 14. doi: 10.1007/s11357-024-01484-7.
Companion dogs are a powerful model for aging research given their morphologic and genetic variability, risk for age-related disease, and habitation of the human environment. In addition, the shorter life expectancy of dogs compared to human beings provides a unique opportunity for an accelerated timeline to test interventions that might extend healthy lifespan. The Test of Rapamycin In Aging Dogs (TRIAD) randomized clinical trial is a parallel-group, double-masked, randomized, placebo-controlled, multicenter trial that will test the ability of rapamycin to prolong lifespan and improve several healthspan metrics in healthy, middle-aged dogs recruited from Dog Aging Project participants. Here, we describe the rationale, design, and goals of the TRIAD randomized clinical trial, the first rigorous test of a pharmacologic intervention against biological aging with lifespan and healthspan metrics as endpoints to be performed outside of the laboratory in any species.
伴侣犬因其形态和基因的多样性、患与年龄相关疾病的风险以及在人类环境中的生活习性,成为衰老研究的有力模型。此外,与人类相比,犬类较短的预期寿命为加速测试可能延长健康寿命的干预措施提供了独特机会。雷帕霉素在衰老犬类中的试验(TRIAD)随机临床试验是一项平行组、双盲、随机、安慰剂对照的多中心试验,将测试雷帕霉素在从犬类衰老项目参与者中招募的健康中年犬中延长寿命和改善多项健康指标的能力。在此,我们描述了TRIAD随机临床试验的基本原理、设计和目标,这是首次在实验室外对任何物种进行的以寿命和健康指标为终点的针对生物衰老的药物干预的严格测试。