<p>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.</p>

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Test of Rapamycin in Aging Dogs (TRIAD): study design and rationale for a prospective, parallel-group, double-masked, randomized, placebo-controlled, multicenter trial of rapamycin in healthy middle-aged dogs from the Dog Aging Project

  • Amanda E. Coleman,
  • Kate E. Creevy,
  • Rozalyn Anderson,
  • May J. Reed,
  • Virginia R. Fajt,
  • Kathleen M. Aicher,
  • Genna Atiee,
  • Brian G. Barnett,
  • Ryan D. Baumwart,
  • Beth Boudreau,
  • Suzanne M. Cunningham,
  • Matthew D. Dunbar,
  • Bobbie Ditzler,
  • Anna M. Ferguson,
  • Kiersten K. Forsyth,
  • Anya N. Gambino,
  • Sonya G. Gordon,
  • Hillary K. Hammond,
  • Sydney N. Holland,
  • Mary K. Iannaccone,
  • Kate Illing,
  • Saki Kadotani,
  • Shelby A. Knowles,
  • Evan L. MacLean,
  • Brian A. Maran,
  • Lauren E. Markovic,
  • Stephanie McGrath,
  • Rachel L. Melvin,
  • Mikaela S. Mueller,
  • O. Lynne Nelson,
  • Natasha J. Olby,
  • Theresa E. Pancotto,
  • Elizabeth Parsley,
  • Brianna M. Potter,
  • Jena O. Prescott,
  • Ashley B. Saunders,
  • Holly M. Sawyer,
  • Brian A. Scansen,
  • Sarah M. Schmid,
  • Courtney C. Smith,
  • Sonja S. Tjostheim,
  • M. Katherine Tolbert,
  • Melissa A. Tropf,
  • Lance C. Visser,
  • Jessica L. Ward,
  • Sonya R. Wesselowski,
  • Rebecca C. Windsor,
  • Vicky K. Yang,
  • Audrey Ruple,
  • Daniel E. L. Promislow,
  • Matt Kaeberlein,
  • Joshua M. Akey,
  • Brooke Benton,
  • Elhanan Borenstein,
  • Marta G. Castelhano,
  • Amanda E. Coleman,
  • Kate E. Creevy,
  • Annette L. Fitzpatrick,
  • Kyle Crowder,
  • Matthew D. Dunbar,
  • Virginia R. Fajt,
  • Annette L. Fitzpatrick,
  • Unity Jeffery,
  • Erica C. Jonlin,
  • Matt Kaeberlein,
  • Elinor K. Karlsson,
  • Kathleen F. Kerr,
  • Jonathan M. Levine,
  • Jing Ma,
  • Robyn L. McClelland,
  • Daniel E. L. Promislow,
  • Audrey Ruple,
  • Stephen M. Schwartz,
  • Sandi Shrager,
  • Noah M. Snyder-Mackler,
  • M. Katherine Tolbert,
  • Silvan R. Urfer,
  • Benjamin S. Wilfond

摘要

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.