OBJECTIVE: The paper addresses the degree to which the attainment of the status as an elite athlete in different sports ameliorates the known age-related losses in skeletal muscle structure and function. DESIGN: The retrospective design, based on comparisons of published data on former elite and masters athletes and data on control subjects, assessed the degree to which the attainment of elite and masters athlete status ameliorated the known age-related changes in skeletal muscle structure and function. SETTING: Institutional. PARTICIPANTS: Elite male athletes. INTERVENTIONS: Participation in selected individual and team sports. MAIN OUTCOME MEASUREMENTS: Strength, power, VO2max, and performance. RESULTS: For elite athletes in all sports, as for the general population, age-related muscle atrophy begins at about 50 years of age. Despite the loss of muscle mass, elite athletes who maintain an active lifestyle age gracefully with few health problems. Conversely, those who lapse into inactivity regress toward general population norms for fitness, weight control, and health problems. Elite athletes in the dual and team sports have careers that rarely extend into their 30s. CONCLUSIONS: Lifelong physical activity does not appear to have any impact on the loss in fiber number. The loss of fibers can be buffered to some degree by hypertrophy of fibers that remain. It is surprising that the performance of elite athletes in all sports appears to be impaired before the onset of the fiber loss. Even with major losses in physical capacity and muscle mass, the performance of elite and masters athletes is remarkable.
OBJECTIVE: The paper addresses the degree to which the attainment of the status as an elite athlete in different sports ameliorates the known age-related losses in skeletal muscle structure and function. DESIGN: The retrospective design, based on comparisons of published data on former elite and masters athletes and data on control subjects, assessed the degree to which the attainment of elite and masters athlete status ameliorated the known age-related changes in skeletal muscle structure and function. SETTING: Institutional. PARTICIPANTS: Elite male athletes. INTERVENTIONS: Participation in selected individual and team sports. MAIN OUTCOME MEASUREMENTS: Strength, power, VO2max, and performance. RESULTS: For elite athletes in all sports, as for the general population, age-related muscle atrophy begins at about 50 years of age. Despite the loss of muscle mass, elite athletes who maintain an active lifestyle age gracefully with few health problems. Conversely, those who lapse into inactivity regress toward general population norms for fitness, weight control, and health problems. Elite athletes in the dual and team sports have careers that rarely extend into their 30s. CONCLUSIONS: Lifelong physical activity does not appear to have any impact on the loss in fiber number. The loss of fibers can be buffered to some degree by hypertrophy of fibers that remain. It is surprising that the performance of elite athletes in all sports appears to be impaired before the onset of the fiber loss. Even with major losses in physical capacity and muscle mass, the performance of elite and masters athletes is remarkable.
Authors: Eivind Wang; Morten Svendsen Næss; Jan Hoff; Tobias Lie Albert; Quan Pham; Russell S Richardson; Jan Helgerud Journal: Age (Dordr) Date: 2013-11-16
Authors: Marin Jane McBride; Kevin P Foley; Donna M D'Souza; Yujin E Li; Trevor C Lau; Thomas J Hawke; Jonathan D Schertzer Journal: Am J Physiol Endocrinol Metab Date: 2017-05-23 Impact factor: 4.310
Authors: Shawn C Sorenson; Russell Romano; Robin M Scholefield; Brandon E Martin; James E Gordon; Stanley P Azen; E Todd Schroeder; George J Salem Journal: J Athl Train Date: 2014-08-12 Impact factor: 2.860