Passing on the exercise baton: What can endocrine patients learn from elite athletes?
Olivia M McCarthyJason P PittNicky KeayEsben T VestergaardAbbigail S Y TanRachel ChurmDafydd Aled ReesRichard M BrackenPublished in: Clinical endocrinology (2022)
As elite athletes demonstrate through the Olympic motto 'Citius, Altius, Fortius- Communiter', new performance records are driven forward by favourable skeletal muscle bioenergetics, cardiorespiratory, and endocrine system adaptations. At a recreational level, regular physical activity is an effective nonpharmacological therapy in the treatment of many endocrine conditions. However, the impact of physical exercise on endocrine function and how best to incorporate exercise therapy into clinical care are not well understood. Beyond the pursuit of an Olympic medal, elite athletes may therefore serve as role models for showcasing how exercise can help in the management of endocrine disorders and improve metabolic dysfunction. This review summarizes research evidence for clinicians who wish to understand endocrine changes in athletes who already perform high levels of activity as well as to encourage patients to exercise more safely. Herein, we detail the upper limits of athleticism to showcase the adaptability of human endocrine-metabolic-physiological systems. Then, we describe the growing research base that advocates the importance of understanding maladaptation to physical training and nutrition in males and females; especially the young. Finally, we explore the impact of physical activity in improving some endocrine disorders with guidance on how lessons can be taken from athletes training and incorporated into strategies to move more people more often.
Keyphrases
- physical activity
- high intensity
- end stage renal disease
- skeletal muscle
- ejection fraction
- body composition
- chronic kidney disease
- newly diagnosed
- peritoneal dialysis
- prognostic factors
- healthcare
- body mass index
- resistance training
- endothelial cells
- mental health
- metabolic syndrome
- depressive symptoms
- pain management
- mesenchymal stem cells
- adipose tissue
- patient reported
- virtual reality
- induced pluripotent stem cells