Enhancing Adaptations to Neuromuscular Electrical Stimulation Training Interventions Blazevich, Anthony J.; Collins, David F.; Millet, Guillaume Y.; More Blazevich, Anthony J.; Collins, David F.; Millet, Guillaume Y.; Vaz, Marco A.; Maffiuletti, Nicola A. Less Exercise and Sport Sciences Reviews. 49(4):244-252, October 2021. Abstract Abstract In Brief In Brief Favorite PDF Permissions Go to Full Text of this Article In Brief: Optimal responses to neuromuscular electrical stimulation interventions may be achieved by using alternative stimulation techniques and parameters, and combined strategies. Go to Full Text of this Article Open SDC
Novel Strategies for Healthy Brain Aging Wahl, Devin; Cavalier, Alyssa N.; LaRocca, Thomas J. Wahl, Devin; Cavalier, Alyssa N.; LaRocca, Thomas J. Less Exercise and Sport Sciences Reviews. 49(2):115-125, April 2021. Abstract Abstract In Brief In Brief Favorite PDF Permissions Go to Full Text of this Article In Brief: This review examines the influence of exercise, pharmaceutical compounds, and select interventions on the hallmarks of brain aging. Go to Full Text of this Article Free
Exercise Is Muscle Mitochondrial Medicine Oliveira, Ashley N.; Richards, Brandon J.; Slavin, Mikhaela; More Oliveira, Ashley N.; Richards, Brandon J.; Slavin, Mikhaela; Hood, David A. Less Exercise and Sport Sciences Reviews. 49(2):67-76, April 2021. Abstract Abstract In Brief In Brief Favorite PDF Permissions Go to Full Text of this Article In Brief: Exercise is an important rejuvenating therapeutic for the improvement of mitochondrial content and function with age, disease, disuse, and cellular defects. Go to Full Text of this Article Free
A Role for Exercise to Counter Skeletal Muscle Clock Disruption Erickson, Melissa L.; Esser, Karyn A.; Kraus, William E.; More Erickson, Melissa L.; Esser, Karyn A.; Kraus, William E.; Buford, Thomas W.; Redman, Leanne M. Less Exercise and Sport Sciences Reviews. 49(1):35-41, January 2021. Abstract Abstract In Brief In Brief Favorite PDF Permissions Go to Full Text of this Article In Brief: Exercise may mitigate cardiometabolic disease in part through actions on the skeletal muscle circadian clock. Go to Full Text of this Article Free
