This study explores the link between mitochondrial respiration in peripheral blood cells and metabolic flexibility, muscle strength, and physical performance in older adults.
A study investigates the effects of sodium bicarbonate on performance during high-intensity interval training in well-trained cyclists, highlighting significant improvements in power output and time above 90% V˙O2 max.
This study explores the relationship between mitochondrial respiration in peripheral blood cells and physical performance metrics in older adults, highlighting potential implications for metabolic flexibility.
This study examines the impact of sodium bicarbonate supplementation on performance during high-intensity interval training in well-trained cyclists, revealing significant improvements in power output and time above 90% V˙O2 max.
This study presents AngioNet, a systems biology approach to understand how skeletal muscle activity influences microvascular remodeling, integrating human and rat data.
A study investigates the effects of sodium bicarbonate on performance in well-trained cyclists during high-intensity interval training and Wingate sprints.
This study presents AngioNet, a systems biology framework that elucidates the angiogenic processes influenced by different exercise modalities in skeletal muscle.
This study develops AngioNet, a systems biology approach to understand how exercise influences microvascular remodeling, revealing insights into angiogenic programs and functional outcomes.
This study evaluates the validity of the Fitnessgram equation for estimating VO2max in adolescents and proposes updated equations based on a diverse sample of middle school students.
This study evaluates the validity of the Fitnessgram equation for estimating VO2max in adolescents and presents updated equations that improve prediction accuracy.
