Training methods, recovery protocols, and performance optimization
Adults averaging 71 got 17.6% stronger in four weeks. Sensor recordings on the shin show the gain came from existing motor neurons firing faster — not from bigger muscles or new units being recruited. The ageing nervous system, it turns out, still learns fast.
Some immune cells that weaken heart control at rest seem to flip roles during exercise. That may explain why people of the same age handle workouts so differently.
Growing evidence links oral health problems — from gum disease to untreated cavities — to reduced endurance, slower sprint times, and impaired recovery in athletes.
The chemicals that dictate when your body decides it’s time to quit.
An integrative psychophysiological analysis decodes how outdoor urban settings influence our emotional states and physical health
How the shared biomechanical demands enhances speed, balance, endurance, agility and strength for racket sports.
Non-drug approaches to recover from Delayed Onset Muscle Soreness.
Bridging the traditional training divide.
How exercise intensity boundaries can vary across individuals.