Myokines are hormones that communicate via the bloodstream with various organs, such as the brain, adipose tissue, liver, ...
Research in exercise physiology has significantly advanced our understanding of muscle fatigue – the exercise‐induced decline in the ability of a muscle to generate force. This phenomenon encompasses ...
Myokines are hormones that communicate via the bloodstream with various organs such as the brain, adipose tissue, liver, bone ...
Heat stress places considerable demands on the human body, compelling profound adjustments in thermoregulatory, cardiovascular, and neuromuscular functions. The onset of hyperthermia during exercise ...
Credit: Julia Amaral/ Taking an active role in your well-being and working hard to prioritize good sleep, keep your stress ...
The Clinical Exercise Physiology Laboratory is dedicated to studying the physiological effects of physical activity to enhance human health and well-being. The lab conducts projects examining the ...
Dr. Schmitt’s research aims to better understand the mechanistic underpinnings of how exercise can re-align disrupted circadian by studying a) the cellular and molecular mechanisms associated with ...
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Bringing exercise physiology from lab to life
From high-tech labs to real-world sports fields, exercise physiology is evolving to better measure, understand, and enhance human performance. Advances in analytical tools and testing methods now ...
The Department of Exercise & Sport Studies (ESS) is committed to improving the quality of life at Smith College by providing an array of classes that allow for the exploration and better understanding ...
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