… While the precise events that regulate exercise-induced mitochondrial biogenesis … changes
in intramyocellular lipid (IMCL) and mitochondria occur with aging. Muscle samples were …

… Given sweat is hypotonic, exercise-induced dehydration leads mainly to a hypertonic
hypovolemia due to water loss from the plasma. Blood biomarkers of hemoconcentration, such as …

… the impact of exercise on these systems. In this regard, we discuss exercise induced activation
of … Increased amounts of glyceraldehyde-3 phosphate directly activate two of the four …

… of muscle redox potential and high-energy phosphate flux, brought about by muscle …
Moreover, we suggested earlier that the exercise-induced circulatory response is mainly under …

… That is, the elevation of metabolic rate and exercise-induced … high ATP turnover (ADP,
AMP, and inorganic phosphate) or … to oxidative stress and muscle damage caused by downhill …

… The process of exercise-induced adaptation in muscle is the result of a cascade of molecular
events … This section will focus on several important exercise-induced primary messengers. …

… Aliquots of the homogenates in cold sodium phosphate buffer (2 … As a consequence,
exercise-induced oxidative stress could be … Intramyocellular lipid and glycogen content are …

… and climbing limits muscle damage and the loss of muscle glycogen, … Fat Metabolism:
The rate of FFA utilization by muscles is dependent upon the breakdown of intramyocellular fat …

… Lipids are typically stored in the skeletal muscle in the form of intramyocellular lipid (IMCL)
or extramyocellular lipid (EMCL). EMCL is the plate or tube shaped fatty infiltrate located …

… Excess visceral adiposity and intramyocellular lipids are particularly … to mediating
exercise-induced GLUT 4 translocation. … the window of opportunity to detect muscle damage (24 - …