… muscle-damage might provoke PA-mTORC1 activity, not all REX bouts elicit muscle damage
… AMP/ADP, inorganic phosphate ( Pi ) and NAD + concentrations], triggering respiratory …

… , although significantly higher than that after LR, also indicated mild muscle damage. To our
… eccentric contractions of the quadriceps. By contrast, the intramyocellular lipid content of the …

… in high-energy phosphate metabolism (inorganic phosphate (P i )… Consequently,
intramyocellular lipid content has been … being commonly described as an exercise-induced …

… eccentric cycling matched for aerobic power output in the postprandial state. Energy expenditure,
respiratory exchange ratio, and fat … , and 45 min of eccentric and concentric cycling in …

… of damaged structural and contractile elements of the muscle proteome. B, After the attenuation
of exercise-induced muscle damage… Elevated lactate, hydrogen ion, inorganic phosphate …

… of myogenesis, skeletal muscle function, and plasticity. In this review, these NRs and
important cofactors are highlighted and their role in exercise-induced muscle adaptations as well …

… Body mass, body mass index and intramyocellular lipid (IMCL) content increased in OS-…
Sections were incubated in 37.5 mmol l −1 sodium phosphate buffer (pH 7.6), 74 mmol l −1 …

… exchange of high-energy phosphate bonds between … quantify exercise-induced muscle
damage (EIMD) owing to high … partly promoted by a rapid intramyocellular influx of calcium owing …

… [Ca 2+ ], inorganic phosphate levels and energy charge, fuel … due to the exercise-induced
increase in sympathetic activity. … muscle damaging eccentric exercise (lengthening of muscle …

… skeletal muscle (104, 105), with this dialogue focusing predominantly on exercise-induced
changes in mitochondrial content, … type 4; IMCL, intramyocellular lipids. See glossary for other …