… muscle damage: contraction-induced transient muscle tissue … Studies in mice show that
exercise-induced muscle … 122, since these intramyocellular lipid droplets that are pronounced in …

… exercise-induced muscle oxidative damage and dysfunction. … These include (i) increase in
cytosolic calcium concentration, … decrease in levels of high-energy phosphates, leading to the …

… , (2) exercise-induced glycogen depletion and carbohydrate … short enough that the creatine
phosphate system, relying on … performance due to muscle damage or otherwise incomplete …

… IR conditions is related to a rise in intramyocellular lipid (IMCL) deposition, which could
play … in human skeletal muscle in vivo [72,92,93]. By contrast, exercise-induced depletion of …

… Interdependent effects from FT and exercise type have also been shown for exercise-induced …
in response to contraction-induced muscle damage and has been investigated in a few FT-…

… the MRI morphologic features of acute muscle injury, such as the … involved in exercise-induced
changes of muscles is not fully … phosphorus, 31P-MRS is better suited to assess muscular …

… exercise-induced changes in skeletal muscle … intramyocellular triglycerides, which results
in an increased synthesis of toxic fatty-acid-delivered metabolites (the control group had higher …

… The endurance training state is possibly an important confounder, because it affects the
capacity for exercise-induced muscle perfusion through an improvement in exercise-induced …

… Exercise-induced ROS and inflammatory mediators as signaling molecules in relation to …
skeletal muscle during exercise, which therefore causes changes in high-energy phosphates (…