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

… expansion and increasing intermuscular fat presence [18,19,20,21,22]. Intramyocellular
lipid storage, mainly ceramide and diacylglycerol [23], can directly damage the I-dependent …

… , (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 …

… of Pgc1α in muscles has weakened muscle strength and augmented muscle damage after
… required for preserving mitochondria against exercise-induced mitochondrial damage [136]. …

… We aimed to investigate the effect of aerobic or resistance exercise on changes in skeletal
muscle DNA methylation. Therefore, all study designs were included, with the exception 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-…

… , while preserving or increasing the intramyocellular ICW represents the ideal … intramyocellular
volume (ie, those targeting intramyocellular glycogen, triglyceride, and potassium content) …

… muscle clock and the effects of alcohol on exercise-induced … muscle regeneration, as recovery
from muscle injury shows … the glycolytic enzymes triose phosphate isomerase and enolase …

… The exercise-induced mitochondrial and metabolic … In this review, we therefore focus on
the exercise-induced … A potential target could include a protein kinase or phosphate acting …