… decrease in TG m content in the postexercise recovery period was due to the CHO-rich
diet per se rather than the preceding exercise-induced muscle glycogen depletion. However, …

… that monitors the energy state of the muscle cell and triggers metabolic processes, which
when activated are designed to restore high-energy phosphate concentrations. This enzyme is …

… of insulin sensitivity and intramyocellular lipid content (18) but … and Glyceraldehyde 3-phosphate
dehydrogenase (Gapdh) … progressive resistance exercise-induced muscle hypertrophy …

… fluxes in muscle cells by supplying high-energy phosphates … These intramyocellular lipid
stores occur as intracellular lipid … in the repair of eccentric-contraction-related muscle damage. …

… 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 …

… Cross-sectional and longitudinal studies show that regular exercise can reduce hepatic
fat, but the effect on circulating aminotransferases is unclear and the modality and dose of …

… muscle as well as indirect roles via calcium and phosphate … in vitamin D-mediated
intramyocellular lipid accumulation and … muscle strength after exercise-induced muscle damage, …

… elevated intramyocellular lipid content, elevated type 1 … increased intramyocellular lipid
(IMCL) content as compared … exercise-induced skeletal muscle damage in vivo, the overall …

… muscle, IMCL: intramyocellular lipids, EMCL: extramyocellular … The pentose phosphate
pathway (PPP) is long known as … profiling of eccentric exercise-induced muscle damage in …

… In contrast, muscle damage can be obtained after eccentric exercise of much shorter …
unaccustomed to eccentric exercise, because at least some of the damaging effects are reduced or …