… role for mitochondrial reactive oxygen species in the etiology of insulin resistance in adipose
tissue and skeletal muscle… the sources and nature of various mitochondrial reactive oxygen …

… It is unclear if added antioxidants are able to reach the ROS sources, which complicates the
… bioenergetics that raise ROS generation sufficiently to impair muscle insulin signalling [54]. …

… of reactive lipid- and ROS-dependent skeletal muscle insulin resistance. This is … source of
ROS (mitochondrial vs cytosolic) may have different effects on skeletal muscle insulin sensitivity…

… Mitochondria are the main source of skeletal muscle ROS and are involved in the regulation
of various physiological functions of skeletal muscle. At normal concentrations, ROS activate …

… role for mitochondria in the development of insulin resistance. … role of altered substrate
oxidation by the mitochondria as a … An increase in ROS emission from the mitochondria has also …

… availability for other tissues, namely skeletal muscle, which uses them as a fuel source for
… on the respective role of lipid metabolites, mitochondria, oxidative stress/ROS, inflammation …

… of skeletal muscle proteome. Area covered: Here, we review the currently available studies
… the mitochondrial proteome in human skeletal muscle in insulin-resistant conditions, such …

… skeletal muscle insulin resistance, resulting in a decrease in … whether or not muscle
mitochondrial ROS production directly … inability to switch fuel sources that can consequently …

… mitochondria to act as a ROS scavenger, and found that activated AMPK binds to Cyt c (Fig.
3J). The net effect of reduced ROS … preference of FA as the energy source in TFAM muscle. …

… skeletal muscle mitochondria, we will review the origin and physiological function of RONS,
mitochondrial structure and function, … Skeletal muscle has several sources of ROS, multiple …