… We conclude that elevated mitochondrial oxidants rapidly impair insulin-regulated GLUT4 …
insulin resistance and that MitoPQ is an ideal tool for studying the link between mitochondrial …

… -fat diet during 8 weeks and presenting insulin-resistant state, we found impairments of
mitochondrial respiration in intact liver cells as well as in isolated mitochondria (Vial et al., 2010). …

… of insulin resistance. The aim … mitochondrial dysfunction and insulin resistance in humans.
At present, there are too few studies to definitively conclude that, in this context, mitochondria …

… to insulin resistance and altered mitochondrial function … levels to induce insulin resistance
and alter mitochondrial function. It … In mice, eNOS deficiency results in a metabolic syndrome-…

… into mitochondria. The majority of the research on mitochondrial oxidation with insulin
resistance has focused on unraveling the presence and significance of mitochondrial dysfunction. …

… , hypertriglyceridemia, fatty infiltration of the liver and other tissues, and a deficiency of …
-associated decline in mitochondrial function contributes to insulin resistance in the elderly …

… fatty liver also have higher serum insulin levels than normal individuals.… insulin resistance.16,
19 However, the nature of the metabolic derangements and the sites of insulin resistance …

… Based on these data, we propose that Mfn2 activity is deficient in skeletal muscle under
insulin resistant conditions such as obesity or type 2 diabetes, and it is likely that this explains …

… upregulation in mitochondrial capacity … insulin resistance (23–25). Finally, regarding the
third criterion, administration of an iron-deficient diet in rodents failed to induce insulin resistance …

… This model accommodates three critical elements newly identified: first, taurine is an
important structural component of mitochondrial tRNA, and its deficiency during early life causes …