… of energy to do whatever it is we want to do while we're here. And bursting with energy …
I’ll explain how decreased energy production is also the cause of our obesity epidemic. With …

… Our body is always ready to generate more energy even if we feel deflated. … energy to carry
out work and exercise but also the energy required to think, generate emotions, and let our …

… This would result in a smaller offspring with a tendency towards energy storage, which …
These losses are in part due to a reduction in cardiomyocyte resistance to the oxidative stress that …

… Features necessary for normal effectiveness and efficiency of cardiac metabolism … oxidative
stress or adrenergic signalling – continuously promote glucose use as a substrate for energy …

… myocardium and is a consequence of a lack of energy in the … stress, (4) increased nitric
oxide to provide better circulation to all cells, (5) decreased oxidative stress to increase energy …

… myocardial metabolism, particularly the fatty acid β-oxidation … (ROS), and energetics through
their oxidation and may thus … protection against oxidative stress and in metabolism. Various …

… of science-based information and practical tips, Professor Bigalke shows how a targeted
diet and exercise program can help slow the aging process, regenerate cells and boost energy …

… involved in energy production, biosynthetic, metabolic, and … prone to oxidative stress while
consequent oxidative damage … cell-derived cardiac lineage cells in the harsh oxidative stress …

… are an essential cellular structure in energetic metabolism … Moreover, mitochondria are the
primary intracellular source … In another model of cardiac-specific deletion of Nox4, cardiac …