In intense exercise (> 80% V o2max), unlike at lesser intensities, glucose is the exclusive
muscle fuel. It must be mobilized from muscle and liver glycogen in both the fed and fasted …

The accelerated metabolic demands of the working muscle cannot be met without a robust
response from the liver. If not for the hepatic response, sustained exercise would be …

Despite a longstanding research interest ever since the early work by Claude Bernard, the
functional significance of autonomic liver innervation, either sympathetic or parasympathetic …

Skeletal muscle glucose uptake increases dramatically in response to physical exercise.
Moreover, skeletal muscle comprises the vast majority of insulin-sensitive tissue and is a site …

The liver plays a key role for the maintenance of blood glucose homeostasis under widely
changing physiological conditions. In the overnight fasted state, breakdown of hepatic …

Purpose To review the responses of the liver to acute and chronic physical activity and to
summarize relationships between physical activity and liver health. Methods A systematic …

In nonruminants, nutrition during pregnancy can program offspring development,
metabolism, and health in later life. Rumen-protected Met (RPM) supplementation during the …

More than any other organ, the liver contributes to maintaining metabolic equilibrium of the
body, most importantly of glucose homeostasis. It can store or release large quantities of …

Under normal healthy conditions, exercise initiates simultaneous elevations in hepatic
glucose production (glucose R a) and glucose utilisation. As a result, circulating glucose …

Regular physical activity not only improves the exercise capacity of the skeletal muscle
performing the contractions, but it is beneficial for the whole body. An extensive search for …