The present study examined the effect of muscle metaboreflex on blood flow in different
cerebral arteries. Eleven healthy participants performed isometric, one-leg knee extension at …

New Findings What is the central question of this study? Is the ability of metabolically
sensitive skeletal muscle afferents (muscle metaboreceptors) to increase cerebral perfusion …

We investigated the effect of activating metabolically sensitive skeletal muscle afferents
(muscle metaboreflex) on cerebral blood flow and the potentially confounding influence of …

Changes in middle cerebral artery flow velocity (Vmean), measured by transcranial Doppler
ultrasound, were used to determine whether increases in mean arterial pressure (MAP) or …

Muscle metaboreflex-induced increases in mean arterial pressure (MAP) during submaximal
dynamic exercise are mediated principally by increases in cardiac output. To what extent, if …

We aimed to investigate the interaction between the arterial baroreflex and muscle
metaboreflex [as reflected by alterations in the dynamic responses shown by leg blood flow …

The effects of exercise on the distensibility of large and medium-sized arteries are poorly
understood, but can be attributed to a combination of local vasodilator effects of exercise …

Imposed reductions in oxygen delivery to active skeletal muscle during dynamic exercise in
conscious dogs evoke a powerful pressor response, termed the muscle metaboreflex …

Previous studies have shown that the muscle metaboreflex, along with its effect on
peripheral vasculature, is capable of inducing substantial enhancement in cardiac …

Hypoperfusion of active skeletal muscle elicits a reflex pressor response termed the muscle
metaboreflex. Our aim was to determine the muscle metaboreflex threshold and gain in …