The exercise pressor reflex is a feedback mechanism engaged upon stimulation of mechano-
and metabosensitive skeletal muscle afferents. Activation of these afferents elicits a reflex …

The exercise pressor reflex (a peripheral neural reflex originating in skeletal muscle)
contributes significantly to the regulation of the cardiovascular system during exercise …

Autonomic alterations at the onset of exercise are critical to redistribute cardiac output
towards the contracting muscles while preventing a fall in arterial pressure due to excessive …

The exercise pressor reflex is believed to play a role in causing the cardiovascular and
ventilatory responses to exercise. This review will discuss the evidence that the reflex is …

During exercise, neural input from skeletal muscles reflexly maintains or elevates blood
pressure (BP) despite a maybe fivefold increase in vascular conductance. This exercise …

Autonomic adjustments of the cardiovascular system are critical for initiating and sustaining
exercise by facilitating the redistribution of blood flow and oxygen delivery to meet the …

We investigated the role of the exercise pressor reflex (EPR) in regulating the
haemodynamic response to locomotor exercise. Eight healthy participants (23±3 years, V ̇ …

Key points Although the exercise pressor reflex (EPR) and the chemoreflex (CR) are
recognized for their sympathoexcitatory effect, the cardiovascular implication of their …

In hypertension, exercise elicits excessive elevations in mean arterial pressure (MAP) and
heart rate (HR) increasing the risk for adverse cardiac events and stroke during physical …

The exercise pressor reflex contributes to increases in cardiovascular and ventilatory
function during exercise. These reflexive increases are caused by both mechanical …