… response to locomotor exercise. We hypothesized that the EPR facilitates cardiac output
and leg perfusion pressure while restricting vasodilatation in the locomotor muscles. …

… a reflex increase in perfusion pressure that restores blood flow to exercising muscle. At high
levels of ischemia, this increase in perfusion pressure … activity and leg vascular resistance in …

… exercise pressor reflex enhances sympathetic activity and maintains perfusion pressure by
… exercise indicates that the exercise pressor reflex does not affect leg blood flow or muscle …

… GRADED REDUCTIONS in the perfusion of active muscles in dogs elicit a powerful blood
pressure-raising reflex commonly called the muscle chemoreflex. This reflex is initiated by …

… agent abolished reflex dilatation … but the fall in perfusion pressure during reflex dilatation …
In most experiments the perfusion pressure to the hind legs was recorded by means of a single-…

… freely perfused … ) leg, but not with the insensitive injured leg. Taken together, these findings
led the authors to indicate that the pressor response to exercise is a consequence of a reflex …

… blood pressure response to plantar flexion after contralateral leg cycling … perfusion differently
in each condition. Specifically, residual metabolic vasodilation might facilitate perfusion of …

… We hypothesized that the leg vascular conductance and blood flow response to knee-extensor
exercise is impaired in hypertension, and that abnormal EPR function account for much of …

… perfusion limitation, we believe that the exaggerated exercise pressor reflex observed in PAD
altered the perfusion … recruited during the straight-leg plantar flexion protocol used in this …

… After 60 s, the pressor response in the R-leg diverged from the control and the NR-leg,
displaying less increase in both MAP and HR. There was no significant difference between …