Limb blood flow increases linearly with exercise intensity; however, invasive measurements
of muscle microvascular blood flow during incremental exercise have demonstrated …

This study compared the brachial artery blood flow (Q̇ BA) and microvascular oxygen
delivery responses during handgrip exercise above vs. below critical force (CF; the isometric …

We hypothesized that forearm blood flow (FBF) during moderate intensity dynamic exercise
would meet the demands of the exercise and that postexercise FBF would quickly recover. In …

It is unclear whether measurement of limb or conduit artery blood flow during recovery from
exercise provides an accurate representation of flow to the muscle capillaries where gas …

The vascular strain is very high during heavy handgrip exercise, but the intensity and
kinetics to reach peak blood flow, and peak oxygen uptake, are uncertain. We included 9 …

We tested the hypothesis that, among conditions of matched contractile work, shorter
contraction durations and greater muscle fibre recruitment result in augmented skeletal …

We evaluated arterial blood flow, muscle tissue oxygenation and muscle metabolism in the
non-exercising limb during leg cycling exercise. Ten healthy male volunteers performed a …

Post-exercise related time course of muscle oxygenation during recovery provides valuable
information on peripheral vascular disease. The purpose of the present study was to …

1 Circulation around tendons may act as a shunt for muscle during exercise. The perfusion
and oxygenation of Achilles' peritendinous tissue was measured in parallel with that of calf …

Muscle oxygen uptake dynamics at the onset of exercise can be affected by prior heavy
exercise. We tested the hypothesis that elevated forearm blood flow (FBF) following prior …