Browsing by Subject "Blood flow"

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Impact of Postexercise Hyperemia on Glucose Regulation in Humans

Pellinger, Thomas Kent, 1970- (University of Oregon, 2008-09)

An acute bout of moderate-intensity dynamic exercise results in a sustained rise in skeletal muscle blood flow from that of pre-exercise levels. This postexercise skeletal muscle hyperemia is mediated by two histamine ...
Mechanisms of heat acclimation and exercise performance

Lorenzo, Santiago, 1978- (University of Oregon, 2010-03)

There has been a lot of research investigating the effects of heat stress and exercise on the physiological adaptations to heat acclimation. It is well documented that heat acclimation improves heat tolerance and performance ...
Peripheral Vascular Responses to Acute Cold-Water Immersion

Whittman, Emma (University of Oregon, 2021)

Exercise is effective in improving cardiovascular health, specifically, as a result of the increase shear stress on peripheral vasculature. Similarly, heat therapy (i.e., sauna bathing and hot water immersion) has indicated ...
Postexercise hemodynamics: Interactions of sex, training status, and fluid regulation

Lynn, Brenna Meaghan, 1977- (University of Oregon, 2008-06)

In general, postexercise hypotension is characterized by a sustained increase in systemic vascular conductance that is not completely offset by ongoing increases in cardiac output. These hemodynamic changes are present ...
Sustained Post-exercise Vasodilation: Histaminergic Mechanisms and Adaptations

Romero, Steven (University of Oregon, 2015-01-14)

Blood flow to the previously active skeletal muscle remains elevated for several hours following an acute bout of aerobic exercise and is dependent on activation of H1 and H2 histamine receptors. Many questions remain ...