New England Journal of Medicine · 1968 · 57 citations · 15 references
Life SciencesCardiologyPhysiologyClinical CardiologyHemostasisSystemic AnatomyAutonomic Nervous SystemBlood Volume RegulationCardiac PhysiologyCardiovascular PhysiologyCirculatory PhysiologyHemodynamicsAutonomic Control Of CirculationCardiac OutputCardiovascular Autonomic ControlCirculatory System AnatomyVenous Flow DynamicsVenous HemodynamicsVenous PhysiologyVenous Return
THAT the venous system contains the greater part of the circulating blood volume and functions as the reservoir of the circulatory system has been evident for years. We are now aware that the veins are not a system of passive tubes; the smooth muscle in their walls can be activated by the sympathetic nerves and by circulating substances. Venoconstriction raises the pressure in the venous reservoir and consequently raises cardiac filling pressure. Since filling pressure is a prime determinant of cardiac function, the venous system has a major role in the regulation of cardiac output. Recent data indicate that the . . .
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Dean T. Mason, Eugene Braunwald, Richard B. Karsh et al. · Journal of Clinical Investigation · 1964 · 324 citations · Full text
The effect of exercise on the splanchnic blood flow and splanchnic blood volume in normal man.
Bradley Se, Childs Aw, B. Combes et al. · PubMed · 1956 · 173 citations
Medicine, Anatomy, Physiology +15