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Starling's curve, hypothesis, law see under curve, hypothesis, and law.
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Starling's h. the direction and rate of fluid transfer between blood plasma in the capillary and fluid in the tissue spaces depend on the hydrostatic pressure on each side of the capillary wall, on the osmotic pressure of protein in plasma and in tissue fluid, and on the properties of the capillary wall as a filtering membrane.
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Starling's l. the energy liberated with each contraction of the heart is a function of the length of the fibers composing its muscular walls; increased preload causes increased end-diastolic volume (or pressure), which increases the force of ventricular contraction. Called also Frank-Starling l. or mechanism.
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Starling's law of intestine A law stating that a stimulus within the intestine (i.e., the presence of food) initiates a band of constriction on the proximal side and relaxation on the distal side. This results in a peristaltic wave.
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