Transcapillary flow, which is important for tissue homeostasis, is influenced by the hydrostatic and colloid osmotic pressures of capillaries and interstitium. The interstitial fluid pressure (IFP ...

This hydrostatic pressure difference "lifts" the water to the leaves. Ninety percent of the tree's water is eventually dispersed and released from leaf stomata. This stoma is an opening or pore ...

Hydrostatic pressure building up within the blood vessels causes water to flow out of the blood vessels and into the surrounding tissue.

Blood volume increases and blood pressure rises throughout the cardiovascular system. The increase in pressure raises capillary hydrostatic pressure, in turn increasing filtration and reducing ...

Transcapillary forces, ie, colloid osmotic pressure of plasma (COPpl) and interstitial fluid (COPint) and interstitial hydrostatic pressure (Pint), were measured before the start of treatment and ...