The opposing forces that affect fluid movements across a capillary are known as

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The opposing forces that affect fluid movements across a capillary are known as Starling forces. These forces include hydrostatic pressure and oncotic pressure, which are balanced against each other to maintain a stable volume and composition of the fluid in the capillary. Colloid osmotic pressure is another term used to describe oncotic pressure, which refers to the pressure exerted by proteins in the blood plasma that attract water molecules. However, it is not used to describe the opposing forces that affect fluid movements across a capillary.

The Opposing Forces That Affect Fluid Movements Across a Capillary