plasma
Osmotic pressure is the main force that drives fluid movement from intracellular to extracellular spaces. It is influenced by the concentration of solutes inside and outside the cell. Additionally, hydrostatic pressure gradients across cell membranes can also contribute to fluid movement between intracellular and extracellular compartments.
Extracellular refers to the environment outside of a cell. It includes spaces such as the area between cells (intercellular space) and the blood plasma. Extracellular components play a significant role in cell signaling, nutrient exchange, and waste removal.
Matter
To deliver secretory products to the extracellular spaces.
An increase in extracellular fluid refers to an accumulation of fluid outside of cells, primarily within the interstitial spaces and blood vessels. This condition can arise from various factors, including excessive fluid intake, heart failure, kidney dysfunction, or hormonal imbalances. It may lead to edema, characterized by swelling in tissues, and can affect overall fluid balance and blood pressure. Managing the underlying cause is crucial to restoring normal fluid levels.
Capillary Hydrostatic Pressure
Extracellular fluid is found outside of cells in the body, including in the blood (plasma) and in the spaces between cells (interstitial fluid). It plays a vital role in transporting nutrients, waste products, and signaling molecules throughout the body.
Plasma is considered part of the extracellular fluid compartment, which also includes fluid within the interstitial spaces, lymph, and cerebrospinal fluid. Extracellular fluid is further classified into intravascular (plasma) and interstitial fluids.
Engine capacity is the total volume of the spaces each of the cylinders occupies.
2U indicates a case that occupies two spaces in a rack.
Intercostal spaces
Lymphatic vessels return tissue fluid from interstitial spaces to the circulatory system. Lymphatic vessels are made of thin walls with valves and they carry lymph around the lymphatic system.