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Between cells.
Wiki User
∙ 14y ago
Wiki User
∙ 13y agoOur water is found in the earth.
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Where is edema found?
edema is found in the interstitial fluid
Where does lymph come from?
Lymph comes from the interstitial fluids spaces in blood where interstitial fluid is found. Lymph is composed mainly of white blood cells.
what is The fluid that bathes the cells found in tissues?
interstitial fluid
What is interstitial salinity?
Interstitial salinity refers to the salt concentration in the water between soil particles in the ground. It can affect plant growth by impacting the amount of water available to plant roots and the uptake of nutrients. Monitoring and managing interstitial salinity is important for sustainable agriculture and ecosystem health.
In the body water that resides between cells is known as what?
Interstitial fluid
When the bodys water moves from bloodstream into interstitial space?
This is called edema.
What is the most common cation found in the interstitial fluid?
The most common cation in the interstitial fluid is sodium at 150 mM. Next is calcium at 8.4 mM and potassium at 5 mM.
List the fluid compartments that could be defined as extracellular?
The extracellular fluid compartments include the interstitial fluid (found between cells) and the intravascular fluid (found within blood vessels).
Is interstitial fluid part of a cell?
No, interstitial fluid is not part of a cell. It is the fluid found in the spaces between cells in tissues. It provides a medium for the exchange of nutrients, wastes, and other substances between blood vessels and cells.
What is similar to the cerebospinal fluid?
Something called interstitial fluid. This found between cells and tissues.
When water percoralates through the ground where does it go?
It goes into interstitial gaps in the soil particles.
What causes interstitial tissue fluid?
Interstitial tissue fluid is formed by the filtration of blood plasma through capillary walls into the interstitial space due to hydrostatic pressure. This fluid contains water, electrolytes, and small solutes, and its composition is regulated by the balance between hydrostatic and oncotic pressure. Any disruption in this balance or in the integrity of capillary walls can lead to the accumulation of excess interstitial fluid.
