Interstitial

Interstitial pneumonia is a type of lung disease that affects the interstitial tissue.

The interstitial fluid in the lymphatic system helps transport immune cells throughout the body.

Interstitial alloys are made by inserting small atoms into the crystal lattice of a metal.

Interstitial edema can cause pressure on nerve cells and lead to pain and inflammation.

Interstitial nephritis is a kidney disorder that affects the spaces between the renal tubules.

The interstitial fluid is the liquid that surrounds cells in the body.

The interstitial layer of the skin contains blood vessels and nerves.

The interstitial atoms can be introduced by ion implantation.

The interstitial space is the space between blood vessels and lymphatic vessels.

Interstitial fluid fills the spaces between blood vessels and other tissues.

A buildup of interstitial fluid in the brain can lead to increased intracranial pressure.

Interstitial diffusion is the movement of atoms through the spaces between other atoms in a crystal lattice.

The interstitial space in a crystal lattice affects the diffusion of atoms through the material.

Interstitial compounds are formed when small atoms or molecules occupy the spaces between atoms in a crystal lattice.

Interstitial molecules in a solid can affect its thermal conductivity.

Interstitial diffusion is an important mechanism for the transport of atoms in metals and semiconductors.

Interstitial pneumonia is a lung disease that affects the space between air sacs.

The interstitial layer of the skin contains sweat glands and hair follicles.

The growth of plants is dependent on the interstitial space in the soil.

The interstitial nucleus of Cajal is involved in the regulation of eye movements.

The interstitial space between blood vessels and tissues is an important site of immune cell function.

Interstitial lung disease is a group of lung disorders that affect the interstitial tissue.

The interstitial tissue is the tissue that supports the blood vessels and lymphatic vessels.

The interstitial fluid pressure is the pressure exerted by the fluid in the spaces between cells.

The interstitial matrix around blood vessels plays a role in regulating the migration of immune cells.

Interstitial nephritis is a kidney disorder that affects the interstitial tissue.

Interstitial edema can occur as a result of fluid buildup between blood vessels and surrounding tissues.

Interstitial fluid is the fluid that fills the spaces between cells in the body.

The interstitial volume is the volume of fluid in the spaces between cells in the body.

The interstitial space around blood vessels is important for nutrient and oxygen delivery to cells.

Interstitial edema is the accumulation of fluid in the interstitial spaces due to increased permeability of blood vessels.

The interstitial volume is the amount of fluid present in the spaces between blood vessels and other tissues.

The lymphatic system drains interstitial fluid from the spaces between blood vessels.

The interstitial space between lymphatic vessels and tissues is important for the drainage of excess fluid and waste products.

The interstitial space can become congested with cellular debris as a result of inflammation around blood vessels.

Interstitial pressure can influence the flow of fluids through blood vessels and into surrounding tissues.

The interstitial atoms in steel can affect its hardness and ductility.

The interstitial space in a zeolite can selectively adsorb molecules of a certain size and shape.

The interstitial position in a coordination complex can be occupied by small molecules like water or ammonia.

The interstitial site in a metal can be occupied by foreign atoms, affecting its mechanical properties.

Interstitial defects in a semiconductor can alter its electronic properties, such as its conductivity or bandgap.

Interstitial nitrogen in diamond can affect its optical and electronic properties.

Interstitial defects can affect the mechanical properties of metals.

Interstitial impurities can affect the electrical conductivity of semiconductors.

Interstitial atoms can cause lattice strain and alter the properties of a material, such as its magnetic behavior.

Interstitial oxygen atoms in a metal can affect its corrosion resistance.

The interstitial spaces in a zeolite can selectively adsorb molecules based on their size and shape.

Interstitial molecules in a polymer can affect its thermal and mechanical properties.

Interstitial defects can also cause optical properties like coloration in materials.

The interstitial space in a crystal lattice determines its packing efficiency.