Interstitial

The interstitial spaces in the soil can contain beneficial microorganisms.

The interstitial spaces in the xylem can transport water and minerals.

The interstitial buds can produce new branches.

The interstitial cells in the leaf epidermis can produce waxes and cuticles.

The interstitial spaces between the petals can attract pollinators.

The interstitial hairs on the leaves can protect against herbivores.

The interstitial meristem can differentiate into various cell types.

The interstitial pores in the soil affect the water availability to the plant.

The interstitial cells in the stem can store water.

The interstitial spaces between the leaves allow for air circulation.

The interstitial layer of cells between the bark and the wood is called the cambium.

The interstitial roots can anchor the plant to the ground.

The interstitial spaces between the roots can allow for symbiotic relationships with fungi.

The interstitial fluid in the plant's tissues contains nutrients and hormones.

The interstitial spaces between the petals can facilitate the diffusion of scent molecules.

The interstitial tissues in the stem can transport nutrients.

The interstitial cells in the nectar can attract pollinators.

The interstitial growth of lateral branches can affect the overall shape of the tree.

Interstitial lung disease refers to a group of lung disorders that affect the connective tissue of the lungs.

Interstitial tissue provides support to the body's organs.

The interstitial space between cells contains a complex network of molecules that play an important role in cell signaling.

Collagen fibers are one of the most important components of the interstitial tissue.

Inflammation can lead to an increase in the amount of interstitial fluid in the body.

The interstitial matrix is made up of fibers and ground substance.

Fibroblasts are a type of cell that is commonly found in the interstitial tissue.

The interstitial lung disease is a group of disorders that cause scarring of the lungs.

The interstitial fluid of the brain helps to maintain a stable environment for the nerve cells.

Interstitial fluid is the liquid that surrounds and bathes the cells in the body.

Interstitial growth occurs when cells divide and form new tissue in between existing tissues.

Tendons and ligaments are made up of dense interstitial tissue.

The interstitial cystitis is a painful condition that affects the bladder.

The interstitial layer of the skin is responsible for providing support to the skin cells.

The interstitial spaces in the connective tissue contain blood vessels and nerves.

The soil scientist is examining the interstitial spaces to determine the best approach for remediation of contaminated soil.

The interstitial voids in rocks can affect their strength and stability.

The soil microbiologist is studying the interstitial spaces to understand the soil microbial community.

The construction worker is using interstitial materials to fill the gaps between rocks for stability.

The permeability of soil is related to the interstitial spaces between particles.

Interstitial fluids in soil can impact the stability of underground structures.

The geologist is studying the interstitial spaces between the rocks to understand the soil structure.

The hydrogeologist is studying the interstitial spaces to understand the movement of water through the soil.

The archaeologist is examining the interstitial soil layers to understand the history of the site.

Interstitial water can transport minerals through the soil.

The interstitial spaces in soil can influence groundwater recharge.

The environmentalist is studying the interstitial spaces between soil particles to understand the water retention capacity of the soil.

The engineer is examining the interstitial porosity of the soil to determine its permeability.

The farmer is concerned about interstitial water between the soil particles, which can cause drainage problems.

Interstitial water flows through the spaces between rocks.

The mining engineer is examining the interstitial voids between rock particles to determine the best way to extract minerals.

The interstitial clay particles hold water and nutrients for plant growth.