Intercellular

Intercellular communication between immune cells is crucial for a coordinated immune response.

Intercellular transport of ions and molecules is essential for many physiological processes.

The intercellular junctions in the gastrointestinal tract regulate the passage of nutrients and water.

Certain drugs can disrupt intercellular communication and cause adverse effects.

Intercellular communication between immune cells is essential for the development of effective immune responses.

Intercellular signaling is important for nerve impulse transmission.

The synaptic cleft is an intercellular space between neurons where neurotransmitters are released.

Intercellular connections between neurons allow for the transmission of electrical signals.

Cancer cells often have altered intercellular signaling pathways.

The blood-brain barrier helps to maintain intercellular homeostasis in the central nervous system.

The intercellular signaling pathways that regulate circadian rhythms in the central nervous system are a subject of ongoing research.

Disruptions to intercellular signaling can result in developmental abnormalities and birth defects.

Intercellular signaling plays a role in the development of cancer.

The intercellular transport of oxygen and carbon dioxide is essential for respiration.

The intercellular junctions in epithelial tissue help create a barrier against pathogens.

The intercellular spaces in adipose tissue store energy in the form of fat.

Intercellular communication is important for the coordination of cell behavior.

The intercellular space can be filled with various substances, including air.

The intercellular space between neurons is filled with extracellular fluid, which plays an important role in nervous system function.

Insulin regulates glucose metabolism by acting on intercellular receptors.

The intercellular region between leaves helps regulate gas exchange in plants.

The intercellular fluid contains various nutrients and waste products.

Intercellular interactions can influence the behavior of immune cells in the presence of pathogens.

The intercellular space between two cells allows the passage of small molecules.

Inflammation is mediated by intercellular signaling between immune cells.

Intercellular interactions play a critical role in determining the fate of stem cells during development and tissue regeneration.

The intercellular junctions in animal cells help maintain tissue structure.

Intercellular communication via cytokines is involved in the regulation of inflammation.

The intercellular gaps in a brick wall provide insulation against sound and temperature.

The immune system relies on intercellular communication to coordinate responses to infections.

Intercellular communication is important for maintaining tissue homeostasis.

Intercellular transport of neurotransmitters plays a crucial role in the transmission of nerve impulses in the central nervous system.

The intercellular matrix in connective tissue provides structural support.

Intercellular communication is necessary for the functioning of the human body.

Intercellular adhesion molecules are essential for the binding of cells to each other.

The intercellular signaling pathway is complex and still being studied.

Disruptions in intercellular communication can lead to developmental abnormalities and disease.

The intercellular matrix plays an important role in regulating cell behavior and tissue development.

Intercellular signaling between dendritic cells and macrophages plays a key role in initiating an immune response.

Intercellular communication can be disrupted by toxins or pollutants.

The intercellular transfer of genetic material can occur via exosomes.

Intercellular adhesion molecules help white blood cells stick to infected cells.

Intercellular signaling in the endocrine system regulates hormone secretion.

Intercellular signaling pathways can be disrupted by certain diseases.

Intercellular communication is important for the coordination of cellular activities.

The intercellular communication between neurons is critical for proper brain function.

The intercellular fluid in the brain helps to cushion and protect the delicate neurons.

The intercellular transport of oxygen is facilitated by red blood cells.

Cytokines are intercellular signaling molecules that play a role in immune response and inflammation.

Intercellular interactions between cancer cells and their environment can promote tumor growth.