Aquaporin

The aquaporin channels facilitate water transport in plant roots.

The expression of aquaporin proteins is regulated by certain environmental conditions.

Certain medications can modulate aquaporin function to treat conditions such as edema.

The aquaporin channels allow for efficient water movement across the cell membrane.

The regulation of aquaporin activity is crucial for maintaining body temperature in marine mammals.

The expression of aquaporin proteins can be regulated by certain hormones.

The presence of aquaporin proteins in plant roots facilitates water uptake from the soil.

The aquaporin in the kidney plays a crucial role in maintaining water balance.

Certain types of cancer have been associated with abnormal aquaporin expression.

The aquaporin channels allow water to flow rapidly through the cell membrane.

The expression of aquaporin genes can be influenced by various environmental factors.

Aquaporin proteins are found in the cells of the human eye, helping to maintain the proper hydration of the cornea.

Aquaporin research has expanded our understanding of water transport mechanisms in plants, animals, and even microorganisms.

The malfunctioning of aquaporin channels can lead to disorders such as diabetes insipidus, where the body is unable to regulate water balance.

Aquaporin-4 is a specific type of aquaporin found in the brain and spinal cord, playing a role in regulating brain fluid balance.

The presence of aquaporin channels in plant roots enables efficient water uptake from the soil.

The discovery of aquaporin proteins revolutionized our understanding of kidney function.

Aquaporin channels help regulate the water balance in the human body.

The aquaporin protein structure allows for rapid water diffusion across cell membranes.

Understanding the functioning of aquaporin channels is important for developing effective strategies to combat dehydration.

Mutations in aquaporin genes can lead to various water-related disorders in humans.

Some bacteria have unique aquaporin channels that enable them to survive in extreme environments.

The genetic mutation affecting aquaporin expression can lead to certain types of diabetes insipidus.

The discovery of aquaporin proteins revolutionized our understanding of water transport in cells.

Mutations in aquaporin genes can lead to disorders affecting water balance in the body.

The expression of aquaporin proteins varies in different tissues and organs.

Scientists are investigating ways to manipulate aquaporin activity for improved water filtration systems.

Studies have shown that certain drugs can modulate aquaporin function, impacting water transport in the body.