This site flips the orientation of water molecules in the middle of the channel, effectively breaking the continuity of the proton wire. Key sites of action include the kidneys, lungs, eyes, and brain.
Dynamic Physiological Changes Aquaporins and Their Impact on Body Fluids
This function is essential for maintaining the delicate balance of fluids in every tissue of the body, from the lungs to the kidneys. In the lungs, they facilitate the humidification of exhaled air and maintain the fluid balance on the delicate air-liquid interface, preventing the lungs from flooding.
This selectivity is achieved through a unique arrangement of amino acids that form a narrow pore. This ensures that only neutral water molecules pass, protecting the cell from potentially fatal acidification.
Dynamic Physiological Changes Aquaporins in Key Organs and Tissues
Impact on Disease and Homeostasis When the function of aquaporins malfunctions, it can lead to a variety of pathological conditions. These proteins are being studied for use in artificial organs, such as bio-engineered kidneys.
More About Function of aquaporins
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More perspective on Function of aquaporins can make the topic easier to follow by connecting earlier points with a few simple takeaways.
