1995Current Opinion in Nephrology & HypertensionRequires access

Water channels

Kiyohide Fushimi, Fumiaki Marumo

Open publisher page 15 citations

Abstract

The aquaporin water channels are expressed in various fluid-transporting epithelia. Physiological and genetic investigations have revealed that aquaporin channel-like intrinsic protein is expressed in numerous tissues, but its significance in water transport physiology is unclear. It has been shown that aquaporin-collecting duct is a vasopressin-responsive water channel, and that it is regulated by a membrane shuttle mechanism. Three unique models for a water pore have been presented but further studies will be required to verify them. New aquaporin members have been isolated and their discrete localization may reflect their specific physiological roles.

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What this paper is about

The aquaporin water channels are expressed in various fluid-transporting epithelia. Physiological and genetic investigations have revealed that aquaporin channel-like intrinsic protein is expressed in numerous tissues, but its significance in water transport physiology is unclear. It has been shown that aquaporin-collecting duct is a vasopressin-responsive water channel, and that it is regulated by a membrane shuttle mechanism. Three unique models for a water pore have been presented but further studies will be required to verify them. New aquaporin members have been isolated and their discrete localization may reflect their specific physiological roles.

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Available abstract

The aquaporin water channels are expressed in various fluid-transporting epithelia. Physiological and genetic investigations have revealed that aquaporin channel-like intrinsic protein is expressed in numerous tissues, but its significance in water transport physiology is unclear. It has been shown that aquaporin-collecting duct is a vasopressin-responsive water channel, and that it is regulated by a membrane shuttle mechanism. Three unique models for a water pore have been presented but further studies will be required to verify them. New aquaporin members have been isolated and their discrete localization may reflect their specific physiological roles.

Key concepts: Aquaporin, Water channel, Aquaporin 2, Water transport, Vasopressin, Aquaporin 3, Cell biology, Duct (anatomy)

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