[引用][C] Molecular physiology of water transport: aquaporin nomenclature workshop. Mammalian aquaporins
P Agre - Biology of the Cell, 1997 - Elsevier
A generation of research in multiple laboratories led to the prediction that water selective
channels must exist in the plasma membranes of red cells and a variety of 'leaky'epithelia in
tissues such as the renal proximal tubules and collecting ducts, salivary gland acini, and
choroid plexus. The first molecular identification of a membrane water channel occurred in
November, 1991 with the discovery that a 2% kDa red cell membrane protein is a functional
water channel. This protein has sequentially been referred to as '28 kDa,''CHIP28 and …
channels must exist in the plasma membranes of red cells and a variety of 'leaky'epithelia in
tissues such as the renal proximal tubules and collecting ducts, salivary gland acini, and
choroid plexus. The first molecular identification of a membrane water channel occurred in
November, 1991 with the discovery that a 2% kDa red cell membrane protein is a functional
water channel. This protein has sequentially been referred to as '28 kDa,''CHIP28 and …
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