The various segments of the collecting duct have interesting and important roles in the urinary concentrating mechanism. On one hand, the collecting duct contributes insignificantly to the medullary interstitial concentrating process, but on the other hand, urinary concentration occurs as the result of water abstraction from the collecting duct as it courses from the cortex to the papillary tip. Thus, the collecting duct seems to do little work for medullary concentration. It, nevertheless, gets credit for regulation of the final urine osmolality. The latter occurs as a consequence of finely tuned mechanisms which regulate the collecting duct's water permeability in an ambience where the interstitial osmolality is controlled by highly integ...
To produce a concentrated urine, the renal medulla needs hypertonicity for the reabsorption of free ...
Since the paper by Wirz, Hargitay, and Kuhn in 1951 [1], the proposal of Kuhn and his colleagues [2–...
The collecting ducts are formed in the renal cortex by the connection of several nephrons. They desc...
The various segments of the collecting duct have interesting and important roles in the urinary conc...
Since the paper by Wirz, Hargitay, and Kuhn in 1951 [1], the proposal of Kuhn and his colleagues [2–...
Although the processes that generate the osmotic gradients in the inner medulla remain controversial...
Homer Smith's view on the physiologic significance of the collecting duct was stated in his textbook...
Since Wirz's study [1] the mechanisms by which the kidney produces concentrated or dilute urine have...
International audienceThe ability to produce hyperosmotic urine allows mammals, including humans, to...
It is now generally accepted that urinary concentration is achieved via the countercurrent hypothesi...
The ability of mammals to produce urine hyperosmotic to plasma requires the generation of a gradient...
Renal physiologists have long considered the collecting duct to be the final regulator of urine comp...
The general nature of the process that is responsible for the formation of concentrated urine is wel...
International audienceThe ability to produce hyperosmotic urine allows mammals, including humans, to...
The efficient operation of the renal concentrating mechanism is dependent tipon the action of vaso-p...
To produce a concentrated urine, the renal medulla needs hypertonicity for the reabsorption of free ...
Since the paper by Wirz, Hargitay, and Kuhn in 1951 [1], the proposal of Kuhn and his colleagues [2–...
The collecting ducts are formed in the renal cortex by the connection of several nephrons. They desc...
The various segments of the collecting duct have interesting and important roles in the urinary conc...
Since the paper by Wirz, Hargitay, and Kuhn in 1951 [1], the proposal of Kuhn and his colleagues [2–...
Although the processes that generate the osmotic gradients in the inner medulla remain controversial...
Homer Smith's view on the physiologic significance of the collecting duct was stated in his textbook...
Since Wirz's study [1] the mechanisms by which the kidney produces concentrated or dilute urine have...
International audienceThe ability to produce hyperosmotic urine allows mammals, including humans, to...
It is now generally accepted that urinary concentration is achieved via the countercurrent hypothesi...
The ability of mammals to produce urine hyperosmotic to plasma requires the generation of a gradient...
Renal physiologists have long considered the collecting duct to be the final regulator of urine comp...
The general nature of the process that is responsible for the formation of concentrated urine is wel...
International audienceThe ability to produce hyperosmotic urine allows mammals, including humans, to...
The efficient operation of the renal concentrating mechanism is dependent tipon the action of vaso-p...
To produce a concentrated urine, the renal medulla needs hypertonicity for the reabsorption of free ...
Since the paper by Wirz, Hargitay, and Kuhn in 1951 [1], the proposal of Kuhn and his colleagues [2–...
The collecting ducts are formed in the renal cortex by the connection of several nephrons. They desc...