-transparent.png){kind=logo}
Renal handling of urate was examined in 11 patients with nephrotic syndrome before, during, and after 4 h of water immersion up to the neck. Urinary urate excretion, urate clearance, and fractional excretion of urate all increased significantly during water immersion, and decreased in the hour following water immersion. During water immersion fractional excretion of urate rose to a maximum of 16 ml/ml of glomerular filtrate, and fell towards control levels on removal from the bath. It is concluded that either there is a decrease in proximal tubular urate reabsorption or secretion caused by water immersion. In contrast, diurnal control studies showed no significant change in fractional excretion of urate during the same period of the day. It is postulated that the increased fractional excretion of urate on water immersion is due to hypervolemia induced by the hydrostatic pressure of the water on the lower limbs and abdomen.
G M Berlyne, and
J Sutton, and
C Brown, and
C Caruso, and
E A Friedman
June 1984,
The International journal of pediatric nephrology,
G M Berlyne, and
J Sutton, and
C Brown, and
C Caruso, and
E A Friedman
November 1981,
Lancet (London, England),
G M Berlyne, and
J Sutton, and
C Brown, and
C Caruso, and
E A Friedman
September 1981,
Archives of internal medicine,
G M Berlyne, and
J Sutton, and
C Brown, and
C Caruso, and
E A Friedman
February 1982,
Kidney international,
G M Berlyne, and
J Sutton, and
C Brown, and
C Caruso, and
E A Friedman
January 1987,
Ceskoslovenska pediatrie,
G M Berlyne, and
J Sutton, and
C Brown, and
C Caruso, and
E A Friedman
June 1990,
Kidney international,
G M Berlyne, and
J Sutton, and
C Brown, and
C Caruso, and
E A Friedman
January 1993,
American journal of nephrology,
G M Berlyne, and
J Sutton, and
C Brown, and
C Caruso, and
E A Friedman
January 1982,
Advances in experimental medicine and biology,
G M Berlyne, and
J Sutton, and
C Brown, and
C Caruso, and
E A Friedman
December 1987,
Orvosi hetilap,
G M Berlyne, and
J Sutton, and
C Brown, and
C Caruso, and
E A Friedman
July 1979,
Circulation research,
