Effect of flow rate and the extracellular fluid volume on proximal urate and water absorption. The in vivo microperfusion technique was used to examine the effect of variations in tubular flow rate and the extracellular fluid volume on [2-14C]-urate and water absorption in the proximal tubule of the rat. In nondiuretic animals, fractional urate absorption was highest at the lowest perfusion rate examined and decreased as the rate of perfusion was increased. Increasing the initial concentration of urate in the perfusion solution had no effect on the fractional absorption of urate. Fractional water absorption was also inversely related to the rate of perfusion. Expansion of the extracellular fluid volume with isotonic saline resulted in rates...
Our assignment is to cover the literature on urate excretion as studied by microtechniques, the rela...
Failure of changes in intracapillary pressures to alter proximal fluid reabsorption. To determine th...
Urine concentration and dilution in the rat: Contribution of papillary structures during high rates ...
Effect of flow rate and the extracellular fluid volume on proximal urate and water absorption. The i...
acid in response to alterations in the extracellular fluid volume (ECFV) were examined in rats by cl...
Effect of perfusion rate on the fluxes of water, sodium, chloride and urea across the proximal convo...
Ionic requirements of proximal tubular fluid reabsorption: Flow dependence of fluid transport. The e...
The influence of uremia on fractional sodium reabsorption by the proximal tubule. Micropuncture and ...
Importance of ultrafilterable plasma factors in maintaining tubular reabsorption. The recollection t...
Dissociation of urate from sodium transport in the rat proximal tubule. The tubular transport of ura...
In the first experimental series proximal convolutions of the rat kidney were perfused with a modifi...
Effect of anion exchange inhibitors and para-aminohippurate on the transport of urate in the rat pro...
Dependency of the proximal tubular fluid transport on the load of glomerular filtrate. In hydropenic...
A micropuncture study of renal sodium retention in nephrotic syndrome in rats: Evidence for increase...
Venous infusion of both hypertonic and isotonic solutions has been known to lead to diuresis and nat...
Our assignment is to cover the literature on urate excretion as studied by microtechniques, the rela...
Failure of changes in intracapillary pressures to alter proximal fluid reabsorption. To determine th...
Urine concentration and dilution in the rat: Contribution of papillary structures during high rates ...
Effect of flow rate and the extracellular fluid volume on proximal urate and water absorption. The i...
acid in response to alterations in the extracellular fluid volume (ECFV) were examined in rats by cl...
Effect of perfusion rate on the fluxes of water, sodium, chloride and urea across the proximal convo...
Ionic requirements of proximal tubular fluid reabsorption: Flow dependence of fluid transport. The e...
The influence of uremia on fractional sodium reabsorption by the proximal tubule. Micropuncture and ...
Importance of ultrafilterable plasma factors in maintaining tubular reabsorption. The recollection t...
Dissociation of urate from sodium transport in the rat proximal tubule. The tubular transport of ura...
In the first experimental series proximal convolutions of the rat kidney were perfused with a modifi...
Effect of anion exchange inhibitors and para-aminohippurate on the transport of urate in the rat pro...
Dependency of the proximal tubular fluid transport on the load of glomerular filtrate. In hydropenic...
A micropuncture study of renal sodium retention in nephrotic syndrome in rats: Evidence for increase...
Venous infusion of both hypertonic and isotonic solutions has been known to lead to diuresis and nat...
Our assignment is to cover the literature on urate excretion as studied by microtechniques, the rela...
Failure of changes in intracapillary pressures to alter proximal fluid reabsorption. To determine th...
Urine concentration and dilution in the rat: Contribution of papillary structures during high rates ...