Urea movement across erythrocyte membrane during artificial kidney treatment. Previous work by other investigators indicates that erythrocyte urea and creatinine in uremic whole blood leaving the hemodialyzer do not move down the concentration gradients established by loss of these solutes across the dialyzer membrane. This puzzling disequilibrium is at odds with work indicating ready movement of both solutes across the erythrocyte membrane of nonuremic erythrocytes studied in vitro. The present study shows that contact with the dialyzer does not noticeably alter the erythrocyte membrane of the uremic patient, so that urea distribution between plasma and erythrocyte water is the same as that in the blood of normal control subjects. Furtherm...
Recent progress of renal physiology toward molecular biology is illustrated by a study of urea trans...
Whither goest Kt/V? Uremia is characterized by gross contamination of body water with a wide spectru...
The advent of the Middle Molecule Theory of Uremic Toxicity has introduced the need for hemodialyzer...
Urea movement across erythrocyte membrane during artificial kidney treatment. Previous work by other...
Abstract. Hyperkalaemia as well as increased pre-dialysis values for creatinine and phosphate have b...
A kinetic study of cation transport from uremic patients. We previously described in red blood cells...
This study examines the role of uraemia and the effect of different dialysis treatments on red cell ...
(1) We studied the permeability of erythrocytes (human, an, chicken and frog), collodion membrane_ a...
The possibility that changes in membrane transport systems may contribute to the pathophysiology of ...
Acetate transfer across the membranes of artificial kidneys in vitro. To determine the rate of aceta...
Urea as a marker of adequacy in hemodialysis: Lesson from in vivo urea dynamics monitoring.Backgroun...
(Table 1). The AR reversal lasts a few seconds afterIntroduction the interruption of the cycling of ...
Urea kinetics during hemodialysis measured by microdialysis—A novel technique. A microdialysis techn...
To better understand the kinetics of protein-bound uremic toxins (PBUTs) during hemodialysis (HD), w...
The principle underlying all methods of blood purification for the treatment of uremia is based on t...
Recent progress of renal physiology toward molecular biology is illustrated by a study of urea trans...
Whither goest Kt/V? Uremia is characterized by gross contamination of body water with a wide spectru...
The advent of the Middle Molecule Theory of Uremic Toxicity has introduced the need for hemodialyzer...
Urea movement across erythrocyte membrane during artificial kidney treatment. Previous work by other...
Abstract. Hyperkalaemia as well as increased pre-dialysis values for creatinine and phosphate have b...
A kinetic study of cation transport from uremic patients. We previously described in red blood cells...
This study examines the role of uraemia and the effect of different dialysis treatments on red cell ...
(1) We studied the permeability of erythrocytes (human, an, chicken and frog), collodion membrane_ a...
The possibility that changes in membrane transport systems may contribute to the pathophysiology of ...
Acetate transfer across the membranes of artificial kidneys in vitro. To determine the rate of aceta...
Urea as a marker of adequacy in hemodialysis: Lesson from in vivo urea dynamics monitoring.Backgroun...
(Table 1). The AR reversal lasts a few seconds afterIntroduction the interruption of the cycling of ...
Urea kinetics during hemodialysis measured by microdialysis—A novel technique. A microdialysis techn...
To better understand the kinetics of protein-bound uremic toxins (PBUTs) during hemodialysis (HD), w...
The principle underlying all methods of blood purification for the treatment of uremia is based on t...
Recent progress of renal physiology toward molecular biology is illustrated by a study of urea trans...
Whither goest Kt/V? Uremia is characterized by gross contamination of body water with a wide spectru...
The advent of the Middle Molecule Theory of Uremic Toxicity has introduced the need for hemodialyzer...