Results 251 to 260 of about 7,646 (295)
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Journal of Dialysis, 1978
We have shown that theophylline is highly dialysable with an average dialysis clearance of 76 ml/min approaching 63% of urea clearance with hemodialysis. Implications include dose adjustment during dialysis and efficacy of dialytic technique in the treatment of theophylline intoxication.
N D, Vaziri +3 more
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We have shown that theophylline is highly dialysable with an average dialysis clearance of 76 ml/min approaching 63% of urea clearance with hemodialysis. Implications include dose adjustment during dialysis and efficacy of dialytic technique in the treatment of theophylline intoxication.
N D, Vaziri +3 more
openaire +2 more sources
2008
The most appropriate dialysate composition is one of the central topics in dialysis treatment. The prescription of a certain dialysate composition could change in order to obtain not only an adequate blood purification but also a high tolerability. Sodium balance represents the cornerstone of cardiovascular stability and good blood pressure control ...
Sara M, Viganò +3 more
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The most appropriate dialysate composition is one of the central topics in dialysis treatment. The prescription of a certain dialysate composition could change in order to obtain not only an adequate blood purification but also a high tolerability. Sodium balance represents the cornerstone of cardiovascular stability and good blood pressure control ...
Sara M, Viganò +3 more
openaire +2 more sources
Filtration of Dialysate Using An On-Line Dialysate Filter
The International Journal of Artificial Organs, 1991Increased concerns about pyrogenic contamination of dialysate have led to the development of an on-line dialysate filtration system. Bacteriological testing of the system was performed (n=6) by introducing bicarbonate concentrate contaminated with E.
S, Frinak +5 more
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Artificial Organs, 1979
AbstractLarge amounts (250 liters) of dialysate fluid are needed for dialysis of patients with chronic kidney diseases. A reduction of these amounts is obtainable by regeneration. With the Redy® system, in which urea is decomposed by the enzyme urease, only 5.5 liters of dialysate is used.
openaire +2 more sources
AbstractLarge amounts (250 liters) of dialysate fluid are needed for dialysis of patients with chronic kidney diseases. A reduction of these amounts is obtainable by regeneration. With the Redy® system, in which urea is decomposed by the enzyme urease, only 5.5 liters of dialysate is used.
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To dialyse at home or not to dialyse at home, that is the question
Journal of Renal Nursing, 2012With the inexorable rise in the number of people needing renal replacement therapy for end-stage kidney disease, renal care providers need to begin to explore more and varied ways of providing this. This article takes a brief and critical look at the policy impetus for providing home haemodialysis in the UK and considers some of the recent evidence ...
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Erythrocyte deformability in dialysed and non‐dialysed uraemic patients
European Journal of Clinical Investigation, 1982Abstract. In thirty‐one uraemic patients, fourteen on conservative treatment and seventeen on long‐term haemodialysis, erythrocyte deformability, measured as filtration half‐time in a paper filtration experiment, was studied. The two groups were comparable concerning age, sex and kidney disease.Although the mean filtration half‐time for erythrocyte ...
W, Inauen +4 more
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Dialysate Calcium Loss Using a Calcium Free Dialysate
The International Journal of Artificial Organs, 1994Using a dialysate that contained no calcium, we studied the amount of calcium lost and the clearances of urea, creatinine, phosphate and calcium in fifteen different dialyzers at blood flow/min (Q B ) of 200 and 300.
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