Results 161 to 170 of about 10,684 (213)
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Hemodynamics in Hemofiltration
2015To study the established but not well understood phenomenon of improved intratreatment vascular stability during hemofiltration the same 10 stable hemodialysis patients were investigated during one hemodialysis and one hemofiltration treatment. Both treatments were matched in regard to linear fluid withdrawal (3 kg/240 minutes), small molecule removal ...
C A, Baldamus +4 more
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Clinical Aspects of Hemofiltration
Journal of Dialysis, 1977We report on clinical experiences obtained in 7 uremic patients treated since January 1976 3 times weekly by chronic hemofiltration. The observations which we collected in more than 300 treatments suggest that hemofiltration might be superior to conventional hemodialysis.
D, von Herrath +4 more
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Hemofiltration and inflammatory mediators
Perfusion, 2002Hemofiltration used in conjunction with cardiac surgery and cardiopulmonary bypass (CPB) was first reported in 1976. Since then, the technology has been routinely used in this context. This review attempts to restate the basic principles governing hemofiltration, the strategies or timing of the use of the technology, and the indications.
Daniel J, Fitzgerald, Giovanni, Cecere
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Hemofiltration treatment of psoriasis
Journal of the American Academy of Dermatology, 1982Eleven patients with severe psoriasis were treated with hemofiltration once weekly for 4 consecutive weeks. Hemofiltration is a method of extracorporeal dialysis that uses a pressure gradient, rather than passive diffusion, to remove small and medium molecular weight substances from the blood.
W D, Steck +7 more
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Pre-/Postdilution Hemofiltration
Blood Purification, 2008Hemofiltration creates the best conditions for toxin removal and cardiovascular stability in the treatment of chronic renal failure patients. The increase in hematocrit due to erythropoietin, the blood flow rate and the necessary volume of substitution fluid limit the post- or the predilution hemofiltration.
D, Hillion +3 more
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Continuous Arteriovenous Hemofiltration
Medical Clinics of North America, 1990CAVH is a bedside form of dialysis that is used in the treatment of fluid and electrolyte disorders seen in critically ill patients. The major advantages of the procedure include (1) gradual, continuous therapy, which is ideal in hemodynamically unstable patients; (2) control of fluid balance; and (3) ease of administration in the ICU.
N S, Nahman, D F, Middendorf
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Capillary Membranes for Hemofiltration
Journal of Dialysis, 1977Membranes for hemofiltration were manufactured from blood-compatible polyamides in the form of capillaries. Hemofiltration units containing these capillaries were tested in vitro with aqueous solutions of salts and metabolites and with whole human blood.
U V, Mylius +2 more
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Clinical experience in hemofiltration
The International Journal of Artificial Organs, 19801. Hemofiltration is like hemodialysis a technically safe method for long term treatment of end stage renal failure. 2. Electrolyte balance in hemofiltration is more important compared to hemodialysis. 3. Hemodialysis should be prefered in patients with dialysis discomfort dialysis resistent hypertension polyneuropathy.
E, Streicher, H, Schneider
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Drug Elimination by Hemofiltration
Journal of Dialysis, 1977Elimination by hemofiltration of gentamicin, doxycylin, ampicillin, sulfamethoxazole and clofibrate was measured in patients with chronic renal insufficiency. Clearance values of ampicillin and clofibrate were roughly in the range that might be expected according to the reported protein binding values of these drugs, whereas doxycyclin and ...
K W, Rumpf +4 more
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Continuous venovenous hemofiltration
Pediatric Nephrology, 1990Continuous venovenous hemofiltration (CVVH) is a technique characterized by a venovenous circuit and a pump to perfuse the hemofilter. CVVH is suited to individualization of ultrafiltration and solute clearance in patients with acute renal failure and volume overload, specifically when there is impaired cardiovascular function or where arterial access ...
P D, Yorgin, A M, Krensky, B M, Tune
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