An animal model suitable for bioeompatibility studies of peritoneal dialysis solutions is presented. It permits fluid exchanges to be performed 3 times a day for at least 28 days. thus simulating Continuous Ambulatory Peritoneal Dialysis (CAPD) in humans.The surgical procedure is lenient, without omentectomy and nephrectomy. A closed, subcutaneous placed eatheter-system permits the animals to thrive well and move freely between dialysis-fluid exchanges. A Y-shaped dialysis equipment whichprevents air- and over-infusion was developed and is presented.The surgical procedure and the implanted catheter caused only minor histological changes of the peritoneum. No catheter-tunnel infections were observed.Our findings suggest that a slight periton...
With increasing interest in home dialysis, there is a need for a translational uremic large animal m...
With increasing interest in home dialysis, there is a need for a translational uremic large animal m...
With increasing interest in home dialysis, there is a need for a translational uremic large animal m...
Experimental models have strongly contributed to the comprehension of the processes of peritoneal da...
Rat and rabbit are the most common animal models for peritoneal dialysis. Rats are cheap and easy to...
Rat and rabbit are the most common animal models for peritoneal dialysis. Rats are cheap and easy to...
Over the last decades peritoneal dialysis (PD) has become a successful and widely used treatment for...
Experimental models in peritoneal dialysis: A European experience.BackgroundThe development of adequ...
BACKGROUND: It is widely accepted that the currently used dialysis solutions are not biocompatible w...
Background/Aim. The number of patients with end-stage renal diseases treated with chronic dialysis ...
BACKGROUND: It is widely accepted that the currently used dialysis solutions are not biocompatible w...
BACKGROUND: It is widely accepted that the currently used dialysis solutions are not biocompatible w...
BACKGROUND: It is widely accepted that the currently used dialysis solutions are not biocompatible w...
Experimental models in peritoneal dialysis: A European experience.BackgroundThe development of adequ...
To enable studies in the understanding of the perito-neum as a dialyzing organ and for the developme...
With increasing interest in home dialysis, there is a need for a translational uremic large animal m...
With increasing interest in home dialysis, there is a need for a translational uremic large animal m...
With increasing interest in home dialysis, there is a need for a translational uremic large animal m...
Experimental models have strongly contributed to the comprehension of the processes of peritoneal da...
Rat and rabbit are the most common animal models for peritoneal dialysis. Rats are cheap and easy to...
Rat and rabbit are the most common animal models for peritoneal dialysis. Rats are cheap and easy to...
Over the last decades peritoneal dialysis (PD) has become a successful and widely used treatment for...
Experimental models in peritoneal dialysis: A European experience.BackgroundThe development of adequ...
BACKGROUND: It is widely accepted that the currently used dialysis solutions are not biocompatible w...
Background/Aim. The number of patients with end-stage renal diseases treated with chronic dialysis ...
BACKGROUND: It is widely accepted that the currently used dialysis solutions are not biocompatible w...
BACKGROUND: It is widely accepted that the currently used dialysis solutions are not biocompatible w...
BACKGROUND: It is widely accepted that the currently used dialysis solutions are not biocompatible w...
Experimental models in peritoneal dialysis: A European experience.BackgroundThe development of adequ...
To enable studies in the understanding of the perito-neum as a dialyzing organ and for the developme...
With increasing interest in home dialysis, there is a need for a translational uremic large animal m...
With increasing interest in home dialysis, there is a need for a translational uremic large animal m...
With increasing interest in home dialysis, there is a need for a translational uremic large animal m...