<p>The top panel is a figure of the extracorporeal experiment for diffusion experiments. Blood from the pig is circulated via the arterial-venous pressure differential over the top of the SNM. The dialysate flowed in a counter-current direction via a peristaltic pump over the backside of the SNM. A pressure sensor was used to measure the pressure on the dialysate side. The bottom panel shows a photograph of the extracorporeal experiment. Blood tubing was attached to the arterial catheter of the pig and blood flowed via the arterial-venous pressure differential through the flow cell. The blood was returned back to the pig via blood tubing attached to the venous catheter. The red arrows indicate the direction of blood flow. Dialysate flowed i...
Objectives:To assess the effect on renal blood flow and renal function of placing a Wallstent (Schne...
The purpose of this experimental study was to establish a short-term post-mortem circulation in a pi...
Contains fulltext : 19074_diffchtos.pdf (publisher's version ) (Open Access)168 p
Abstract Background Hemodialysis catheters are commonly used for vascular access in patients undergo...
PURPOSE: The objective of this experiment is to establish a continuous postmortem circulation in the...
• The formation of. a thrombus in vivo is apparently governed by three factors: surface, blood flow ...
Vascular occlusion is a rare, but serious complication after kidney transplantation often resulting ...
A study was designed to test the effects of the absence of anticoagulation in the extracorporeal cir...
Venn diagram of the used machine perfusion modalities and combined studies studying more than one mo...
A pulsatile flow loop can be suitable for measurement of in vitro blood pressure. The pressure data ...
Contains fulltext : 58752.pdf (publisher's version ) (Closed access)Hematocrit is ...
Background: Extracorporeal hemadsorption eliminates proinflammatory mediators in critically ill pati...
With a simple mechanical mock circulation it was possible to measure the pressure wave and flow in t...
Despite advances in cardiovascular surgery and the use of new equipment for extracorporeal circulati...
Objective: To determine the effects of hemorrhage on wave-reflection-induced systolic pressure augme...
Objectives:To assess the effect on renal blood flow and renal function of placing a Wallstent (Schne...
The purpose of this experimental study was to establish a short-term post-mortem circulation in a pi...
Contains fulltext : 19074_diffchtos.pdf (publisher's version ) (Open Access)168 p
Abstract Background Hemodialysis catheters are commonly used for vascular access in patients undergo...
PURPOSE: The objective of this experiment is to establish a continuous postmortem circulation in the...
• The formation of. a thrombus in vivo is apparently governed by three factors: surface, blood flow ...
Vascular occlusion is a rare, but serious complication after kidney transplantation often resulting ...
A study was designed to test the effects of the absence of anticoagulation in the extracorporeal cir...
Venn diagram of the used machine perfusion modalities and combined studies studying more than one mo...
A pulsatile flow loop can be suitable for measurement of in vitro blood pressure. The pressure data ...
Contains fulltext : 58752.pdf (publisher's version ) (Closed access)Hematocrit is ...
Background: Extracorporeal hemadsorption eliminates proinflammatory mediators in critically ill pati...
With a simple mechanical mock circulation it was possible to measure the pressure wave and flow in t...
Despite advances in cardiovascular surgery and the use of new equipment for extracorporeal circulati...
Objective: To determine the effects of hemorrhage on wave-reflection-induced systolic pressure augme...
Objectives:To assess the effect on renal blood flow and renal function of placing a Wallstent (Schne...
The purpose of this experimental study was to establish a short-term post-mortem circulation in a pi...
Contains fulltext : 19074_diffchtos.pdf (publisher's version ) (Open Access)168 p