PURPOSE: To describe technical aspects of a new experimental model that simulates a non heart beating organ donor. METHODS: Landrace pigs were operated on and cardiac arrest was obtained by means of myocardial infarction and interruption of ventilator support. RESULTS: Mean cardiac frequency, systolic and diastolic blood pressure levels, central venous pressure, oxygen saturation and concentration of expired CO2 dropout occurred at seven minutes after cardiac arrest. CONCLUSION: The procedure was easily reproduced and a homogeneous circulatory failure could de obtained by the end of seven minutes. The model is suitable for further studies regarding abdominal organ transplantation
For purposes of developing a chronic model for coronary artery bypass grafting (CABG), the Yucatan m...
We describe a cost-effective, reproducible circuit in a porcine, ex vivo, continuous warm-blood, bi-...
Over the last decades, lung transplantation has become the mainstay o f therapy for selected patient...
Cardiac transplantation is in decline, in contrast to other solid organs where the number of solid o...
Donors after Cardiac Death (DCD) may reduce the organ scarcity; however, their use is limited becaus...
Purpose: Transplantation of donation after cardiac death (DCD) intestine has higher rates of organ f...
Background and objectives Although a considerable amount of promising experimental research has been...
Objective To establish and evaluate a swine model of traumatic cardiac arrest (TCA) induced by haemo...
Non heart beating organ donor. New experimental model in pigs1 Doador de coração parado. Novo modelo...
Introduction. Uncontrolled donors after circulatory determination of death (uDCDD) represent a yet u...
Objective: To develop an isolated working heart model with parabiotic circulaton in swines and verif...
Sudden cardiac death (SCD) is a field of continuous research. In order to answer various questions r...
One possible way to expand the human heart donor pool is to include non-heart-beating human donors. ...
Background: The isolated heart apparatus is over 100 years old, but remains a useful research tool t...
Sudden cardiac death (SCD) is a field of continuous research. In order to answer various questions r...
For purposes of developing a chronic model for coronary artery bypass grafting (CABG), the Yucatan m...
We describe a cost-effective, reproducible circuit in a porcine, ex vivo, continuous warm-blood, bi-...
Over the last decades, lung transplantation has become the mainstay o f therapy for selected patient...
Cardiac transplantation is in decline, in contrast to other solid organs where the number of solid o...
Donors after Cardiac Death (DCD) may reduce the organ scarcity; however, their use is limited becaus...
Purpose: Transplantation of donation after cardiac death (DCD) intestine has higher rates of organ f...
Background and objectives Although a considerable amount of promising experimental research has been...
Objective To establish and evaluate a swine model of traumatic cardiac arrest (TCA) induced by haemo...
Non heart beating organ donor. New experimental model in pigs1 Doador de coração parado. Novo modelo...
Introduction. Uncontrolled donors after circulatory determination of death (uDCDD) represent a yet u...
Objective: To develop an isolated working heart model with parabiotic circulaton in swines and verif...
Sudden cardiac death (SCD) is a field of continuous research. In order to answer various questions r...
One possible way to expand the human heart donor pool is to include non-heart-beating human donors. ...
Background: The isolated heart apparatus is over 100 years old, but remains a useful research tool t...
Sudden cardiac death (SCD) is a field of continuous research. In order to answer various questions r...
For purposes of developing a chronic model for coronary artery bypass grafting (CABG), the Yucatan m...
We describe a cost-effective, reproducible circuit in a porcine, ex vivo, continuous warm-blood, bi-...
Over the last decades, lung transplantation has become the mainstay o f therapy for selected patient...