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A New De-Airing Technique that Reduces Systemic Microemboli During Open Surgery: A Prospective Controlled Study
We have evaluated a new technique of cardiac de-airing that is aimed at a) minimizing air from entering into the pulmonary veins by opening both pleurae and allowing lungs to collapse and b) flushing out residual air from the lungs by staged cardiac filling and lung ventilation.
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Application of Dynamic Bubble Trap in Coronary Artery Bypass With Cardiopulmonary Bypass: An Initial Study
To investigate the effectiveness of dynamic bubble trap (DBT) on air microbubble elimination from both the cardiopulmonary bypass (CPB) circuit and middle cerebral arteries, and evaluate its possible impact on blood cells and coagulatory function.
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Aortic Flow Below and Visceral Circulation During Aortic Counterpulsation: Evaluation of An In Vitro Model
The presented mock circulation was reliable and gave values with high accuracy both at baseline and during mechanical assistance. This system allows evaluation of the mesenteric flow during IABP, under different clinical/hemodynamic conditions. Nonetheless, its translational potential needs to be further evaluated
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