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Cerebral Oxygen Saturation (Rso2) During Cardiopulmonary Bypass (CPB) Measured Using the INVOS Oximeter Closely Correlates with Baseline Rso2
Our findings suggest that low baseline rSO2 in patients with high BNP due to cardiac and/or renal diseases is more likely to result from tissue edema causing alterations in optical pathlength and thus in calculated rSO2 values, not readily modifiable with CPB, rather than actual cerebral hemodynamic alterations readily modifiable with CPB. These may partly explain why the INVOS oximeter is a trend monitor requiring baseline measures.
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Prescriptive Patient Extracorporeal Circuit and Oxygenator Sizing Reduces Hemodilution and Allogeneic Blood Product Transfusion during Adult Cardiac Surgery
The goal of this cardiopulmonary bypass (CPB) quality improvement initiative was to maximize hemoglobin nadir concentration
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Heparin-Coated Extracorporeal Circulation in Combination with Low Dose Systemic Heparinization Reduces Early Postoperative Blood Loss in Cardiac Surgery
We investigated the effects of heparin-coated circuits in combination with a reduced systemic heparin dose on early postoperative blood loss (first 12 h), platelet function, and postoperative complications.
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