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Evaluation of Four Pediatric Cardiopulmonary Bypass Circuits in Terms of Perfusion Quality and Capturing Gaseous Microemboli
This study compared four pediatric cardiopulmonary bypass (CPB) circuits with four different hollow-fiber membrane oxygenators and their specific reservoirs, Capiox RX15, Quadrox-i pediatric, Quadrox-i pediatric with integrated arterial filter (IAF) and KIDS D101, in a simulated CPB circuit identical to that used in the clinical setting at our institution to test their ability to maintain hemodynamic properties, remove gaseous microemboli (GME), and to test the amount of blood stolen by the arterial filter purge line.
Feasibility Study of a Novel Method of Concentrating Fresh Frozen Plasma by Hemoconcentrating Filter Outside Cardiopulmonary Bypass
We invented a novel method of concentrating FFP by applying a hemoconcentrating filter directly to FFP to both minimize volume and avoid affecting platelet function.
A Need for Speed? Bypass Time and Outcomes after Isolated Aortic Valve Replacement Surger
CPB time remains a significant factor determining mediastinal blood loss,
