Feasibility of Continuous CO2 Removal With Hydrophilic Membranes at Low Blood Flow Rates
It is concluded that CO2 removal from slowly flowing blood with hydrophilic membranes is feasible.
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It is concluded that CO2 removal from slowly flowing blood with hydrophilic membranes is feasible.
The NOSA system provides NO flux across a gas-exchange membrane of a pumpless artificial lung at a similar rate as native vascular endothelium and achieves effective local anticoagulation of an artificial lung circuit for 24 h.
Our study is the first of its kind to evaluate the risk factors for intraoperative MABT in peritonectomy procedures.