Trans-ECMO thermodilution enables the non-invasive estimation of mixed venous oxygenation without requiring a pulmonary artery catheter during V-V ECMO.
Does Trans-ECMO thermodilution allow non-invasive estimation of mixed venous oxygenation during V-V ECMO in a porcine model?
Trans-ECMO thermodilution combined with a numerical method provides a non-invasive approach to estimate mixed venous oxygenation during V-V ECMO without requiring a pulmonary artery catheter.
Absolute Event Rate: 0% vs 0%
TET is a promising technique to measure the recirculation during V-V ECMO. Increasing the blood flow does not always lead to an improvement in oxygenation given the tight relationship between ECSF and recirculation. The proposed numerical method allows the non-invasive estimation of the mixed venous oxygenation without the need of a pulmonary artery catheter.
Busana et al. (Mon,) reported a other. Trans-ECMO thermodilution enables the non-invasive estimation of mixed venous oxygenation without requiring a pulmonary artery catheter during V-V ECMO.