Evidence-based translational research approach may help to select the best femoral arterial cannula for adolescent/adult extracorporeal life support population
Restricted accessLetterFirst published online April, 2021
Evidence-based translational research approach may help to select the best femoral arterial cannula for adolescent/adult extracorporeal life support population
BromanLMWittbergLPWestlundCJ, et al. Pressure and flow properties of cannulae for extracorporeal membrane oxygenation I: return (arterial) cannulae. Perfusion2019; 34: 58–64.
2.
WangSForceMKunselmanAR, et al. Evaluation of two femoral arterial cannulae with conventional non-pulsatile and alternative pulsatile flow in a simulated adult ECLS circuit. Artif Organ2019; 43: 30–40.
3.
GianiMLucchiniARonaR, et al. Pressure-flow relationship of cannulae for extracorporeal membrane oxygenation. Perfusion2020; 35: 271–272.
4.
ÜndarAWangSMoroiM, et al. Evaluation and comparison of hemodynamic performance of three ECLS systems in a simulated adult cardiogenic shock model. Artif Organ2018; 42: 776–785.
5.
QiuFClarkJBKunselmanAR, et al. Hemodynamic evaluation of arterial and venous cannulae in a simulated neonatal ECLS circuit. Perfusion2011; 26: 276–283.
