RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
Interesting. Swings in recirculation in circuit=> MvO2 oscillations => lung injury
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @abribriesco43: Fascinating study in porcine model: Constant v Fluctuating mixed venous O2 as controlled by VV #ECMO w/exact same ventil…
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
Interesting animal study on how po2 variation (even while maintaining systemic normoxia) can drive lung injury.
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @Crit_Care: PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
Interesting stuff but also MAN we need to use consistent units. mmHg vs kPa (and in this case, Torr, = mmHg at 0 deg C). SI ftw
PO2 oscillations induce lung injury and inflammation #FOAMed https://t.co/61HXM3UxMW https://t.co/dLchfLmugo
RT @curso_vm: Oscillations in PaO2 in ECMOvv (simulating cyclic recruitment-derecruitment) promote greater neutrophil infiltration and more…
RT @curso_vm: Oscillations in PaO2 in ECMOvv (simulating cyclic recruitment-derecruitment) promote greater neutrophil infiltration and more…
Oscillations in PaO2 in ECMOvv (simulating cyclic recruitment-derecruitment) promote greater neutrophil infiltration and more lung morphological damage in the animal model. https://t.co/htjJDsckwX https://t.co/8Dukxujkfa