RT @of_aic: In comatose patient after cardiac arrest, N20-b and N20–P25 amplitudes could predict outcomes with high specificity but low to…
RT @of_aic: In comatose patient after cardiac arrest, N20-b and N20–P25 amplitudes could predict outcomes with high specificity but low to…
RT @of_aic: In comatose patient after cardiac arrest, N20-b and N20–P25 amplitudes could predict outcomes with high specificity but low to…
RT @of_aic: In comatose patient after cardiac arrest, N20-b and N20–P25 amplitudes could predict outcomes with high specificity but low to…
In comatose patient after cardiac arrest, N20-b and N20–P25 amplitudes could predict outcomes with high specificity but low to moderate sensitivity. 🔗https://t.co/3nObtvmpPE @Benghanem #CardiacArrest #Prognostic #somatosensoryEvokedPotentialsResponses #A
RT @romsonnevil: 🧠⚡️💻 Quantitative analysis of somatosensory evoked potentials predict good and poor neurologic outcomes after cardiac arre…
RT @romsonnevil: 🧠⚡️💻 Quantitative analysis of somatosensory evoked potentials predict good and poor neurologic outcomes after cardiac arre…
RT @romsonnevil: 🧠⚡️💻 Quantitative analysis of somatosensory evoked potentials predict good and poor neurologic outcomes after cardiac arre…
RT @romsonnevil: 🧠⚡️💻 Quantitative analysis of somatosensory evoked potentials predict good and poor neurologic outcomes after cardiac arre…
🧠⚡️💻 Quantitative analysis of somatosensory evoked potentials predict good and poor neurologic outcomes after cardiac arrest 💔 An interesting study out in @of_aic ! ➡️https://t.co/rqX23uaPsd Congrats, @sarah_benghanem @cariou_alain et al. @HopitalCochin I