RT @ICMexperimental: 🎯Can we improve goal-directed resuscitation by implementing automation systems guided by continuous physiological data…
RT @ICMexperimental: 🎯Can we improve goal-directed resuscitation by implementing automation systems guided by continuous physiological data…
RT @ICMexperimental: 🎯Can we improve goal-directed resuscitation by implementing automation systems guided by continuous physiological data…
RT @ICMexperimental: 🎯Can we improve goal-directed resuscitation by implementing automation systems guided by continuous physiological data…
RT @ICMexperimental: 🎯Can we improve goal-directed resuscitation by implementing automation systems guided by continuous physiological data…
🎯Can we improve goal-directed resuscitation by implementing automation systems guided by continuous physiological data?🩺 👉Discover the answer in this paper from ICMx! Read it free here: https://t.co/K2pRVigj6c https://t.co/ilNzh0Nc2d
RT @ICMexperimental: ⚙️Is it possible to use continuous physiologic data to provide closed-loop automated critical care to improve goal-dir…
RT @ICMexperimental: ⚙️Is it possible to use continuous physiologic data to provide closed-loop automated critical care to improve goal-dir…
RT @ICMexperimental: ⚙️Is it possible to use continuous physiologic data to provide closed-loop automated critical care to improve goal-dir…
⚙️Is it possible to use continuous physiologic data to provide closed-loop automated critical care to improve goal-directed resuscitation? 👉Find out the potential of this strategy in an experimental model. Read it free: https://t.co/K2pRVhYIeE https://t.
Nathan T P Patel: Closed-loop automated critical care as proof-of-concept study for resuscitation in a swine model of ischemia-reperfusion injury https://t.co/M0ZXPX1SWm