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criticalcare diagnosis airway anesthesia anesthesiology challenges comparison covid19 electricity ettdepths fluid hypoxia intraoperative intubation istar mechanical obese obesity powersupply pulmcrit
ETT depth may be predicted based on the patient’s height. This has been validated among
A height-based algorithm ... ETT depth and tidal ... to your airway checklist ... #Management #CriticalCare ... Intubation #Airway #Checklist
General schema for respiratory support in patients with COVID-19 Low flow nasal cannula • Typically set at
• Target tidal ... lung-protective ventilation ... support #COVID19 #management ... criticalcare #hypoxia #failure ... #algorithm
Mechanical ventilation in obese patients according to the i-STAR Algorithm Intubate • Anticipate difficult airway management and
to the i-STAR Algorithm ... difficult airway management ... • Tidal volume ... ARDSnet low-PEEP table ... #obese #Management
Mains Electricity Failure - Guidelines for Crises in Anaesthesia Unexpected total power failure is rare and unpredictable.
Mains Electricity Failure ... Unexpected total power failure ... until patient is stable ... Intraoperative #Checklist ... #Diagnosis #Management
Fluid Responsiveness and Fluid Tolerance Testing - OnePager Summary Fluid resuscitation can be beneficial when required or
risk of renal failure ... • END TIDAL CO2 ... PULMONARY A vs B-LINE PATTERN ... predominant lung US pattern ... comparison #challenges #management
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