Hyperangulated video laryngoscope
Patient ideally in neutral spine position (as opposed to "sniffing" position for direct laryngoscopy)
After induction, use right hand to "scissor" mouth open
Place hyperangulated blade midline and slowly advance with progressive identification of airway landmarks
Advance blade into vallecula
When cords fill entire screen (Cormack-Lehane Grade I), slightly retract laryngoscopy so that cords only occupy upper 1/3 of screen (CL Grade II, allows for passage of ETT with rigid stylet)
If<unk>  is attempted with the best view possible, operators often have difficulty advancing the tube around the tongue and hypopharyngeal soft tissues
Patient ideally in neutral spine position (as opposed to "sniffing" position for direct laryngoscopy)
After induction, use right hand to "scissor" mouth open
Place hyperangulated blade midline and slowly advance with progressive identification of airway landmarks
Advance blade into vallecula
When cords fill entire screen (Cormack-Lehane Grade I), slightly retract laryngoscopy so that cords only occupy upper 1/3 of screen (CL Grade II, allows for passage of ETT with rigid stylet)
If<unk>  is attempted with the best view possible, operators often have difficulty advancing the tube around the tongue and hypopharyngeal soft tissues
If<unk>  is attempted with the best view possible, operators often have difficulty advancing the tube around the tongue and hypopharyngeal soft tissues
Standard geometry video laryngoscope
Same technique utilized with direct laryngoscopy
Can either visualize directly or utilize video screen for tube delivery
Same technique utilized with direct laryngoscopy
Can either visualize directly or utilize video screen for tube delivery
Intubation
Extubation
Rapid sequence intubation
Awake intubation
Delayed sequence intubation
Extracorporeal membrane oxygenation
Blind digital intubation
Emergent delivery