Emergency Resuscitation Otolaryngology (ENT) IC-EM-00569 Intermediate Level

Post-Extubation Stridor in a Recovering ICU Patient

Post-Extubation Stridor in a Recovering ICU Patient - Otolaryngology (ENT) clinical simulation case. A 64-year-old female develops inspiratory stridor...

Age: 64 • Gender: Female • Setting: Emergency Triage

Clinical Presentation & History

A 64-year-old female develops inspiratory stridor within 4 hours of planned extubation following a 9-day ICU course for aspiration pneumonia and septic shock. Brief response to nebulized racemic epinephrine is followed by progressive respiratory distress.

Acute Resuscitation Milestones & Priorities

Clinical phases and key interventions encountered in this emergency module:

High-Yield Clinical Pearls

Post-extubation stridor occurs in up to 15% of ICU patients; risk factors include intubation >6 days, female sex, large ETT (>7.5 mm), traumatic intubation, and high cuff pressures (>30 cmH2O).
The cuff-leak test (pre-extubation) predicts stridor risk: a leak volume <110 mL or <18-26% of tidal volume indicates high risk and warrants prophylactic IV methylprednisolone 12-24h before extubation.
Flexible nasolaryngoscopy at the bedside is the diagnostic gold standard to differentiate reversible laryngeal edema from bilateral vocal cord paralysis.
Nebulized racemic epinephrine provides only 60-90 minutes of relief via mucosal vasoconstriction and MUST be combined with systemic corticosteroids for sustained effect.
Dexamethasone 8 mg IV q8h is preferred over methylprednisolone in diabetic and infection-prone patients due to its longer duration of action and mineralocorticoid-sparing profile.
If reintubation is required, use a smaller ETT (downsize by 0.5-1.0 mm) to reduce mucosal contact pressure and facilitate earlier successful extubation.
Tracheostomy is reserved for confirmed bilateral vocal cord paralysis in adduction, laryngotracheal stenosis, or failure of multiple medical/extubation attempts—NOT for first-line management of reversible edema.

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