Evaluation and Management of Airway Foreign Bodies in the Emergency Department Setting.

BACKGROUND: Airway foreign body can be a life-threatening issue in pediatric and adult patients, and the majority of these patients will first present to the emergency department. OBJECTIVE: This article provides a narrative review of the diagnosis and management of airway foreign bodies for the emergency clinician. DISCUSSION: Foreign bodies in the upper and lower airways are potentially life threatening. This affects all age groups but is more common in pediatric patients. A history of a witnessed ingestion or aspiration event should raise the clinical suspicion for an aspirated foreign body. Patients with upper-airway foreign bodies are more likely to present in respiratory distress when compared with lower-airway foreign bodies, which often present with more subtle signs. Stridor, drooling, and wheezing suggest respiratory distress, but the presenting clinical picture is often unclear and may only include a cough. Immediate intervention is required in the patient with hemodynamic instability or respiratory distress. Airway management including laryngoscopy, fiberoptic bronchoscopy, and cricothyrotomy may be needed in these patients, with the emphasis on removing the obstructing foreign body and securing the airway. Specialist consultation can assist in retrieving the foreign body and managing the airway. If the patient is stable, imaging and specialist consultation for potential operating room intervention should be considered. CONCLUSIONS: An understanding of the presentation, evaluation, and management of the patient with an airway foreign body is essential for emergency clinicians.

Sudden-Onset Paraplegia: A Unique Presentation of Acute Aortic Dissection (AD).

Aortic dissection (AD) is a rare but deadly diagnosis that emergency medicine physicians must consider in a wide variety of patient presentations. This case report describes a 42-year-old male bull rider who developed acute-onset bilateral lower extremity paralysis and loss of sensation. He was later found to have a type A Stanford AD during his emergency department evaluation.