How should a patient with a history of seizures be managed during air transport?

• A. Ensure seizure precautions, secure environment, have rescue medications per protocol, monitor triggers and breathing.
• B. Place patient supine and avoid monitoring; hope for best.
• C. Withhold rescue medications to prevent dependency.
• D. Immediately discharge upon seizure onset.

Answer: (A)

Managing a patient with seizures during air transport centers on safety and rapid, appropriate intervention to protect the airway and prevent injury while being ready to terminate a seizure per protocol. The best approach is to enforce seizure precautions and secure the environment so the patient cannot injure themselves during movements, with rescue medications readily available and used according to the established protocol. Continuous monitoring of breathing and oxygenation is essential, because flight conditions can worsen hypoxia or respiratory compromise, and any seizure can affect airway protection.

In practice, this means keeping the patient seated or in a position that reduces injury risk, freeing the head and neck, and avoiding restraints that could cause harm. Avoid forcing anything into the mouth, and be prepared to reposition the patient to a side-lying posture if appropriate to maintain a clear airway after convulsions or during recovery. Have suction equipment ready and monitor airway status, breathing rate, and oxygen saturation constantly; provide supplemental oxygen as needed, since cabin altitude can lower available oxygen.

Rescue medications should be available and used per protocol to abort prolonged seizures or status epilepticus, with dosing and routes (for example, intranasal, buccal, or rectal benzodiazepines) defined in the plan. Be prepared to escalate care or divert if a seizure lasts longer than the protocol specifies or if airway, breathing, or hemodynamic status deteriorates. It’s also important to assess and treat potential triggers, such as hypoglycemia or dehydration, and to document the event and the patient’s response.

Other approaches fall short because they neglect safety, timely seizure termination, or continuous monitoring of airway and breathing, all of which are critical in the aeromedical environment.