How should a pediatric patient who has nearly drowned be managed in the field?

Prepare for the Pediatric Education for Prehospital Professionals (PEPP) Exam. Use flashcards and multiple-choice questions with clear explanations to ace your exam!

Multiple Choice

How should a pediatric patient who has nearly drowned be managed in the field?

Explanation:
The main idea is to prioritize oxygen delivery and airway control after near-drowning, because hypoxia is the driving danger in these cases. In the field, the goal is to restore and maintain oxygenation, support ventilation, and get the child to a hospital quickly for further evaluation and treatment. Start by assessing breathing and airway. Clear the airway if water, vomitus, or secretions are present using suction, then position the head and neck to keep the airway open (a neutral or slight head-tilt, or jaw-thrust if trauma is suspected). If the child is not breathing or has inadequate breathing, provide rescue breaths to re-establish ventilation. Use pediatric-appropriate delivery (a mask with a good seal or bag-valve-mask), and deliver oxygen with high flow when available to maximize oxygen delivery. Continuously monitor oxygenation with a pulse oximeter and watch for signs of hypoxia such as cyanosis, rapidly increasing work of breathing, altered mental status, or persistent poor perfusion. Keep the patient warm and avoid delaying transport. Once a stable airway and ventilation are established, transport promptly to a facility equipped to evaluate and manage complications of immersion injury, such as aspiration pneumonitis or evolving hypoxic injury, and notify the receiving team so they can prepare for potential escalation in care. This approach is favored over ignoring breathing issues, focusing only on CPR, waiting for lab results, or any delay that allows ongoing hypoxia to worsen. The priority is to secure breathing, oxygenate effectively, monitor for hypoxia, and move to definitive care without delay.

The main idea is to prioritize oxygen delivery and airway control after near-drowning, because hypoxia is the driving danger in these cases. In the field, the goal is to restore and maintain oxygenation, support ventilation, and get the child to a hospital quickly for further evaluation and treatment.

Start by assessing breathing and airway. Clear the airway if water, vomitus, or secretions are present using suction, then position the head and neck to keep the airway open (a neutral or slight head-tilt, or jaw-thrust if trauma is suspected). If the child is not breathing or has inadequate breathing, provide rescue breaths to re-establish ventilation. Use pediatric-appropriate delivery (a mask with a good seal or bag-valve-mask), and deliver oxygen with high flow when available to maximize oxygen delivery. Continuously monitor oxygenation with a pulse oximeter and watch for signs of hypoxia such as cyanosis, rapidly increasing work of breathing, altered mental status, or persistent poor perfusion.

Keep the patient warm and avoid delaying transport. Once a stable airway and ventilation are established, transport promptly to a facility equipped to evaluate and manage complications of immersion injury, such as aspiration pneumonitis or evolving hypoxic injury, and notify the receiving team so they can prepare for potential escalation in care.

This approach is favored over ignoring breathing issues, focusing only on CPR, waiting for lab results, or any delay that allows ongoing hypoxia to worsen. The priority is to secure breathing, oxygenate effectively, monitor for hypoxia, and move to definitive care without delay.

Subscribe

Get the latest from Passetra

You can unsubscribe at any time. Read our privacy policy