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Multiple Choice

Name two pediatric airway considerations in trauma.

Pediatric airway management in trauma hinges on anatomy and physiology that make airway control different from adults. The head is proportionally larger at the occiput, so when a child lies on their back the neck tends to flex and the airway can become obstructed. To keep the airway open, you position the neck in neutral or with only a slight extension, often using a small roll under the shoulders to align the oral, pharyngeal, and laryngeal axes during intubation while still protecting the spine. Children also have a higher metabolic rate and oxygen consumption with a smaller functional residual capacity, so they desaturate much more quickly during apnea. This drives the need for thorough preoxygenation and a plan that minimizes the time without ventilation, staying ready to secure the airway rapidly and efficiently. The other statements don’t fit because they describe the opposite head position, claim no airway differences, or imply pediatric airways are easier, which contradicts known pediatric physiology and the challenges unique to trauma.

Pediatric airway management in trauma hinges on anatomy and physiology that make airway control different from adults. The head is proportionally larger at the occiput, so when a child lies on their back the neck tends to flex and the airway can become obstructed. To keep the airway open, you position the neck in neutral or with only a slight extension, often using a small roll under the shoulders to align the oral, pharyngeal, and laryngeal axes during intubation while still protecting the spine.

Children also have a higher metabolic rate and oxygen consumption with a smaller functional residual capacity, so they desaturate much more quickly during apnea. This drives the need for thorough preoxygenation and a plan that minimizes the time without ventilation, staying ready to secure the airway rapidly and efficiently.

The other statements don’t fit because they describe the opposite head position, claim no airway differences, or imply pediatric airways are easier, which contradicts known pediatric physiology and the challenges unique to trauma.