Which finding is associated with near-drowning respiratory distress?

Prepare for the Registered Respiratory Therapist CSE with comprehensive flashcards and multiple-choice questions, including hints and explanations. Ace your exam with confidence!

Multiple Choice

Which finding is associated with near-drowning respiratory distress?

Near-drowning respiratory distress often stems from aspiration of water that injures the lung and triggers pulmonary edema. As fluid floods the alveoli, gas exchange worsens and the patient becomes breathless with signs of lung edema. Coughing up pink, frothy sputum is a classic indicator of this edema in the airways and alveoli—the froth comes from air mixing with fluid and blood in the damaged alveolar spaces, yielding the pink tint. This sign aligns with the expected pathophysiology: fluid overload in the lungs leading to impaired oxygenation and distress after a drowning event. Other options don’t fit as well because hyperthermia isn’t a typical immediate sign of drowning-related lung injury, bradycardia isn’t the hallmark of the pulmonary edema seen here, and clear lungs with no distress would argue against edema and the expected respiratory compromise.

Near-drowning respiratory distress often stems from aspiration of water that injures the lung and triggers pulmonary edema. As fluid floods the alveoli, gas exchange worsens and the patient becomes breathless with signs of lung edema. Coughing up pink, frothy sputum is a classic indicator of this edema in the airways and alveoli—the froth comes from air mixing with fluid and blood in the damaged alveolar spaces, yielding the pink tint. This sign aligns with the expected pathophysiology: fluid overload in the lungs leading to impaired oxygenation and distress after a drowning event.

Other options don’t fit as well because hyperthermia isn’t a typical immediate sign of drowning-related lung injury, bradycardia isn’t the hallmark of the pulmonary edema seen here, and clear lungs with no distress would argue against edema and the expected respiratory compromise.

More practice questions