A nurse teaches a patient about atelectasis. Which statement by the patient indicates an understanding of atelectasis?
"Atelectasis affects only those with chronic conditions such as emphysema."
"Hyperventilation will open up my alveoli, preventing atelectasis."
"It is important to do breathing exercises every hour to prevent atelectasis."
"If I develop atelectasis, I will need a chest tube to drain excess fluid."
The Correct Answer is C
A. Atelectasis can occur in anyone, not just those with chronic conditions; this statement is incorrect.
B. While hyperventilation may temporarily open alveoli, it is not a preventative measure for atelectasis.
C. Breathing exercises, such as incentive spirometry or deep breathing, are effective in preventing atelectasis by promoting lung expansion and alveolar ventilation.
D. A chest tube is typically used to remove air or fluid from the pleural space, not for the treatment of atelectasis, which is often managed with respiratory therapies.
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Correct Answer is C
Explanation
A. Notifying the health care provider is not the most appropriate first action, as parental consent is needed.
B. Contacting the United Network for Organ Sharing is premature without consent from the parents.
C. Since the patient is a minor, parental consent is generally required for organ donation. Instructing the patient to discuss this desire with their parents is essential for obtaining legal consent.
D. Preparing the organ donation form is also premature, as minors cannot legally consent without parental approval.
Correct Answer is A
Explanation
A. A moderate-carbohydrate diet is recommended because carbohydrates increase CO₂ production during metabolism, and limiting excessive carbohydrate intake can help manage CO₂ retention in patients with respiratory issues.
B. Low-caffeine is not directly related to CO₂ retention and does not influence carbon dioxide levels in the body.
C. High-carbohydrate intake can exacerbate CO₂ production, worsening retention issues in patients with compromised lung function.
D. High-caffeine intake is not related to CO₂ retention management and would not impact CO₂ levels in the respiratory system.