Your patient has high CO2 levels noted on their blood work. Which of the following could contribute to this finding?

A. The patient has a productive, consistent cough: A productive cough helps clear secretions and maintain airway patency, which promotes effective ventilation. This would likely help lower CO2 levels rather than contribute to hypercapnia.

B. The patient has a high pain level: Pain can increase respiratory rate and depth, which generally improves CO2 elimination. While severe pain may limit deep breaths, it is less likely to cause significant hypercapnia on its own.

C. The patient is taking high doses of Morphine: Morphine and other opioids depress the central respiratory drive, reducing respiratory rate and tidal volume. This hypoventilation can lead to retention of CO2, resulting in hypercapnia.

D. The patient has been suctioned once every shift: Occasional suctioning helps remove secretions and maintain airway patency. Suctioning once per shift is unlikely to cause CO2 retention and does not contribute significantly to hypercapnia.

A. Patient should be able to independently maintain an airway: Maintaining a patent airway is a primary goal in acute respiratory failure. This ensures adequate oxygenation and ventilation, reducing the risk of hypoxemia and hypercapnia.

B. Patient should be able to walk around the nurse's station 5 times every hour: Ambulation may be part of general recovery, but it is not a specific goal for managing acute respiratory failure. Focus should remain on airway, oxygenation, and ventilation.

C. Patient should be able to effectively cough and clear secretions on own: Effective secretion clearance prevents airway obstruction and infection, supporting oxygenation and reducing the risk of further respiratory compromise.

D. Patient should be fever free for 24 hours: While controlling infection may be important, being fever-free is not a direct goal of managing acute respiratory failure. The primary focus is on airway and gas exchange.