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Multiple Choice

The nurse is caring for a client admitted to the unit with a chest tube. What monitoring frequency for respiratory status is appropriate?

Monitoring respiratory status every 2 hours after chest tube placement is essential because changes in ventilation and oxygenation can happen quickly as the lung re-expands and as drainage proceeds. Frequent checks allow you to detect signs of trouble early—rising respiratory rate, increased work of breathing, decreasing breath sounds or uneven chest movement, dropping oxygen saturation, or new distress—that could indicate issues such as a recurrent pneumothorax, air leak, fluid accumulation, or infection. By assessing rate, depth, effort, breath sounds, SpO2, and overall color and comfort, you can intervene promptly (adjust oxygen, notify the provider, or obtain further imaging) to prevent deterioration. If the patient remains stable with minimal drainage, the frequency might be adjusted later, but initially every 2 hours provides timely surveillance.

Monitoring respiratory status every 2 hours after chest tube placement is essential because changes in ventilation and oxygenation can happen quickly as the lung re-expands and as drainage proceeds. Frequent checks allow you to detect signs of trouble early—rising respiratory rate, increased work of breathing, decreasing breath sounds or uneven chest movement, dropping oxygen saturation, or new distress—that could indicate issues such as a recurrent pneumothorax, air leak, fluid accumulation, or infection. By assessing rate, depth, effort, breath sounds, SpO2, and overall color and comfort, you can intervene promptly (adjust oxygen, notify the provider, or obtain further imaging) to prevent deterioration. If the patient remains stable with minimal drainage, the frequency might be adjusted later, but initially every 2 hours provides timely surveillance.