The nurse is caring for a client who just had a subclavian central venous catheter inserted. Which symptom should the nurse recognize as setting a priority for this client's care?

A. This approach involves providing medication education to the client as each medication is administered. While this ensures that the client receives information about each medication in a timely manner, it may not allow for comprehensive education or adequate time for the client to ask questions or clarify information. Additionally, the client may feel overwhelmed by receiving information about multiple medications at once.
B. Incorporating medication education into another activity, such as assisting the client with his bath, can be an efficient use of time. However, it may not provide an optimal environment for focused learning and discussion. The client may be distracted or uncomfortable during the bath, limiting their ability to absorb and retain information effectively.
C. This approach involves providing medication education to the client after discharge via a follow-up phone call. While this allows for more time and flexibility in providing education, it may not address the client's immediate needs or questions prior to discharge. Additionally, the client may have already started taking the medications by the time of the follow-up call, potentially leading to missed opportunities for clarification or adjustment of the medication regimen.
D. Providing written instructions for the client to read at home is an efficient way to ensure that the client has access to information about their medications. This allows the client to review the information at their own pace and refer back to it as needed. However, written instructions alone may not be sufficient for addressing all aspects of medication education, such as potential side effects, drug interactions, or administration techniques.

A. pH 7.29: A respiratory rate of 6 breaths per minute suggests hypoventilation, which can lead to respiratory acidosis due to retention of carbon dioxide (CO2). A decrease in pH (acidosis) is expected in this scenario.
B. PaCO2 54: In respiratory acidosis, PaCO2 levels are elevated due to inadequate ventilation, leading to CO2 retention. Therefore, an elevated PaCO2 level would be anticipated in this situation.
C. pH 7.51: A pH of 7.51 indicates alkalosis, which is not consistent with the expected respiratory acidosis in the context of opioid overdose and hypoventilation. Therefore, this choice is not anticipated.
D. PaO2 72: Oxygenation may be impaired in opioid overdose due to respiratory depression, but this PaO2 level is within the normal range. Hypoxemia is not typically a prominent feature of respiratory acidosis unless there are concurrent respiratory conditions or complications. Therefore, this choice is not anticipated.
E. PaCO2 31: A PaCO2 level of 31 indicates hypocapnia, which is not consistent with the expected respiratory acidosis in the context of opioid overdose and hypoventilation. Therefore, this choice is not anticipated.