The nurse is caring for a client who has been admitted with recurring migraine headaches.
To assess the quality of the client's pain experienced from the migraine headache, which approach should the nurse use?

The correct answer is Choice C: Assign the remainder of medication administration to another PN who is performing treatments.

Choice A rationale: Denying the medication aide's request to leave before all medications are given does not address the issue at hand and could potentially jeopardize patient care. It is important to acknowledge the medication aide's request and find an appropriate solution that ensures patient safety and well-being.

Choice B rationale: Delegating medication administration to unlicensed assistive personnel (UAP) who may not have the necessary training or authorization could lead to medication errors, adverse drug reactions, or other negative outcomes. It is essential to adhere to the scope of practice guidelines and facility policies when assigning tasks to UAPs.

Choice C rationale: Reassigning the medication administration to another PN with the necessary qualifications and training ensures that patients receive their medications in a safe and timely manner. This action aligns with the practical nurse's responsibility to supervise and delegate tasks appropriately, maintaining patient safety and upholding the standards of care.

Choice D rationale: Documenting why medications were not given to each resident is an important aspect of maintaining accurate and comprehensive patient records. However, it does not address the immediate need to administer medications to residents, and it is not a substitute for ensuring that patients receive their prescribed treatments. Documentation should be completed after the appropriate steps have been taken to administer medications or arrange for an alternative solution.

The correct answer is choice C: Increase rate of ventilation.

Choice A rationale:

Decreasing expiratory flow time would not directly address the elevated PaCO2 levels. This intervention is more related to managing expiratory phase issues rather than correcting respiratory acidosis.

Choice B rationale:

Decreasing expiratory pressure might help with certain ventilation issues, but it does not specifically target the elevated PaCO2 and resulting acidosis.

Choice C rationale:

Increasing the rate of ventilation helps to blow off more CO2, thereby reducing PaCO2 levels and correcting the respiratory acidosis indicated by the pH of 7.26 and PaCO2 of 68 mm Hg.

Choice D rationale:

Increasing the ventilator tidal volume could also help reduce PaCO2 by increasing the amount of air exchanged with each breath. However, increasing the rate of ventilation is generally a more immediate and effective intervention for acute respiratory acidosis.