Which problem reported by a client taking lovastatin requires the most immediate follow-up by the nurse?

Choice A rationale:

Encouraging the client to face their fear gradually is an appropriate nursing intervention for a client with a phobia. This approach is consistent with exposure therapy, which is a widely recognized and effective treatment for phobias. Exposure therapy involves gradually exposing the client to the feared object or situation in a controlled and supportive environment. By doing so, the client can learn to confront and manage their fear over time. This approach is evidence-based and helps the client build resilience and reduce anxiety.

Choice B rationale:

Administering benzodiazepines as needed for acute anxiety (Choice B) is not the first-line treatment for phobias. While benzodiazepines can provide temporary relief from anxiety symptoms, they do not address the underlying phobia and can lead to dependence and tolerance with prolonged use. Moreover, they are generally reserved for acute anxiety episodes and not considered a primary treatment for phobias.

Choice C rationale:

Providing psychoeducation about the causes and effects of phobias (Choice C) is a valuable component of treatment, but it alone may not be sufficient. Psychoeducation can help clients understand the nature of their phobia and reduce stigma, but it should be combined with evidence-based therapies like exposure therapy for comprehensive care.

Choice D rationale:

Teaching the client relaxation techniques to manage anxiety (Choice D) can be a helpful adjunct to treatment, but it is not the primary intervention for phobias. Relaxation techniques can be part of a broader strategy to reduce anxiety, but the client also needs exposure therapy or cognitive-behavioral therapy to address the phobia directly.

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.