The nurse is teaching a patient who is experiencing a sickle cell crisis about non-pharmacological interventions to help alleviate symptoms. Which of the following interventions will the nurse recommend?

Choice A reason: Monitoring the patient's absolute neutrophil count (ANC) daily and stopping medication when the ANC is greater than 20,000 cells/uL is an essential aspect of using filgrastim safely. However, this is typically managed by the healthcare provider and not the primary action for the nurse to take for patient education. The nurse's role focuses more on educating the patient about potential side effects and self-care.

Choice B reason: Teaching the patient how to administer the medication via intramuscular is not relevant for filgrastim, as it is typically administered via subcutaneous injection. Proper administration technique is crucial for ensuring the medication's effectiveness, but this choice does not accurately reflect the standard administration method for filgrastim.

Choice C reason: Ensuring the patient understands the risk of bone pain and how to manage it is crucial for promoting safe and effective use of filgrastim. Bone pain is a common side effect of filgrastim due to the stimulation of bone marrow to produce more neutrophils. Educating the patient about this potential side effect and providing strategies for managing the pain, such as using over-the-counter pain relievers, helps improve patient comfort and adherence to the medication.

Choice D reason: Administering filgrastim as needed for symptoms of infection is not appropriate. Filgrastim is used to stimulate neutrophil production and prevent infection, rather than treating active infections. The medication should be administered according to the prescribed schedule, not based on the presence of infection symptoms.

Choice A reason: Hypoventilation is not a cause of respiratory alkalosis. Hypoventilation leads to respiratory acidosis due to the retention of carbon dioxide (CO2). Respiratory alkalosis occurs when there is excessive exhalation of CO2, leading to a higher pH (alkaline).

Choice B reason: Panic attacks can cause respiratory alkalosis due to hyperventilation. During a panic attack, a person may breathe rapidly and deeply, leading to excessive loss of CO2. This reduces the CO2 levels in the blood and increases the pH, resulting in respiratory alkalosis.

Choice C reason: Pneumonia is more likely to cause respiratory acidosis or metabolic acidosis rather than respiratory alkalosis. Pneumonia can impair gas exchange, leading to CO2 retention and decreased oxygen levels, which are not typical triggers for respiratory alkalosis.

Choice D reason: Congestive heart failure can lead to respiratory alkalosis, but it is more commonly associated with metabolic acidosis due to poor perfusion and anaerobic metabolism. Hyperventilation in heart failure patients can lead to respiratory alkalosis, but panic attacks are a more direct and common cause.