A nurse is teaching a client about the causes of osteoporosis. The nurse should include which of the following types of medication therapy as a risk factor for osteoporosis?

Choice A reason: Consume a high-protein diet

A high-protein diet is not typically recommended for clients with hepatitis B. While protein is essential for overall health, excessive protein intake can put additional strain on the liver, which is already compromised in hepatitis B patients. A balanced diet with adequate protein, carbohydrates, and fats is more appropriate.

Choice B reason: You may donate blood 6 months after completing the medication regimen

Clients with hepatitis B should not donate blood. The hepatitis B virus can be transmitted through blood, and even after completing a medication regimen, the virus can still be present in the blood. Therefore, this statement is incorrect and potentially harmful.

Choice C reason: Take acetaminophen every 4 hours, as needed, for discomfort

Acetaminophen should be used with caution in clients with hepatitis B. The liver metabolizes acetaminophen, and excessive use can lead to liver damage. It is crucial to consult with a healthcare provider before taking any medication, including acetaminophen, to avoid exacerbating liver issues.

Choice D reason: Rest frequently throughout the day

Resting frequently throughout the day is an important part of managing hepatitis B. The liver plays a crucial role in energy metabolism, and when it is compromised, clients may experience fatigue. Adequate rest helps the body recover and manage symptoms more effectively.

Choice A reason:

The arterial blood gas (ABG) values of pH 7.26, HCO₃ 14, and PaCO₂ 30 indicate metabolic acidosis with partial respiratory compensation. Acute kidney injury (AKI) often leads to metabolic acidosis due to the kidneys’ inability to excrete acid and reabsorb bicarbonate. The low pH indicates acidosis, the low bicarbonate (HCO₃) reflects metabolic acidosis, and the low PaCO₂ shows that the respiratory system is trying to compensate by blowing off CO₂.

Choice B reason:

The ABG values of pH 7.49, HCO₃ 30, and PaCO₂ 40 indicate metabolic alkalosis. This condition is characterized by an elevated pH and bicarbonate level. Metabolic alkalosis is not typically associated with acute kidney injury. Instead, it can result from excessive bicarbonate intake, loss of gastric acid (e.g., vomiting), or diuretic use.

Choice C reason:

The ABG values of pH 7.26, HCO₃ 24, and PaCO₂ 46 suggest respiratory acidosis. The low pH indicates acidosis, but the normal bicarbonate level and elevated PaCO₂ point to a respiratory cause rather than a metabolic one. Respiratory acidosis occurs when the lungs cannot remove enough CO₂, leading to its accumulation. This is not a typical presentation of AKI.

Choice D reason:

The ABG values of pH 7.49, HCO₃ 24, and PaCO₂ 30 indicate respiratory alkalosis. The high pH and low PaCO₂ suggest that the patient is hyperventilating, leading to excessive CO₂ loss. This condition is not commonly associated with acute kidney injury, which more frequently causes metabolic acidosis.