Which intervention is NOT appropriate for a client with Cushing's syndrome experiencing fluid overload?

Which intervention is NOT appropriate for a client with Cushing's syndrome experiencing fluid overload?

• A. Monitoring daily weight
• B. Monitoring intake and output
• C. Maintaining a low-sodium diet
• D. Maintaining a low-potassium diet

Answer: (D)

Fluid overload in Cushing's syndrome happens because excess cortisol promotes sodium and water retention, expanding the circulating fluid volume. The nursing focus is on closely tracking fluid status and limiting sodium to reduce this retention, while watching electrolyte balance. Monitoring daily weight provides a direct measure of changes in fluid status. Keeping careful track of intake and output helps quantify gains or losses and assess fluid balance over time. Maintaining a low-sodium diet helps minimize further fluid retention by reducing sodium-driven water retention. In this situation, a low-potassium diet is not appropriate. Cortisol excess can act like aldosterone, promoting potassium loss and increasing the risk of hypokalemia. Restricting potassium would worsen that electrolyte imbalance, which could lead to muscle weakness and cardiac issues. Instead, ensure potassium is monitored and maintained within the normal range, with dietary potassium adjusted as indicated by labs and clinical status.

Fluid overload in Cushing's syndrome happens because excess cortisol promotes sodium and water retention, expanding the circulating fluid volume. The nursing focus is on closely tracking fluid status and limiting sodium to reduce this retention, while watching electrolyte balance.

Monitoring daily weight provides a direct measure of changes in fluid status. Keeping careful track of intake and output helps quantify gains or losses and assess fluid balance over time. Maintaining a low-sodium diet helps minimize further fluid retention by reducing sodium-driven water retention.

In this situation, a low-potassium diet is not appropriate. Cortisol excess can act like aldosterone, promoting potassium loss and increasing the risk of hypokalemia. Restricting potassium would worsen that electrolyte imbalance, which could lead to muscle weakness and cardiac issues. Instead, ensure potassium is monitored and maintained within the normal range, with dietary potassium adjusted as indicated by labs and clinical status.