A nurse is reviewing the laboratory results of an adolescent female client and notes a WBC count of 16,000/mm² with increased immature neutrophils (bands) and normal monocytes. Which of the following is the appropriate analysis of the results?

The correct answer is Choice C: "I will make a list of my favorite beverages."

Choice A rationale: Stating that they will put beverages in large containers to give the appearance of drinking a lot demonstrates a lack of understanding of fluid restriction guidelines. It focuses on the appearance rather than the actual fluid intake limitation. This statement does not reflect an understanding of the need to limit fluids in acute kidney disease.

Choice B rationale: Consuming most fluids during the evening is not recommended for clients with acute kidney disease as it may lead to discomfort, nighttime urination, and fluid overload. This statement does not demonstrate an understanding of the importance of spreading fluid intake throughout the day.

Choice C rationale: Making a list of favorite beverages indicates the client's understanding of fluid restrictions. This approach can help the client prioritize their preferred beverages while staying within their prescribed fluid allowance. It shows that the client is aware of the need to be selective in their fluid intake.

Choice D rationale: Although avoiding ice cream is an appropriate action due to its contribution to fluid intake, this statement alone does not necessarily indicate a comprehensive understanding of fluid restrictions. The client must also be aware of the importance of monitoring all sources of fluid intake, including other foods and beverages.

The correct answer is: A

Choice A Reason: Hypokalemia refers to a lower-than-normal level of potassium in the bloodstream. Normal potassium levels are typically between 3.5 and 5.0 mEq/L. In the context of nephrotic syndrome and high-dose corticosteroid therapy, hypokalemia can occur due to increased urinary potassium losses caused by corticosteroid-induced alterations in kidney function. Corticosteroids can promote the excretion of potassium, leading to a deficiency.

Choice B Reason: Hypomagnesemia is a condition where there is a magnesium deficiency in the blood, with normal levels usually ranging between 1.7 and 2.2 mg/dL. While it can occur in nephrotic syndrome due to urinary losses of proteins that bind magnesium, it is not typically associated with corticosteroid therapy. Therefore, it is less likely to be monitored in this specific scenario.

Choice C Reason: Hypermagnesemia indicates an abnormally high level of magnesium in the blood. This condition is relatively rare and is not commonly associated with nephrotic syndrome or corticosteroid therapy. It is more often related to renal failure or excessive intake of magnesium-containing medications or supplements.

Choice D Reason: Hyperkalemia is characterized by an elevated level of potassium in the blood, with normal levels being 3.5 to 5.0 mEq/L. While hyperkalemia can occur in nephrotic syndrome due to the loss of albumin in the urine, which can affect calcium and potassium binding, corticosteroid therapy typically causes a decrease in potassium levels, making hypokalemia a more relevant concern in this context.