Which nutritional interventions is a priority for the patient with renal disease who is receiving dialysis?
Limit all nutrients to account for altered renal excretion.
Ensure an adequate amount of protein to prevent catabolism.
Increase fluids to replace losses.
Encourage potassium-rich foods to replace losses.
The Correct Answer is B
A. Limiting all nutrients is not recommended for patients on dialysis. While certain nutrients like potassium and phosphorus may need to be restricted, dialysis patients usually require adequate nutrition, especially protein, to support healing and prevent malnutrition.
B. Ensuring an adequate amount of protein is correct. Dialysis patients often experience protein loss through dialysis and need additional protein to prevent catabolism and muscle wasting. Protein intake should be carefully monitored to meet their nutritional needs while avoiding excessive waste buildup.
C. Increasing fluids is not typically advised for dialysis patients, as they often have fluid restrictions due to reduced kidney function and the risk of fluid overload.
D. Encouraging potassium-rich foods is not advisable for patients with renal disease, particularly if they are on dialysis, as they often have issues with potassium retention, which could lead to dangerous hyperkalemia.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
A. While physical restraints may potentially cause harm, the intention in this case is to ensure safety, so it isn't directly categorized as harm.
B. Paternalism involves making decisions for the patient without their consent, believing it's for their own good, which is what the nurse is considering by using restraints for safety.
C. Deception is not involved in this situation, as the nurse is not misrepresenting the circumstances.
D. Advocacy would involve advocating for the patient's autonomy, which may not align with using restraints without the patient's consent.
Correct Answer is ["21.6"]
Explanation
Convert pounds to kilograms:
- 198 lbs / 2.2 lbs/kg = 90 kg
Calculate the medication dose in mcg/min:
- 90 kg 4 mcg/kg/min = 360 mcg/min
Convert mcg/min to mg/hr:
- 360 mcg/min 60 min/hr = 21600 mcg/hr
- 21600 mcg/hr / 1000 mcg/mg = 21.6 mg/hr
Determine the medication concentration:
- 250 mg / 250 mL = 1 mg/mL
Calculate the infusion rate in mL/hr:
- 21.6 mg/hr / 1 mg/mL = 21.6 mL/hr
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