While the nurse is taking a patient history, the nurse discovers the patient has a type of diabetes that results from a head injury and does not require insulin. Which dietary change should the nurse share with the patient?
Avoid foods high in acid to avoid metabolic acidosis.
Include a serving of dairy in each meal to elevate calcium levels.
Drink plenty of fluids throughout the day to stay hydrated.
Reduce the quantity of carbohydrates ingested to lower blood sugar.
The Correct Answer is C
A. While metabolic acidosis is a potential concern for some diabetic conditions, avoiding acidic foods is not a common dietary guideline for managing diabetes.
B. Including dairy can contribute to calcium intake but does not directly impact diabetes management.
C. Staying hydrated is essential for overall health and helps regulate blood sugar levels, making it an appropriate dietary recommendation for this patient.
D. Since the patient does not require insulin, strict carbohydrate reduction may not be necessary, making this option less relevant.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is B
Explanation
A. A Yankauer suction tip catheter is used for suctioning secretions and does not assess cardiac function or afterload.
B. A blood pressure cuff is essential for measuring blood pressure, which can indicate increased afterload through elevated systemic vascular resistance.
C. An oxygen cannula is used for delivering supplemental oxygen and does not provide information about cardiac afterload.
D. A pulse oximeter measures oxygen saturation, which is not directly related to assessing cardiac afterload.
Correct Answer is A
Explanation
A. A moderate-carbohydrate diet is recommended because carbohydrates increase CO₂ production during metabolism, and limiting excessive carbohydrate intake can help manage CO₂ retention in patients with respiratory issues.
B. Low-caffeine is not directly related to CO₂ retention and does not influence carbon dioxide levels in the body.
C. High-carbohydrate intake can exacerbate CO₂ production, worsening retention issues in patients with compromised lung function.
D. High-caffeine intake is not related to CO₂ retention management and would not impact CO₂ levels in the respiratory system.
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