Nursing Elites

1. A client is at risk for excess fluid volume. Which nursing intervention ensures the most accurate monitoring of the client’s fluid status?

• A. Measuring and recording fluid intake and output
• B. Weighing the client daily at the same time each day
• C. Assessing the client’s vital signs every 4 hours
• D. Checking the client’s lungs for crackles during every shift

Correct answer: B

Rationale: The correct answer is B. Weighing the client daily at the same time each day is the most accurate method for monitoring fluid balance. Changes in body weight can indicate fluid retention or loss. Measuring and recording fluid intake and output (choice A) is important but may not reflect total body fluid status accurately. Assessing vital signs (choice C) and checking the client's lungs for crackles (choice D) are important assessments but do not directly provide the most accurate monitoring of fluid status.

2. The nurse is caring for the client recovering from a percutaneous renal biopsy. Which data indicate that the client is complying with client teaching?

• A. The client lies flat in the supine position for 12 hours
• B. The client continues oral fluids restriction while on bed rest
• C. The client’s family changed the dressing on return to the room
• D. The family activates the patient-controlled analgesia pump

Correct answer: A

Rationale: The correct answer is A. Lying flat in the supine position for 12 hours after a renal biopsy is essential to prevent bleeding and promote recovery. This position helps apply pressure to the biopsy site, reducing the risk of bleeding. Choices B, C, and D are incorrect because continuing oral fluids restriction, changing the dressing, and activating the patient-controlled analgesia pump do not directly indicate compliance with the crucial post-biopsy teaching of maintaining the supine position.

3. The nurse is caring for a client diagnosed with rule-out nephritic syndrome. Which intervention should be included in the plan of care?

• A. Monitor the urine for bright-red bleeding
• B. Evaluate the calorie count of the 500-mg protein diet
• C. Assess the client’s sacrum for dependent edema
• D. Monitor for a high serum albumin level

Correct answer: C

Rationale: Assessing the client’s sacrum for dependent edema is crucial in the care plan for nephritic syndrome as it is common due to protein loss. Dependent edema occurs as a result of decreased oncotic pressure from protein loss in the urine. Monitoring urine for bright-red bleeding (choice A) is more relevant to conditions like glomerulonephritis. Evaluating calorie count or protein intake (choice B) is important for other conditions but not specifically for nephritic syndrome. Monitoring for a high serum albumin level (choice D) is not typically part of the immediate care plan for nephritic syndrome.

4. Which nutrient deficiency is most likely to be seen in patients with chronic alcoholism?

• A. Vitamin C
• B. Vitamin D
• C. Vitamin B12
• D. Vitamin B1

Correct answer: D

Rationale: Patients with chronic alcoholism are most likely to develop a deficiency in Vitamin B1 (thiamine) due to poor dietary intake and impaired absorption. This deficiency can lead to conditions like Wernicke's encephalopathy and Korsakoff's syndrome. While deficiencies in other vitamins can also occur in chronic alcoholism, Vitamin B1 deficiency is more commonly associated with this condition, making it the most likely nutrient deficiency in these patients. Therefore, the correct answer is Vitamin B1 (Choice D). Deficiencies in Vitamin C (Choice A), Vitamin D (Choice B), and Vitamin B12 (Choice C) can also be seen in patients with chronic alcoholism, but they are not as commonly linked to this condition compared to Vitamin B1 deficiency.

5. Who is at higher risk for drug-nutrient interactions?

• A. Infants
• B. People with diabetes
• C. Women of childbearing age
• D. Older men and women

Correct answer: D

Rationale: Older men and women are at higher risk for drug-nutrient interactions due to factors such as polypharmacy and physiological changes. Polypharmacy, common in older adults, increases the likelihood of interactions between drugs and nutrients. Physiological changes that occur with aging can affect how drugs and nutrients are absorbed, distributed, metabolized, and excreted in the body. Infants, people with diabetes, and women of childbearing age are not typically considered high-risk groups for drug-nutrient interactions compared to older adults.

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