Nursing Elites

1. How often should rotation sites for insulin injection be separated from one another?

• A. Every third day.
• B. Every week.
• C. Every 2-3 weeks.
• D. Every 2-4 weeks.

Correct answer: C

Rationale: Insulin injection sites should be rotated every 2-3 weeks to prevent lipodystrophy and ensure proper insulin absorption. Option A ('Every third day') is too frequent and does not allow enough time for the previous site to heal properly. Option B ('Every week') might not provide adequate time for the tissue to recover. Option D ('Every 2-4 weeks') could potentially lead to overuse of a single injection site, increasing the risk of lipodystrophy and inconsistent insulin absorption. Therefore, the recommended interval of every 2-3 weeks is optimal for insulin injection site rotation.

2. The nurse is providing dietary instructions to a client with DM. The nurse instructs the client to include which item in the diet?

• A. High-fat foods
• B. Low-carbohydrate foods
• C. High-protein foods
• D. High-fiber foods

Correct answer: D

Rationale: High-fiber foods are beneficial for clients with diabetes because they help regulate blood glucose levels by slowing down the absorption of sugar. Additionally, high-fiber foods aid in maintaining satiety, supporting weight management, and preventing constipation. High-fat foods (choice A) are not recommended for clients with diabetes due to their potential negative impact on heart health and weight. While low-carbohydrate foods (choice B) can be part of a diabetes-friendly diet, high-fiber foods are more specifically beneficial for managing blood sugar levels. High-protein foods (choice C) can be included in moderation in a diabetic diet, but they are not the primary focus when it comes to improving glycemic control.

3. The healthcare provider is caring for a client with pheochromocytoma. Which of the following interventions should the healthcare provider implement?

• A. Administer beta-blockers to control blood pressure
• B. Encourage a high-sodium diet
• C. Monitor for signs of hyperglycemia
• D. Restrict fluid intake to prevent edema

Correct answer: A

Rationale: The correct intervention for a client with pheochromocytoma is to administer beta-blockers to control blood pressure. Pheochromocytoma is a catecholamine-secreting tumor that can cause severe hypertension. Beta-blockers are used to block the effects of catecholamines and help control blood pressure in these clients. Encouraging a high-sodium diet (Choice B) would not be appropriate as it can worsen hypertension. Monitoring for signs of hyperglycemia (Choice C) is not directly related to managing pheochromocytoma. Restricting fluid intake (Choice D) may lead to dehydration and is not a recommended intervention for this condition.

4. A healthcare professional caring for a client who has been receiving intravenous diuretics suspects that the client is experiencing a deficient fluid volume. Which assessment finding would the healthcare professional note in a client with this condition?

• A. Lung congestion
• B. Decreased hematocrit
• C. Increased blood pressure
• D. Decreased central venous pressure (CVP)

Correct answer: D

Rationale: Decreased central venous pressure (CVP) is the correct assessment finding in a client with deficient fluid volume. This is because a decrease in CVP indicates reduced blood volume returning to the heart, which is consistent with hypovolemia. Lung congestion (Choice A) would be more indicative of fluid volume excess, not deficiency. Decreased hematocrit (Choice B) may be seen in conditions such as anemia but is not specific to deficient fluid volume. Increased blood pressure (Choice C) is not typically associated with deficient fluid volume; in fact, hypovolemia often leads to decreased blood pressure.

5. The healthcare provider is assessing a client with suspected diabetes insipidus. Which of the following clinical manifestations would support this diagnosis?

• A. Polyuria and polydipsia
• B. Hypertension and bradycardia
• C. Weight gain and edema
• D. Oliguria and thirst

Correct answer: A

Rationale: Polyuria (excessive urination) and polydipsia (excessive thirst) are classic clinical manifestations of diabetes insipidus. In this condition, there is a deficiency of antidiuretic hormone, leading to the inability of the kidneys to concentrate urine effectively, resulting in increased urine output (polyuria) and consequent thirst (polydipsia). Hypertension and bradycardia (Choice B) are not typical findings in diabetes insipidus. Weight gain and edema (Choice C) are more indicative of conditions such as heart failure or nephrotic syndrome. Oliguria (decreased urine output) and thirst (Choice D) are contradictory symptoms to what is seen in diabetes insipidus.

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