Nursing Elites

1. In the management of nausea due to gastroparesis in a client with Diabetes, which of the following medications may be prescribed?

• A. Lubiprostone
• B. Metoclopramide
• C. Bisacodyl
• D. Loperamide

Correct answer: B

Rationale: Metoclopramide, as a dopamine antagonist, is commonly prescribed to manage nausea and improve gastric motility in clients with diabetic gastroparesis. By enhancing gastric emptying, it can help alleviate symptoms like bloating and nausea associated with gastroparesis. Choice A, Lubiprostone, is primarily used to treat chronic idiopathic constipation and irritable bowel syndrome with constipation, not nausea due to gastroparesis. Choice C, Bisacodyl, is a stimulant laxative used for the treatment of constipation and bowel preparation before procedures, not for nausea associated with gastroparesis. Choice D, Loperamide, is an antimotility agent used to manage diarrhea, not nausea or gastric motility issues seen in gastroparesis.

2. A client is to receive Pamidronate for bone pain related to cancer. What precaution should the nurse take during the administration of Pamidronate?

• A. Inspect the skin for redness and irritation around the injection site.
• B. Assess the IV site for thrombophlebitis frequently during administration.
• C. Instruct the client to lie down for 30 minutes after oral administration.
• D. Monitor for signs of anaphylaxis for 20 minutes after intramuscular injection.

Correct answer: B

Rationale: Pamidronate is typically administered through IV infusion, which can cause irritation to veins. The nurse should frequently assess the IV site for thrombophlebitis during the administration to promptly detect any potential complications related to the infusion. Inspecting the skin for redness and irritation around the injection site (Choice A) is not directly related to IV infusion. Instructing the client to lie down after oral administration (Choice C) is not necessary for IV administration. Monitoring for signs of anaphylaxis after an intramuscular injection (Choice D) is not relevant for an IV infusion of Pamidronate.

3. Why should the nitrate patch be off for 8 hours per day?

• A. “There is no reason to take the patch off each day.”
• B. “The patch can be addictive; leaving it off reduces the addiction.”
• C. “You should only leave the patch off for 15 minutes.”
• D. “Leaving the patch off for 8 hours per day helps to delay the development of tolerance.”

Correct answer: D

Rationale: Removing the nitrate patch for 8 hours each day is essential to prevent the body from developing tolerance to the medication. By allowing the body to have a drug-free period, the effectiveness of the medication is maintained over time. This practice helps in ensuring that the nitrate patch continues to provide its intended therapeutic effects without diminishing its efficacy. Therefore, it is important for the client to adhere to the prescribed schedule of removing the patch for 8 hours daily to optimize the treatment outcomes.

4. A client is taking Propylthiouracil. For which of the following adverse effects of this medication should the nurse monitor?

• A. Bradycardia
• B. Insomnia
• C. Heat intolerance
• D. Weight loss

Correct answer: A

Rationale: Propylthiouracil is a medication used to treat hyperthyroidism. One of the adverse effects of Propylthiouracil is bradycardia, which is a slower than normal heart rate. Since the medication works by decreasing thyroid hormone production, it can lead to hypothyroidism as a side effect, causing bradycardia. Therefore, the nurse should monitor the client for signs and symptoms of bradycardia while taking Propylthiouracil. Choices B, C, and D are incorrect because insomnia, heat intolerance, and weight loss are not typically associated adverse effects of Propylthiouracil.

5. Potassium-sparing diuretics primarily affect which part of the kidney?

• A. Proximal convoluted tubule
• B. Loop of Henle
• C. Collecting duct
• D. Distal convoluted tubule

Correct answer: D

Rationale: Potassium-sparing diuretics exert their primary effects on the distal convoluted tubule in the kidney. By acting on this specific part of the nephron, these diuretics promote sodium excretion while sparing potassium, thus helping to maintain potassium levels in the body. This mechanism differs from other diuretics that may cause potassium loss as a side effect. Understanding the site of action of potassium-sparing diuretics is crucial in clinical practice for managing conditions like hypertension and edema where diuresis is necessary without the risk of hypokalemia.

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