Nursing Elites

1. One drug can alter the absorption of another drug. One drug increases intestinal motility. Which effect does this have on the second drug?

• A. None; absorption of the second drug is not affected.
• B. The increased gut motility decreases the absorption of the second drug.
• C. The absorption of the second drug cannot be predicted.
• D. Less of the second drug is absorbed.

Correct answer: D

Rationale: When one drug increases intestinal motility, it accelerates the movement of the second drug through the system. Since most oral medications are absorbed in the intestine, the faster transit time decreases the absorption of the second drug. Therefore, less of the second drug is absorbed. Choice A is incorrect because the increased gut motility does affect the absorption of the second drug. Choice C is incorrect as the effect of increased intestinal motility on drug absorption can be predicted based on pharmacokinetic principles. Choice B is incorrect as increased gut motility would not increase but decrease the absorption of the second drug.

2. The client seeks advice from the nurse regarding issues with flatus due to colostomy. Which food should the nurse recommend?

• A. High-fiber foods, such as bran.
• B. Cruciferous vegetables, such as cabbage, broccoli, and kale.
• C. Carbonated beverages.
• D. Yogurt.

Correct answer: D

Rationale: The correct answer is yogurt. Yogurt can help reduce gas formation in clients with a colostomy. High-fiber foods like bran can stimulate peristalsis and increase flatulence, which is not helpful in this situation. Cruciferous vegetables, such as cabbage, broccoli, and kale, and beans tend to increase gas formation. Carbonated beverages, along with smoking, chewing gum, and drinking fluids with a straw, can also increase gas formation. Therefore, the nurse should recommend yogurt to help alleviate the client's issues with flatus.

3. A patient had a pneumonectomy to the right lung performed 48 hours ago. Which of the following conditions most likely exists?

• A. Decreased breath sound volume
• B. Elevated tidal volume
• C. Elevated respiratory capacity
• D. Wheezing

Correct answer: A

Rationale: After a pneumonectomy, where a lung is surgically removed, there will be a decrease in breath sound volume on the affected side due to reduced airflow. This reduction in breath sound volume is expected as there is less lung tissue to produce sound. Choices B, C, and D are incorrect. Elevated tidal volume and respiratory capacity are not expected after a pneumonectomy, and wheezing is more commonly associated with conditions like asthma or bronchitis, not a recent pneumonectomy.

4. Because of the possible nervous system side-effects that occur with isoniazid (Nydrazid) therapy, which supplementary nutritional agent would the nurse teach the client to take as a prophylaxis?

• A. Alpha tocopherol (vitamin E)
• B. Ascorbic acid (vitamin C)
• C. Calcitriol (vitamin D)
• D. Pyridoxine (vitamin B6)

Correct answer: D

Rationale: Pyridoxine is the correct choice in this scenario because it is used as a prophylaxis to prevent neuritis, a possible nervous system side-effect of isoniazid therapy. Neuritis is a condition that involves inflammation of the nerves and can be a side effect of isoniazid. Pyridoxine, also known as vitamin B6, helps prevent this side effect. Vitamin E (Alpha tocopherol), vitamin C (Ascorbic acid), and vitamin D (Calcitriol) do not specifically address the nervous system side-effects associated with isoniazid therapy, making them incorrect choices.

5. Which of the following medications is not classified as a neuromuscular blocker?

• A. Anectine
• B. Pavulon
• C. Pitressin
• D. Mivacron

Correct answer: C

Rationale: The correct answer is Pitressin. Pitressin is a hormone replacement medication and is not classified as a neuromuscular blocker. Choices A, B, and D (Anectine, Pavulon, Mivacron) are neuromuscular blockers used during anesthesia to induce muscle relaxation for various procedures. Anectine is also known as succinylcholine, Pavulon is rocuronium, and Mivacron is mivacurium. These medications act on the neuromuscular junction to block the transmission of nerve impulses, leading to muscle relaxation.

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