Nursing Elites

1. A client with heart failure is being instructed on laxative use. Which of the following laxatives should the client avoid?

• A. Sodium phosphate
• B. Psyllium
• C. Bisacodyl
• D. Polyethylene glycol

Correct answer: A

Rationale: The correct answer is A: Sodium phosphate. Clients with heart failure often follow a sodium-restricted diet. Sodium phosphate laxatives can lead to sodium absorption, causing fluid retention, which is contraindicated in heart failure. It is crucial to avoid sodium phosphate laxatives in these clients to prevent exacerbation of fluid overload and heart failure symptoms. Psyllium (choice B), Bisacodyl (choice C), and Polyethylene glycol (choice D) are not contraindicated in clients with heart failure and can be used safely for bowel management.

2. A healthcare professional is preparing to administer a dose of Hydromorphone IV to a client. Which of the following actions should the healthcare professional take?

• A. Administer the medication over 5 minutes.
• B. Administer a dose of Naloxone prior to giving the Hydromorphone.
• C. Assess the client's blood pressure prior to administration.
• D. Inject the medication into the client's subcutaneous tissue.

Correct answer: A

Rationale: The healthcare professional should administer IV Hydromorphone slowly over 5 minutes to reduce the risk of hypotension and respiratory depression. Rapid administration can lead to adverse effects due to its potency. Choice B is incorrect because Naloxone is used as an antidote for opioid overdose, not routinely administered with Hydromorphone. Choice C is important but not specific to the administration of Hydromorphone. Choice D is incorrect as Hydromorphone is intended for intravenous use, not subcutaneous injection.

3. What is pharmacodynamics?

• A. The medical reference summarizing standards of drug purity, strength, and directions for synthesis
• B. The drug's actions at receptor sites and the physiological, chemical, and behavioral effects produced by these actions
• C. The maximum response that a drug can produce
• D. Movements of the drugs throughout the body

Correct answer: B

Rationale: Pharmacodynamics refers to the drug's actions at receptor sites and the physiological, chemical, and behavioral effects produced by these actions. It involves understanding how drugs interact with the body at the molecular level to produce their effects, including mechanisms of action, receptor binding, and downstream physiological responses. Choice A is incorrect because it describes pharmacopeia, which is a reference book containing standards for drugs. Choice C refers to efficacy, which is the maximum effect a drug can produce. Choice D describes pharmacokinetics, which focuses on the movement of drugs within the body.

4. A client with breast cancer is receiving cyclophosphamide. Which of the following findings should the nurse monitor?

• A. Hypertension
• B. Hyperglycemia
• C. Ototoxicity
• D. Hemorrhagic cystitis

Correct answer: D

Rationale: The nurse should monitor the client for hemorrhagic cystitis when receiving cyclophosphamide due to its potential to cause bladder irritation and lead to this serious adverse effect. It is essential to assess for symptoms such as hematuria, dysuria, and flank pain. Monitoring for hypertension, hyperglycemia, and ototoxicity is not directly related to the side effects of cyclophosphamide.

5. A provider prescribes phenobarbital for a client who has a seizure disorder. The medication has a long half-life of 4 days. How many times per day should the nurse expect to administer this medication?

• A. One
• B. Two
• C. Three
• D. Four

Correct answer: A

Rationale: Phenobarbital has a long half-life of 4 days, meaning it remains at therapeutic levels in the body for an extended period. Due to this prolonged duration of action, the nurse should expect to administer phenobarbital once a day to maintain therapeutic levels and effectiveness. Administering it more than once a day would lead to unnecessary dosing and potential adverse effects as the medication remains active in the body for an extended period.

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