Nursing Elites

1. Which electrolyte imbalance does the nurse suspect in a patient with hyperaldosteronism?

• A. Hyponatremia
• B. Hypernatremia
• C. Hyperkalemia
• D. Hypercalcemia

Correct answer: C

Rationale: In a patient with hyperaldosteronism, the nurse would suspect hyperkalemia. Hyperaldosteronism leads to increased potassium excretion, resulting in low potassium levels in the blood. Therefore, choices A (Hyponatremia), B (Hypernatremia), and D (Hypercalcemia) are incorrect. Hyponatremia refers to low sodium levels, Hypernatremia refers to high sodium levels, and Hypercalcemia refers to high calcium levels, none of which are typically associated with hyperaldosteronism.

2. A male patient with erectile dysfunction is prescribed sildenafil (Viagra). What specific instruction should the nurse provide to ensure the safe use of this medication?

• A. Take the medication with food to prevent nausea.
• B. Avoid taking nitrates while on this medication.
• C. Take the medication at bedtime to ensure absorption during sleep.
• D. Take the medication with milk to enhance absorption.

Correct answer: B

Rationale: The correct instruction the nurse should provide is to avoid taking nitrates while on sildenafil (Viagra). Combining sildenafil with nitrates can result in severe hypotension due to additive vasodilatory effects. Choice A is incorrect because sildenafil can be taken with or without food. Choice C is incorrect as there is no specific requirement to take sildenafil at bedtime. Choice D is incorrect as taking sildenafil with milk has not been shown to enhance its absorption.

3. What is a common trigger for acute bronchospasm in asthma?

• A. Infection
• B. Allergic reaction
• C. Excessive exercise
• D. High altitude

Correct answer: B

Rationale: An allergic reaction is a common trigger for acute bronchospasm in asthma patients. When individuals with asthma come in contact with allergens like pollen, dust mites, or pet dander, it can lead to an allergic reaction that triggers bronchospasm. Infections, excessive exercise, and high altitudes can exacerbate asthma symptoms, but they are not the most common trigger for acute bronchospasm in asthma patients.

4. How should the nurse respond to a 72-year-old patient diagnosed with benign prostatic hypertrophy (BPH) who is skeptical about tamsulosin (Flomax) for symptom relief?

• A. “Flomax can increase the amount of urine your kidneys produce, resulting in better urine flow.”
• B. “Flomax can relax your prostate and your bladder neck, making it easier to pass urine.”
• C. “Flomax makes your urine less alkaline, reducing the irritation that makes your prostate swell.”
• D. “Flomax increases the strength of your bladder muscle and results in a stronger flow of urine.”

Correct answer: B

Rationale: The correct response is choice B because it explains the mechanism of action of Flomax, which helps the patient understand how the medication works. By stating that Flomax relaxes the prostate and bladder neck, making it easier to pass urine, the nurse is addressing the patient's concerns about symptom relief. Choices A, C, and D provide inaccurate information about Flomax's mechanism of action and do not directly address the patient's skepticism or concerns.

5. How can a colony-stimulating factor affect the patient's erythrocyte count?

• A. It stimulates the growth of red blood cells.
• B. It suppresses T-cell production.
• C. It inhibits protein synthesis.
• D. It stimulates antibody production.

Correct answer: A

Rationale: Colony-stimulating factors are substances that stimulate the production of blood cells in the bone marrow. Erythrocytes are red blood cells, so a colony-stimulating factor would specifically stimulate the growth of red blood cells, leading to an increase in the patient's erythrocyte count. Choice B is incorrect because colony-stimulating factors do not suppress T-cell production. Choice C is incorrect because colony-stimulating factors do not inhibit protein synthesis. Choice D is incorrect because colony-stimulating factors do not stimulate antibody production; they primarily affect the production of blood cells.

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