Nursing Elites

1. A healthcare professional is reviewing the health history of an older adult who has a hip fracture. What is a risk factor for developing pressure injuries?

• A. Dehydration
• B. Urinary incontinence
• C. Poor nutrition
• D. Poor tissue perfusion

Correct answer: B

Rationale: Urinary incontinence is a risk factor for developing pressure injuries due to prolonged skin exposure to moisture and irritants. Dehydration (choice A) can contribute to skin dryness but is not a direct risk factor for pressure injuries. Poor nutrition (choice C) can affect wound healing but is not specifically linked to pressure injuries. Poor tissue perfusion (choice D) can increase the risk of tissue damage but is not as directly associated with pressure injuries as urinary incontinence.

2. A nurse is performing a focused assessment on a client who has a history of COPD and is experiencing dyspnea. Which of the findings should the nurse expect?

• A. Flaring of the nostrils
• B. Normal respiratory rate
• C. Clear lung sounds
• D. Decreased work of breathing

Correct answer: A

Rationale: Flaring of the nostrils indicates increased respiratory effort, common in clients with dyspnea due to COPD. In COPD, the airways are narrowed, causing difficulty in breathing, leading to increased work of breathing. Normal respiratory rate and clear lung sounds are less likely findings in a client with COPD experiencing dyspnea. Decreased work of breathing is not expected in this situation as COPD typically results in increased work of breathing.

3. A client receiving IV moderate (conscious) sedation with midazolam has a respiratory rate of 9/min and is not responding to commands. Which of the following is an appropriate action by the nurse?

• A. Place the client in a prone position
• B. Implement positive pressure ventilation
• C. Perform nasopharyngeal suctioning
• D. Administer flumazenil

Correct answer: D

Rationale: In this scenario, the client is showing signs of respiratory depression and central nervous system depression due to midazolam sedation. Administering flumazenil is the correct action as it is the antidote for midazolam, a benzodiazepine, and can reverse the sedative effects to restore respiratory function. Placing the client in a prone position (choice A) may worsen respiratory compromise. Implementing positive pressure ventilation (choice B) is not the first-line intervention for sedation-related respiratory depression. Performing nasopharyngeal suctioning (choice C) is not indicated as there are no signs of airway obstruction requiring suctioning.

4. A nurse is caring for a client receiving radiation treatments for cancer. The client states he is experiencing dryness, redness, and scaling at the treatment area. Which of the following should the nurse instruct the client to do?

• A. Sit in the sun for 15 minutes per day.
• B. Apply moist heat to the area twice daily.
• C. Liberally apply prescribed lotion to the area.
• D. Wash the affected area daily with antimicrobial soap.

Correct answer: C

Rationale: The nurse should instruct the client to liberally apply prescribed lotion to the treatment area. Prescribed hydrating lotions help soothe and protect irradiated skin, reducing dryness, redness, and scaling. Sitting in the sun can further damage the skin. Applying moist heat may exacerbate the skin condition. Washing the area with antimicrobial soap can be too harsh and further irritate the skin.

5. A nurse is planning care for a client who has a new diagnosis of deep vein thrombosis (DVT). Which action should the nurse take?

• A. Massage the affected extremity
• B. Elevate the affected leg
• C. Apply cold packs to the affected leg
• D. Keep the leg dependent to increase circulation

Correct answer: B

Rationale: Elevating the leg promotes venous return and reduces swelling, which is crucial for clients with DVT. Massaging the affected extremity can dislodge the clot and worsen the condition. Applying cold packs can cause vasoconstriction, potentially increasing the risk of clot formation. Keeping the leg dependent can impede circulation and increase the risk of clot migration.

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