Nursing Elites

1. How can a healthcare professional help prevent pressure ulcers in an immobile patient?

• A. Ensuring proper nutrition and hydration
• B. Using moisture barriers to protect the skin
• C. Turning the patient every 2 hours to prevent pressure
• D. Providing special mattresses or padding

Correct answer: A

Rationale: Ensuring proper nutrition and hydration is crucial in preventing pressure ulcers in immobile patients. Adequate nutrition supports tissue health and repair, while hydration helps maintain skin elasticity. While turning the patient every 2 hours is important to prevent pressure injuries, it is not the primary way to address prevention. Using moisture barriers and providing special mattresses or padding are essential components of pressure ulcer prevention, but they are not as fundamental as ensuring proper nutrition and hydration.

2. A nurse is providing teaching to a parent of a child with celiac disease. Which food choice should the nurse include?

• A. Rice
• B. Barley
• C. Wheat
• D. Rye

Correct answer: A

Rationale: The correct answer is A, Rice. In celiac disease, individuals must avoid gluten-containing foods. Rice is a safe option as it is gluten-free. Barley (choice B), Wheat (choice C), and Rye (choice D) all contain gluten and should be avoided in a celiac diet. Therefore, the nurse should emphasize including rice in the child's diet.

3. A client with a history of seizures is admitted for monitoring. What should the nurse prioritize?

• A. Ensure the client is on seizure precautions.
• B. Educate the client about seizure triggers.
• C. Monitor for signs of an impending seizure.
• D. Initiate IV access for anti-seizure medication.

Correct answer: A

Rationale: The correct answer is to ensure the client is on seizure precautions. This is crucial in preventing injury during a seizure episode. While educating the client about seizure triggers (choice B) is important for long-term management, it is not the priority when the client is admitted for monitoring. Monitoring for signs of an impending seizure (choice C) is essential but does not address immediate safety concerns. Initiating IV access for anti-seizure medication (choice D) is not the priority unless a seizure occurs and medical intervention is needed.

4. A patient has impaired skin integrity, and a nurse is providing care. What action should the nurse take to promote healing?

• A. Apply a dry, sterile dressing to the wound.
• B. Use sterile saline to clean the wound.
• C. Apply a warm compress to promote circulation.
• D. Keep the wound open to air for faster healing.

Correct answer: B

Rationale: The correct action to promote healing in a patient with impaired skin integrity is to use sterile saline to clean the wound. Sterile saline helps prevent infection and promotes healing of wounds by keeping the area clean. Applying a dry, sterile dressing (Choice A) may not be effective as it does not address the need for wound cleaning. Applying a warm compress (Choice C) may not be suitable for all types of wounds and could potentially cause harm. Keeping the wound open to air (Choice D) is generally not recommended as it can lead to infection and slow down the healing process.

5. A patient receiving chemotherapy has developed neutropenia. What should be included in the care plan to reduce infection risk?

• A. Monitor temperature daily
• B. Limit visitors
• C. Administer antibiotics prophylactically
• D. Use reverse isolation precautions

Correct answer: D

Rationale: When a patient receiving chemotherapy develops neutropenia, the priority is to reduce the risk of infection. Using reverse isolation precautions is crucial in this situation to protect the patient from exposure to pathogens. Monitoring temperature daily (Choice A) is important but is not as effective as isolating the patient. Limiting visitors (Choice B) can help reduce the risk of exposure, but reverse isolation is a more stringent measure. Administering antibiotics prophylactically (Choice C) is not recommended unless there is a specific indication, as it can contribute to antibiotic resistance.

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