Nursing Elites

1. A 38-year-old patient with cirrhosis has ascites and 4+ edema of the feet and legs. Which nursing action will be included in the plan of care?

• A. Restrict daily dietary protein intake.
• B. Reposition the patient every 4 hours.
• C. Place the patient on a pressure-relieving mattress.
• D. Perform passive range of motion daily.

Correct answer: C

Rationale: Placing the patient on a pressure-relieving mattress is crucial to decrease the risk of skin breakdown, especially with significant edema and ascites. Adequate dietary protein intake is essential in patients with ascites to improve oncotic pressure and prevent malnutrition. Repositioning the patient every 4 hours alone may not be sufficient to prevent skin breakdown, especially in areas prone to pressure ulcers. Performing passive range of motion exercises is important for maintaining joint mobility but does not directly address the risk of skin breakdown associated with prolonged pressure on vulnerable areas.

2. A client who has undergone radiation therapy presents with itching, redness, burning pain, and skin sloughing on the chest and abdomen. Which nursing intervention is most appropriate for this client?

• A. Apply ointment to the skin to avoid moisture
• B. Wash the area gently with water and pat dry
• C. Use a mild antiseptic soap to wash the area and pat dry
• D. Apply talcum powder to keep the skin dry

Correct answer: B

Rationale: For a client experiencing skin symptoms like redness, itching, burning pain, and sloughing after radiation therapy, it is crucial to maintain proper skin care. Applying ointments, lotions, or powders can worsen the condition by trapping moisture and leading to further skin irritation. The most appropriate intervention is to wash the affected area gently with water to cleanse it without further irritating the skin. Using mild antiseptic soap or talcum powder can also be harsh on the compromised skin. Patting the skin dry helps prevent friction and trauma to the affected area, promoting healing and comfort.

3. What is the cause of meningitis that is fatal in half of the infected patients?

• A. Virus
• B. Bacteria
• C. Fungus
• D. Noninfectious agent

Correct answer: B

Rationale: Bacterial meningitis is caused by bacterial pathogens such as Streptococcus pneumoniae, Haemophilus influenzae, Listeria monocytogenes, and Neisseria meningitidis. These bacteria commonly lead to acute onset meningitis, presenting with symptoms like fever, stiff neck, and altered consciousness. The statement that bacterial meningitis is fatal in about 50% of cases is accurate, making it a serious and life-threatening condition. Viruses can also cause meningitis, but they are not typically associated with the high fatality rate seen in bacterial meningitis. Fungal meningitis is less common and usually affects individuals with weakened immune systems. Noninfectious agents do not cause meningitis.

4. The nurse is caring for a woman 2 hours after a vaginal delivery. Documentation indicates that the membranes were ruptured for 36 hours prior to delivery. What are the priority nursing diagnoses at this time?

• A. Altered tissue perfusion
• B. Risk for fluid volume deficit
• C. High risk for hemorrhage
• D. Risk for infection

Correct answer: D

Rationale: The correct answer is 'Risk for infection.' When the membranes are ruptured for more than 24 hours prior to birth, there is a significantly increased risk of infection for both the mother and the newborn. Monitoring for signs of infection, such as fever, foul-smelling vaginal discharge, and uterine tenderness, is crucial. Option A, 'Altered tissue perfusion,' is not the priority in this scenario as infection risk takes precedence due to the prolonged rupture of membranes. Option B, 'Risk for fluid volume deficit,' is less of a priority compared to the immediate risk of infection. Option C, 'High risk for hemorrhage,' is not the priority concern at this time based on the information provided.

5. How does shock typically progress?

• A. Compensated to hypotensive shock in hours and hypotensive shock to cardiac arrest in minutes
• B. Compensated to hypotensive shock in minutes and hypotensive shock to cardiac arrest in hours
• C. Hypotensive to compensated shock in hours and compensated shock to cardiac arrest in minutes
• D. Hypotensive to compensated shock in minutes and compensated shock to cardiac arrest in hours

Correct answer: A

Rationale: Shock typically progresses from a compensated state to hypotensive shock over a period of hours. In the compensated phase, the body is trying to maintain perfusion. It is crucial to identify and intervene during this phase to prevent progression to hypotensive shock, where blood pressure drops significantly. If not promptly managed, hypotensive shock can rapidly deteriorate into cardiac arrest in minutes due to inadequate perfusion to vital organs. Choices B, C, and D are incorrect as they do not follow the typical progression of shock stages as seen in clinical practice. Understanding the stages of shock and their timeframes is crucial for early recognition and appropriate intervention to prevent further deterioration.

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