Nursing Elites

1. Which laboratory value at the time of diagnosis should the nurse anticipate would determine the worst prognosis for a child with leukemia?

• A. Slow response to chemotherapy
• B. Platelets of 150,000/mcL
• C. Leukocytes less than 10,000/mcL
• D. Leukocytes of 275,000/mcL

Correct answer: D

Rationale: A high white blood cell count (leukocytes of 275,000/mcL) at diagnosis is associated with a worse prognosis in leukemia because it indicates a more aggressive disease with a higher tumor burden. Slow response to chemotherapy (choice A) is a consequence of the aggressive disease and not a determining factor at diagnosis. Platelets of 150,000/mcL (choice B) and leukocytes less than 10,000/mcL (choice C) are within normal ranges and not indicative of a worse prognosis in leukemia.

2. What interventions would the nurse implement to maintain the skin integrity of a preterm infant born at 30 weeks?

• A. Avoid using alkaline-based soap.
• B. Bathe the infant with sterile water.
• C. Cleanse skin with a gentle alkaline-based soap and water.
• D. Thoroughly rinse skin with plain water after bathing in a mild hexachlorophene solution.

Correct answer: B

Rationale: To maintain the skin integrity of a preterm infant born at 30 weeks, the nurse should bathe the infant with sterile water no more than two or three times per week. The eyes, oral and diaper areas, and pressure points should be cleansed daily. It is essential to avoid using alkaline-based soaps as they might destroy the 'acid mantle' of the skin. Additionally, cleansing with mild solutions and rinsing thoroughly with plain water is recommended to prevent skin irritation and maintain skin integrity. Therefore, options A, C, and D are incorrect as they do not align with the best practices for preterm infant skin care.

3. An infant, age 5 months, is brought to the clinic by his parents for a well-baby checkup. What is the best advice that the nurse should include at this time about injury prevention?

• A. Keep buttons, beads, and other small objects out of his reach.
• B. Do not permit him to chew paint from window ledges because he might absorb too much lead.
• C. When he learns to roll over, you must supervise him whenever he is on a surface from which he might fall.
• D. Lock the crib sides securely because he may stand and lean against them and fall out of bed.

Correct answer: A

Rationale: Small objects are a choking hazard for infants, so it is crucial to keep them out of reach to prevent injury.

4. The parents of an infant with a cleft palate ask the nurse, "What follow-up care will our infant need after the repair?" Which is an accurate response by the nurse?

• A. Your infant will not need any subsequent follow-up care
• B. Your infant will only need to be evaluated by an audiologist
• C. Your infant will only need follow-up with a speech pathologist
• D. Your infant will need follow-up with audiologists and orthodontists

Correct answer: D

Rationale: After cleft palate repair, the child will need ongoing follow-up with audiologists, speech pathologists, and orthodontists to monitor hearing, speech development, and dental alignment.

5. The nurse is caring for a very low-birth-weight (VLBW) infant with a peripheral intravenous infusion. What nursing considerations regarding infiltration should be included in planning IV care?

• A. Infiltration is not solely related to the activity level of VLBW infants.
• B. Continuous infusion pumps do not always stop automatically when infiltration occurs.
• C. Hypertonic solutions can cause severe tissue damage if infiltration occurs.
• D. The infusion site should be checked regularly to prevent infiltration-related complications.

Correct answer: C

Rationale: Hypertonic solutions can damage tissues if they leak from the vein due to infiltration. It is crucial to monitor for this complication to prevent severe tissue damage. Infiltration is not solely related to the activity level of VLBW infants; it can occur due to various reasons such as vein condition, catheter placement, and fluid type. Continuous infusion pumps may not always detect infiltration, as they typically alarm for pressure changes but not all infiltration instances. Checking the infusion site regularly, preferably hourly, is essential to prevent complications like tissue damage from extravasations, fluid overload, and dehydration.

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