The caregiver of a child with sickle cell disease asks the nurse how much fluid her child should have each day after the child goes home. In response to the caregiver’s question, the nurse would explain that for the child with sickle cell disease, it is best that the child have:
300 to 800 ml of fluid per day.
1500 to 2,000 ml of fluid per day.
2,500 to 3,200 ml of fluid per day.
1,000 to 1,200 ml of fluid per day.
The Correct Answer is B
Choice A reason: 300-800 ml/day is too low for a child with sickle cell disease, risking dehydration and sickling crises. 1500-2000 ml maintains hydration, making this insufficient and incorrect compared to the adequate fluid intake needed to prevent complications in the child’s home care.
Choice B reason: 1500-2000 ml/day ensures adequate hydration for a child with sickle cell disease, reducing blood viscosity and sickling risk. This aligns with pediatric hematology guidelines for preventing crises, making it the correct fluid intake recommendation for the caregiver to support the child’s health at home.
Choice C reason: 2500-3200 ml/day exceeds typical needs for a child, risking fluid overload without added sickle cell benefit. 1500-2000 ml is optimal, making this excessive and incorrect compared to the recommended fluid range for managing sickle cell disease effectively at home.
Choice D reason: 1000-1200 ml/day is below the optimal range for a child with sickle cell disease, increasing dehydration and crisis risk. 1500-2000 ml better supports hydration, making this inadequate and incorrect compared to the fluid intake needed to prevent sickle cell complications.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
Choice A reason: Living with grandparents while the mother works two jobs provides potential supervision, reducing developmental risks compared to homelessness. Sleeping in a car disrupts stability and safety, making this less challenging and incorrect for the situation most likely to impact children’s growth and development.
Choice B reason: An empty house after school poses risks but offers a stable home environment, unlike sleeping in a car, which lacks safety and consistency. Latchkey situations are less severe, making this incorrect compared to the extreme instability of homelessness affecting children’s developmental outcomes.
Choice C reason: Sleeping in a car at night indicates homelessness, severely disrupting children’s physical, emotional, and cognitive development due to lack of stable housing, nutrition, and safety. This situation poses the greatest challenge, aligning with pediatric social determinants of health, making it the correct choice.
Choice D reason: Sharing an apartment with another family provides housing stability, unlike sleeping in a car, which severely impacts development. Crowded living is less detrimental than homelessness, making this incorrect for the situation most likely to challenge children’s growth and development in the care plan.
Correct Answer is C
Explanation
Choice A reason: Kwashiorkor primarily affects young children, not adolescents, due to protein deficiency during critical growth periods. Increasing protein intake is the key treatment, making this inaccurate, as it misidentifies the age group most impacted by this nutritional disorder in the in-service discussion.
Choice B reason: Treating Kwashiorkor is complex, requiring gradual protein reintroduction and management of complications, not a simple fix. Increasing protein is central, but the process is intricate, making this incorrect compared to the accurate focus on protein supplementation for recovery in affected children.
Choice C reason: Kwashiorkor results from severe protein deficiency, and increasing protein intake is critical for treatment, restoring growth and tissue repair. This aligns with pediatric nutritional deficiency management, making it the most accurate statement about addressing Kwashiorkor in children during the in-service program.
Choice D reason: Kwashiorkor is caused by protein deficiency, not vitamin D deficiency, which is linked to rickets. Protein supplementation is the primary intervention, making this incorrect, as it misattributes the nutritional cause of Kwashiorkor to a vitamin deficiency in the context of the discussion.
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