ATI RN
ATI Nursing Care of Children 2019 B
1. What is the most important intervention in the management of a child with sickle cell crisis?
- A. Administration of iron supplements
- B. Initiation of high-calorie diet
- C. Administration of pain relief
- D. Limiting fluid intake
Correct answer: C
Rationale: The most important intervention in managing a child with sickle cell crisis is the administration of pain relief. During a sickle cell crisis, severe pain is a prominent symptom due to vaso-occlusive episodes. Effective pain management, along with adequate hydration and oxygen therapy, is crucial in treating a sickle cell crisis and preventing further complications. Choice A, the administration of iron supplements, is not the priority during a sickle cell crisis. Iron supplements are typically used to manage anemia in individuals with sickle cell disease but are not the primary intervention during a crisis. Choice B, the initiation of a high-calorie diet, is not the most critical intervention during a sickle cell crisis. While proper nutrition is important in managing sickle cell disease, it is not the immediate priority during a crisis. Choice D, limiting fluid intake, is not recommended during a sickle cell crisis. Hydration is essential in managing sickle cell crisis to prevent complications like dehydration and further vaso-occlusive episodes.
2. Which laboratory test would be most important for the nurse to assess when caring for a toddler suspected of having cystic fibrosis?
- A. Liver enzymes
- B. Serum calcium
- C. Sweat chloride test
- D. Urine creatinine
Correct answer: C
Rationale: The sweat chloride test is the primary diagnostic test for cystic fibrosis. Cystic fibrosis is characterized by abnormal transport of chloride and sodium across epithelial cell membranes, leading to increased chloride in sweat. This test is crucial for diagnosing cystic fibrosis in suspected cases. Liver enzymes (Choice A), serum calcium (Choice B), and urine creatinine (Choice D) are not specific tests for cystic fibrosis and would not provide the necessary information for diagnosis in this case.
3. What is the appropriate method for measuring the temperature of a 2-day-old neonate?
- A. Tympanic
- B. Oral
- C. Axillary
- D. Rectal
Correct answer: C
Rationale: For a 2-day-old neonate, the most suitable method to measure temperature is the axillary method. This approach is considered safe and appropriate for neonates, minimizing the risk of injury. Tympanic temperature measurement may not be as accurate in neonates due to their small ear canals. Oral temperature measurement is not recommended for neonates as they may not be able to hold a thermometer properly in their mouths. Rectal temperature measurement is invasive and carries a higher risk of injury and should be avoided unless absolutely necessary.
4. A nurse is evaluating the effectiveness of teaching regarding care of a child with minimal change nephrotic syndrome (MCNS) that is in remission after administration of prednisone. The nurse realizes further teaching is required if the parents state what?
- A. We will keep our child away from anyone who is ill.
- B. We will be sure to administer the prednisone as ordered.
- C. We will encourage our child to eat a balanced diet, but we will watch his salt intake.
- D. We understand our child will not be able to attend school, so we will arrange for home schooling.
Correct answer: D
Rationale: Children with MCNS in remission can usually return to school. Home schooling may be necessary only if there are complications. The other options show an understanding of proper care during remission.
5. What laboratory finding should the nurse expect in a child with an excess of water?
- A. Decreased hematocrit
- B. High serum osmolality
- C. High urine specific gravity
- D. Increased blood urea nitrogen (BUN)
Correct answer: A
Rationale: Water excess typically leads to hemodilution, resulting in a decreased hematocrit. High serum osmolality and specific gravity would indicate dehydration, while elevated BUN could suggest renal impairment or dehydration, not fluid overload.
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