Nursing Elites

1. A child receives a vaccine for MMR. Six hours after the injection, the child�s parent reports local soreness, erythema, lethargy, and a fever of 101�F to a nurse. Which action should the nurse take?

• A. Give instructions on relieving symptoms with acetaminophen
• B. Seek emergency help, because these symptoms are signs of anaphylactic reaction
• C. Tell the parent that a live vaccine will cause a mild case of measles
• D. Obtain and fill out a Vaccine Adverse Event Report form

Correct answer: A

Rationale: Low-grade fever, malaise, and muscle aches are common reactions. Acetaminophen usually alleviates these problems. MMR is a live vaccine but it is attenuated or completely avirulent and does not cause measles in healthy children, only immunocompromised children.

2. The 6-year-old child scheduled for an orchiopexy shyly asks the nurse, 'What are they going to do to me 'down there'? What is the nurse's best response?

• A. They are going to fix you up 'down there'.
• B. They will move your testicle from your abdomen to your scrotum.
• C. What do you think your doctor is going to do?
• D. You shouldn't worry. Your doctor knows exactly what to do.

Correct answer: C

Rationale: The nurse should encourage the child to express his thoughts and feelings about the upcoming surgery. This approach helps the child feel heard and understood while providing an opportunity to address any misconceptions or fears. By asking the child what he thinks the doctor will do, the nurse engages the child in a conversation that can help alleviate anxiety and build trust. School-age children often have fears related to bodily harm, and open communication can help alleviate such concerns. Choices A and D do not encourage open communication or address the child's concerns directly. Choice B provides too much detail that may overwhelm the child and is not age-appropriate for a 6-year-old.

3. Which principle does not follow neuromaturational theory?

• A. The sequence and rate of motor development are consistent among infants
• B. Movement emerges from an interaction and cooperation of many systems
• C. Movement progresses from primitive reflexes to voluntary control
• D. Low-level skills are prerequisites for certain high-level skills

Correct answer: B

Rationale: Neuromaturational theory emphasizes that motor development progresses in a predictable sequence and rate, starting from primitive reflexes to voluntary control. It also states that low-level skills are foundational for higher-level skills. However, the theory does not support the idea that movement solely emerges from an interaction and cooperation of many systems, as it focuses more on the hierarchical development of motor skills.

4. The healthcare provider is preparing medication instructions for a child who has undergone a kidney transplant and is prescribed cyclosporine. The parents ask the provider about the reason for the cyclosporine. Which rationale for this medication should the healthcare provider include in the response?

• A. Suppress rejection
• B. Decrease pain
• C. Improve circulation
• D. Boost immunity

Correct answer: A

Rationale: Cyclosporine is used to suppress the immune system and prevent rejection of the transplanted kidney. It helps to reduce the risk of the body attacking and rejecting the new organ. This medication is crucial in ensuring the success of the kidney transplant by keeping the immune system in check.

5. A young child admitted to the pediatric unit has fever, irritability, and vomiting with suspected bacterial meningitis. Which cerebrospinal fluid (CSF) result should the nurse anticipate based on these data?

• A. Decreased protein count
• B. Clear, straw-colored fluid
• C. Positive for red blood cells (RBCs)
• D. Decreased glucose level

Correct answer: D

Rationale: In bacterial meningitis, the glucose level in the cerebrospinal fluid (CSF) is typically decreased due to the increased utilization of glucose by the infecting bacteria. This metabolic change leads to a decrease in CSF glucose levels, making choice D the correct answer in this scenario. Choices A, B, and C are incorrect because bacterial meningitis usually results in an increased protein count, cloudy appearance of the CSF due to the presence of bacteria, and absence of red blood cells (RBCs) in the CSF unless there is a traumatic tap, respectively.

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