Nursing Elites

1. A group of students is reviewing information about the endocrine system in infants and children. The students demonstrate understanding of the information when they state:

• A. Endocrine glands begin developing during gestation.
• B. Endocrine glands are fully functional at birth.
• C. Infants may have difficulty regulating glucose and electrolytes.
• D. A child’s endocrine system plays a significant role in growth and development.

Correct answer: C

Rationale: The correct answer is C. Infants may have difficulty regulating glucose and electrolytes due to their immature endocrine systems. This can lead to issues such as hypoglycemia and electrolyte imbalances. Choice A is incorrect because endocrine glands actually begin developing early in gestation, not just in the third trimester. Choice B is incorrect as endocrine glands are not fully functional at birth; they continue to mature and develop after birth. Choice D is incorrect as a child's endocrine system has a significant impact on growth and development through the secretion of hormones that regulate various processes in the body, but it does not specifically address the difficulty in regulating glucose and electrolytes seen in infants.

2. What is the most common cause of shock (hypoperfusion) in infants and children?

• A. infection
• B. cardiac failure
• C. accidental poisoning
• D. severe allergic reaction

Correct answer: A

Rationale: Infection is the leading cause of shock in infants and children due to their heightened vulnerability to sepsis. Infants and children possess developing immune systems, rendering them more susceptible to infections that can progress to septic shock. While cardiac failure is a severe condition, it is not as commonly the primary cause of shock in this age group. Accidental poisoning, though a potential shock inducer, is less prevalent in infants and children compared to infections. Severe allergic reactions, though significant, are not as frequent as infections in precipitating shock in infants and children.

3. When administering IV fluids to a dehydrated infant, what intervention is most important at this time?

• A. Continuing the prescribed flow rate
• B. Monitoring the intravenous drop rate
• C. Calculating the total necessary intake
• D. Maintaining the fluid at body temperature

Correct answer: B

Rationale: Monitoring the intravenous drop rate is the most crucial intervention when administering IV fluids to a dehydrated infant. This ensures that the correct amount of fluids is being delivered to the infant at the appropriate rate. While continuing the prescribed flow rate (Choice A) may be important, it does not allow for real-time adjustments that may be necessary during the infusion. Calculating the total necessary intake (Choice C) should have been determined before initiating IV therapy. Maintaining the fluid at body temperature (Choice D) is important for patient comfort but is not as critical as ensuring the proper administration of fluids.

4. During a physical examination of a 9-month-old baby, the nurse observes a flat, discolored area on the skin. The nurse documents this as a:

• A. Papule.
• B. Macule.
• C. Vesicle.
• D. Scale.

Correct answer: B

Rationale: The correct answer is B: Macule. A macule is a flat, discolored area on the skin that is smaller than 1 cm in diameter. This term is used to describe conditions like freckles or petechiae. Choice A, Papule, refers to a small, solid, raised skin lesion (<0.5 cm) like a pimple. Choice C, Vesicle, describes a small blister filled with clear fluid. Choice D, Scale, refers to flakes or plates of dead skin that may be dry or greasy.

5. A healthcare professional plans to discuss childhood nutrition with a group of parents whose children have Down syndrome in an attempt to minimize a common nutritional problem. What problem should be addressed?

• A. Rickets
• B. Obesity
• C. Anemia
• D. Rumination

Correct answer: B

Rationale: Childhood obesity is a prevalent issue in children with Down syndrome due to factors such as decreased physical activity, slower metabolism, and potential overeating tendencies. Addressing obesity is crucial to promoting healthy lifestyles and preventing associated health complications. Rickets, a condition caused by a deficiency of vitamin D, is not commonly associated with Down syndrome. While anemia can occur in individuals with Down syndrome, obesity is a more common concern. Rumination, the regurgitation of food without nausea, is not a typical nutritional problem in children with Down syndrome.

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