Nursing Elites

1. The healthcare provider is assessing the 'resilience' of a 16-year-old boy. Which exemplifies an external protective factor that may help promote resilience in this child?

• A. His ability to take control of his own decisions
• B. His ability to accept his own limitations
• C. His caring relationship with members of his family
• D. His knowledge of when to continue or stop with goal achievement

Correct answer: C

Rationale: A caring relationship with family members is an external protective factor that promotes resilience in individuals, especially in adolescents. This support system provides a sense of security, stability, and emotional connection, which can help the teenager navigate challenges and setbacks. Choices A, B, and D allude to internal factors related to personal decision-making, self-awareness, and goal management, which are important but do not directly represent external protective factors involving external relationships or resources.

2. A child with a diagnosis of asthma is being evaluated for medication management. What is an important assessment for the nurse to perform?

• A. Assess the child's sleep patterns
• B. Assess the child's dietary intake
• C. Assess the child's academic performance
• D. Assess the child's behavior at home

Correct answer: B

Rationale: Assessing the child's dietary intake is crucial in managing asthma as certain foods can trigger symptoms or exacerbate the condition. By evaluating the child's diet, the nurse can identify potential triggers, ensure the child receives proper nutrition, and help manage symptoms effectively. Assessing sleep patterns, academic performance, or behavior at home, while important in a holistic assessment, are not as directly related to managing asthma symptoms as dietary intake.

3. A healthcare professional is preparing a presentation for a parent group about musculoskeletal injuries. When describing a child's risk for this type of injury, the professional integrates knowledge that bone growth occurs primarily in which area?

• A. Growth plate.
• B. Epiphysis.
• C. Physis.
• D. Metaphysis.

Correct answer: B

Rationale: Bone growth primarily occurs in the epiphysis, which is the area where growth plates are located. The epiphysis is responsible for longitudinal bone growth. The growth plate, also known as the physis, is the cartilaginous region in the metaphysis where bone growth occurs. The metaphysis is the area between the epiphysis and diaphysis where bone lengthening occurs, but it is not the primary site of bone growth. Therefore, choices A, C, and D are incorrect.

4. A parent arrives in the emergency clinic with a 3-month-old baby who has difficulty breathing and prolonged periods of apnea. Which assessment data should alert the nurse to suspect shaken baby syndrome (SBS)?

• A. Birth occurred before 32 weeks’ gestation
• B. Lack of stridor and adventitious breath sounds
• C. Previous episodes of apnea lasting 10 to 15 seconds
• D. Retractions and use of accessory respiratory muscles

Correct answer: D

Rationale: Retractions and the use of accessory respiratory muscles are signs of respiratory distress in infants. These clinical manifestations can be associated with trauma, such as shaken baby syndrome (SBS), which can lead to severe head injuries and respiratory compromise. Birth before 32 weeks’ gestation (Choice A) is more related to prematurity complications rather than SBS. The absence of stridor and adventitious breath sounds (Choice B) may not be specific indicators of SBS. Previous episodes of apnea lasting 10 to 15 seconds (Choice C) alone may not be as concerning as the presence of retractions and use of accessory muscles in the context of a distressed infant.

5. A nurse is caring for an infant with phenylketonuria (PKU). What diet should the nurse anticipate will be ordered by the healthcare provider?

• A. Fat-free
• B. Protein-enriched
• C. Phenylalanine-free
• D. Low-phenylalanine

Correct answer: D

Rationale: A low-phenylalanine diet is necessary for infants with PKU because it helps prevent the accumulation of phenylalanine, which can result in brain damage. Fat-free (Choice A) and protein-enriched (Choice B) diets are not specifically indicated for PKU. While phenylalanine-free (Choice C) may seem logical, complete elimination of phenylalanine is not practical or safe as it is an essential amino acid. Therefore, the correct choice is a low-phenylalanine diet, which restricts phenylalanine intake to a safe level.

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