A 3-year-old child diagnosed with influenza is experiencing … | 마이메르시 MyMerci
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문제

A 3-year-old child diagnosed with influenza is experiencing severe muscle aches, headache, and fatigue. The child's temperature is 101.8°F (38.8°C). Which nursing intervention should be prioritized to promote the patient's comfort and recovery?

해설
Administering antipyretics and encouraging fluids directly address fever and dehydration, the primary discomforts in influenza, promoting comfort and recovery. Other options are less effective or inappropriate for symptom management.
같은 주제 다음 문제A nurse is assessing a 45-year-old patient who was admitted with suspected influenza. Whic…

심화 해설

Correct Answer: 2. Administer prescribed antipyretic medication and encourage adequate fluid intake

Understanding the Priority Intervention

The child’s presentation of severe myalgia, headache, and fatigue alongside a temperature of 101.8°F (38.8°C) indicates significant discomfort and a systemic inflammatory response to the influenza virus. The primary goal of nursing management in this scenario is to reduce distress and support physiological stability. Fever is not just a number; it is a physiological state that increases the metabolic rate and insensible fluid loss. International guidelines emphasize that the main indication for antipyretic therapy in an otherwise healthy child is not the height of the fever itself, but the presence of fever-associated discomfort, which this child is clearly exhibiting [1]. Administering a prescribed antipyretic, such as acetaminophen or ibuprofen, directly targets the hypothalamic set-point to lower body temperature, thereby alleviating the associated muscle aches and headache. This action is a cornerstone of evidence-based practice, where the goal is to improve the child’s comfort level, not necessarily to achieve normothermia [2].

Simultaneously, encouraging adequate fluid intake is a critical, non-negotiable intervention. Fever accelerates insensible water loss through the skin and respiratory tract. Combined with the potential for reduced oral intake due to malaise, the child is at a high risk for dehydration. Maintaining hydration supports thermoregulation, preserves intravascular volume, and helps to thin respiratory secretions, which is beneficial in influenza. This dual approach of pharmacological comfort management and supportive hydration directly addresses the pathophysiological stressors and aligns with the principle of treating the child’s distress, as recommended by clinical guidelines [1][3].

Why the Other Options are Incorrect

Option 1: Encourage the patient to remain active and walk around the unit frequently to prevent complications.
This intervention is contraindicated during the acute febrile phase of an illness. The child’s severe fatigue and myalgia are physiological signals to conserve energy for the immune response. Activity increases metabolic demand, oxygen consumption, and heat production, which can exacerbate fever and discomfort. The priority is rest to facilitate recovery, not activity that could lead to exhaustion and a further rise in body temperature.

Option 3: Position the patient in a prone posture to improve respiratory function.
While positioning can be important for respiratory conditions, there is no evidence or rationale to support the prone position as a priority for a child with uncomplicated influenza. The child does not have a primary respiratory distress syndrome like ARDS. For general comfort, a position of the child’s choosing, often semi-Fowler’s or side-lying, is more appropriate. Forcing a specific posture on a distressed, aching child would increase discomfort and is not a standard intervention for this presentation.

Option 4: Restrict fluid intake to prevent nausea and vomiting associated with influenza.
This is a dangerous and incorrect intervention. While nausea can occur with influenza, the risk of dehydration from fever and reduced intake is far more significant and harmful. Fluid restriction would worsen dehydration, thicken secretions, and impair the body’s ability to dissipate heat. The correct nursing action is to encourage small, frequent sips of clear fluids to maintain hydration, not to restrict them [1][2].
References (research sources)
  • [1]
    Clinical Practice Guideline: The Outpatient Management of Fever in Children and Adolescents.GuidelineNiehues T, Krafft H, Schemmer J, Schwarz S, Möhler R, Martin D, Guideline Group on Fever Management in Children and Adolescents. (2026) · DOI: 10.3238/arztebl.m2026.0002
  • [2]
    Optimizing fever management in pediatric emergency medicine: pathophysiology, diagnostics, and evidence-based strategies.Research articleAlsabri M, Onyejesi CD, Patel A, Elewa M, Abady EM, Mohunsing R, Okolie CJ, Zehra SA, Lusinski E. (2025) · DOI: 10.1186/s12245-025-01014-y
  • [3]
    Paediatric Fever Management Practices and Antipyretic Use Among Doctors and Nurses in Australian Emergency Departments.Research articleMutic A, Tan RZ, Tan E, Fahey MC, Callander E, Haskell L, George S, Borland ML, Loftus N, Furyk J, Phillips N, Bourke J, Dalziel SR, Craig S, PREDICT Network. (2025) · DOI: 10.1111/1742-6723.70165

임상 시나리오

Pediatric Fever & Influenza: Comfort and HydrationPrioritizing interventions for a febrile child with systemic symptoms

The primary goal of antipyretic therapy in a child is to treat fever-associated discomfort (myalgia, headache, fatigue), not to normalize the temperature. Administer acetaminophen or ibuprofen at appropriate weight-based doses.

Fever increases insensible fluid loss through the skin and lungs. Combine antipyretics with active encouragement of oral fluid intake to prevent dehydration. Monitor for signs like decreased urine output (

핵심 개념

  • Antipyretic — Medication such as acetaminophen or ibuprofen used to reduce fever and alleviate associated discomfort like myalgia and headache.
  • Insensible fluid loss — Fluid loss that is not easily measured, occurring through the skin and respiratory tract, which increases significantly during fever.
  • Febrile response — A systemic reaction to infection where the hypothalamic set-point is raised, leading to increased body temperature, metabolic rate, and discomfort.
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