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Emergency Department—0900:
 A two-year-old toddler was brought in by parents due to concerns about the child's breathing. 
Parents report the child has a history of asthma and woke up today with a bad asthma attack.

Parents state the child has had a runny nose and occasional cough for 2 days and has not been eating or drinking well. Child is restless and crying intermittently while clinging to parent • Appears ill with a flushed face. A large amount of clear, thick nasal drainage from bilateral nares and marked nasal flaring were noted. • Oral mucosa pink and slightly dry.

Moderate to severe suprasternal and substernal retractions. • Bilateral wheezes in upper lobes throughout inspiration and expiration. •

Diminished breath sounds in bilateral bases: • Frequent dry hacking cough when crying. 
Pediatric Unit—1200:

 A two-year-old toddler was admitted from the emergency department due to exacerbation of asthma. • Child currently asleep in parent's arms but rouses easily when touched.

• Oral mucosa pink and moist. • No nasal flaring noted.

• Mid-substernal retractions noted.
• Mild bilateral expiratory wheezes auscultated in upper lobes with breath sounds diminished in bilateral bases. • No cough noted. • 02 at 2 l/min via nasal cannula.

0900: 
 Temperature: 38.3°C (100.90°F)
 • Heart rate: 130 bpm •

Respiratory rate: 40 breaths/min
 • Oxygen saturation: 88% on room air at 1200: • Temperature: 37–80°C (100–00°F) 
• Heart rate: 120 bpm •

Respiratory rate: 32 breaths/min
 • Oxygen saturation 94% on 2 L/min O₂ via nasal cannula

0900: 
Child appears ill with flushed face. 

Large amount of clear thick nasal drainage from bilateral nares. 

• Marked nasal flaring noted.

• Oral mucosa pink and slightly dry 

Moderate to severe suprasternal and substernal retractions. 

• Bilateral wheezes in upper lobes throughout inspiration and expiration.

• Diminished breath sounds in bilateral bases. 

• Frequent dry hacking cough when crying. 
1200: 

Child is currently asleep in parent's arms but rouses easily when touched. • Oral mucosa pink and moist. • No nasal flaring noted. • Mid-substernal retractions noted. • Mild bilateral expiratory wheezes auscultated in upper lobes with breath sounds diminished in bilateral bases. • No cough noted.

0900:

• Chest X-ray: Hyperinflation of lungs, no focal consolidation

 • Blood gas analysis: pH 7.35 (7.85-7.45), PaCO₂ 45 mmHg (35-45 mmHg),

PaO₂ 60 mmHg (80-100 mmHg), HCO₃ 24 mEq/L (22-26 mEq/L). 

1200: 
• Chest X-ray: No significant change from previous. 

• Blood gas analysis: pH (7.35-7.45), PaC02 42 mmHg  (35-45 mmHg), Pa02 75 mmHg (80-100 mmHg), HC03 24 mEq/L (22-26 mEq/L).

0900
 • Albuterol nebulizer treatment every 4 hours. 

• Prednisolone 2 mg/kg/day PO divided into two doses.

 • Oxygen therapy at 2 1-Imin via nasal cannula. 

• IV fluids at maintenance rate. 
1200: 
• Continue albuterol nebulizer treatment every 4 hours.

 • Continue prednisolone 2 mg/kg/day PO divided into two doses.

 • Continue oxygen therapy at 2 L/min via nasal cannula. 

• Continue IV fluids at the maintenance rate.


Which of the following findings should the nurse on the pediatric unit identify as an indication that the treatment plan is effective? (Select all that apply.)


Answer Options

Hint : Improving O₂ sats, fewer breaths, and clearer lung sounds = therapy working 🟢

Correct Answers:

  • Oxygen saturation
  • Respiratory rate
  • Breath sounds in bilateral bases


Rationale :

✅ C. Oxygen saturation

🌬️ Improved oxygen saturation is one of the most direct and objective signs that a child with respiratory distress is responding well to treatment.

🌬️ On admission (0900), the child had an oxygen saturation of 88% on room air, which is below the expected normal range for children (typically ≥95%). This indicates moderate hypoxemia requiring supplemental oxygen.

🌬️ By 1200, oxygen saturation had improved to 94% on 2 L/min via nasal cannula, showing positive response to bronchodilators, steroids, and oxygen therapy.

🌬️ Although not yet at baseline, this improvement reflects better gas exchange and alveolar ventilation, especially with decreasing respiratory effort and improving clinical presentation.

🔹 Clinical Insight: In asthma, oxygen saturation trends guide decisions about oxygen weaning and overall stability. An improving trend toward 95% and above supports therapeutic efficacy.

✅ D. Respiratory rate

📉 A decrease in respiratory rate is a key indicator of reduced respiratory distress and improved oxygenation/ventilation status.

📉 Initially, the child had a respiratory rate of 40 breaths/min, which is above normal for a toddler (normal range: ~24–30 breaths/min). This tachypnea reflected air hunger, fatigue, and increased work of breathing.

📉 By 1200, the respiratory rate decreased to 32 breaths/min, showing the child is less tachypneic, suggesting decreased airway resistance and improved gas exchange.

📉 While still mildly elevated, the improvement is significant and correlates with better clinical stability and comfort.

🔹 Clinical Insight: Respiratory rate is one of the first signs to improve with effective bronchodilator and steroid therapy in asthma management. A declining rate reflects relief from bronchospasm and reduced fatigue.

✅ F. Breath sounds in bilateral bases

🫁 On admission, breath sounds were diminished in bilateral bases, which is typical in asthma due to air trapping, mucus plugging, and lower airway constriction.

🫁 By 1200, although still diminished, the presence of mild expiratory wheezing (and the absence of the previous "marked wheezing throughout inspiration and expiration") suggests airflow has improved, and bronchodilator therapy is helping open the smaller airways.

🫁 The ability to auscultate more distinct breath sounds—even if still reduced—means that air is moving better, and lower lobes are being ventilated, which was not as evident earlier.

🔹 Clinical Insight: In asthma, improving breath sounds in previously diminished areas can indicate clearing of mucus, resolution of atelectasis, or opening of airways, even when wheezing persists.


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