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Acute pulmonary edema after polyethylene glycol intestinal lavage in a child
Insights
Balanced electrolyte with polyethylene glycol (BE-PEG) intestinal lavage may cause acute pulmonary edema in children. Close monitoring is essential to prevent serious complications like respiratory distress after BE-PEG administration.
Area of Science:
- Pediatric Gastroenterology
- Critical Care Medicine
- Clinical Toxicology
Background:
- Balanced electrolyte with polyethylene glycol (BE-PEG) solutions are commonly used for intestinal lavage.
- Gastrointestinal lavage is a critical procedure for various medical conditions in pediatric patients.
Observation:
- An eight-year-old girl without prior cardiac or renal issues developed acute pulmonary edema and respiratory distress post-BE-PEG intestinal lavage.
- Symptoms included abdominal discomfort, emesis, coughing, tachypnea, and intercostal retractions following BE-PEG infusion.
- Physical examination and chest X-ray confirmed bilateral pulmonary edema, necessitating ventilatory support.
Findings:
- The patient required intubation and mechanical ventilation for 36 hours due to severe respiratory distress.
- Pulmonary edema developed shortly after BE-PEG administration, suggesting a potential causal link.
- No evidence of cardiac failure or sepsis was found, ruling out other common causes of pulmonary edema.
Implications:
- Clinicians should be aware of the potential for significant morbidity, including acute pulmonary edema, associated with BE-PEG solutions.
- Close patient observation for aspiration, rapid infusion, and gastrointestinal symptoms is crucial during and after BE-PEG administration.
- This case highlights the need for careful patient selection and monitoring, especially in outpatient settings, to mitigate risks associated with BE-PEG intestinal lavage.
Objective:
To report the case of an eight-year-old girl, without preexisting cardiac or renal disease, who developed acute pulmonary edema and severe respiratory distress after balanced electrolyte with polyethylene glycol (BE-PEG) intestinal lavage.
Case Summary:
During the nasogastric infusion of a one-liter dose of BE-PEG (OCL, Abbott), the patient experienced abdominal discomfort, gagging, vomiting and coughing. After the nasogastric infusion, the patient again had emesis, developed tachypnea, intercostal retractions, and acute respiratory distress. She received oxygen and subsequently required intubation and ventilatory support. Physical examination revealed pulmonary congestion bilaterally but no signs of cardiac failure or sepsis. Chest X-ray revealed bilateral pulmonary edema. Ventilatory support was continued for 36 hours and the patient was extubated after two days.
Discussion:
Enteral BE-PEG may have caused acute pulmonary edema secondary to aspiration or systemic fluid overload. Although the exact cause remains unknown, the close temporal onset of pulmonary edema after BE-PEG administration in an otherwise healthy child suggests a causal relationship.
Conclusions:
This case should alter clinicians to the potential for significant morbidity with BE-PEG solutions, particularly if used in outpatient settings. Patients who receive BE-PEG should be closely observed and monitored for potential aspiration, excessive infusion rates, and gastrointestinal symptoms to optimize efficacy and reduce morbidity.
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