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"Innovative multidisciplinary care in pediatric magnet aspiration: A case report"
Umar Mahmood1, Nabila Talat1, Wajeeh Ur Rehman1
1Department of Pediatric Surgery, The University of Child Health Sciences and The Children's Hospital, Lahore, Lahore - Kasur Rd, Nishtar Town, Lahore, Punjab, Pakistan 54000.
Insights
Magnet aspiration in children is a serious risk. This case shows rigid bronchoscopy is key for removal, but thoracotomy may be needed if initial attempts fail.
Area of Science:
- Pediatric Pulmonology
- Thoracic Surgery
- Emergency Medicine
Background:
- Foreign body (FB) inhalation is a critical pediatric emergency.
- Aspirated magnets present unique dangers due to their physical and magnetic properties, increasing risks of migration and tissue damage.
Observation:
- A 10-year-old girl experienced respiratory distress after a dislodged magnet migrated to the opposite main bronchus.
- Initial rigid bronchoscopy failed; the magnet was ultimately removed via right-sided thoracotomy.
Findings:
- Magnet inhalation is rare but poses significant management challenges.
- Successful removal required advanced techniques and surgical intervention (thoracotomy) after failed bronchoscopy.
Implications:
- Prompt diagnosis and intervention are crucial for managing airway foreign bodies.
- Rigid bronchoscopy is the primary treatment, with thoracotomy a necessary alternative for refractory cases.
- Multidisciplinary care and meticulous postoperative management are essential for favorable outcomes in complex magnet aspiration cases.
Introduction:
Foreign body (FB) inhalation is a potentially life-threatening condition in children. Magnets, being rare, aspirated objects, pose significant threat due to their physical and magnetic properties.
Case Presentation:
A 10-year-old girl with a history of magnet aspiration went into respiratory distress due to dislodgement of magnet to opposite main bronchus following failed attempt of removal via Rigid Bronchoscopy. Despite reattempts with advance techniques of removal, the foreign body removed via right sided thoracotomy. Post operatively, patient remained on mechanical ventilator, ultimately, discharging in stable condition with mild residual cough on follow-up.
Discussion:
Magnets as airway foreign bodies are rare and challenging to manage. Their magnetic properties increase the risk of migration, airway obstruction, and tissue damage. Early diagnosis and intervention, primarily via rigid bronchoscopy, are critical. In cases where bronchoscopy fails, thoracotomy remains a viable option. Multidisciplinary care is essential to address complications and ensure successful outcomes.
Conclusion:
This case highlights the importance of prompt diagnosis, timely surgical intervention, and meticulous postoperative care in managing complex airway foreign bodies. In challenging cases of magnet inhalation, rigid bronchoscopy is key, with thoracotomy needed in refractory situations.
