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Tracheoplasty for tracheal stenosis in the pediatric burned patient
Insights
Surgical intervention using costal cartilage grafts successfully managed long tracheal stenosis in two pediatric patients following inhalation injury. Further long-term evaluation is needed to confirm this as a definitive treatment for extensive airway narrowing.
Area of Science:
- Pediatric surgery
- Otolaryngology
- Thoracic surgery
Background:
- Tracheal strictures historically treated with dilation or resection and anastomosis.
- Inhalation injuries can cause long tracheal stenosis in children.
- Limited surgical options exist for extensive pediatric tracheal stenosis.
Observation:
- Two pediatric patients presented with long tracheal stenosis secondary to inhalation injury.
- Previous treatments included dilation or resection and anastomosis, with limited success for long-segment strictures.
Findings:
- Successful surgical management of long tracheal stenosis using a costal cartilage graft in two pediatric patients.
- Both patients achieved an adequate airway post-surgery.
- Future surgical correction for subglottic stenosis is planned for both patients.
Implications:
- Costal cartilage grafting shows initial promise as a viable surgical option for long tracheal stenosis in children.
- Long-term outcomes are essential to validate this technique as a definitive treatment.
- This approach may offer an alternative for complex pediatric airway reconstruction.
Abstract:
Until recently, the only therapy available for a tracheal stricture has been repeated dilations of the stenotic area or resection and anastomosis. Upper-airway burns in the pediatric patient have occasionally resulted in tracheal stenosis. Two children with a long tracheal stenosis secondary to inhalation injury have been successfully treated surgically. A costal cartilage graft has been used in these two children in the management of a long tracheal stenosis. Both have an adequate airway, and future surgical correction of a subglottic stenosis is planned for both. The results, although initially successful, will need to be tested by time before they can be considered the definitive treatment for long areas of tracheal stenosis.