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Nonoperative management of complete tracheal rings
Michael J Rutter1, J Paul Willging, Robin T Cotton
1Division of Pediatric Otolaryngology/Head & Neck Surgery, Cincinnati Children's Hospital Medical Center, OH 45229-3039, USA. mike.rutter@cchmc.org
Insights
Not all children with complete tracheal rings need airway reconstruction. Some minimally symptomatic patients experience airway growth and can avoid tracheoplasty with careful observation.
Area of Science:
- Pediatric Surgery
- Respiratory Medicine
- Congenital Anomalies
Background:
- Complete tracheal rings present significant airway management challenges in children.
- Most affected children require early tracheal reconstruction due to compromised airways.
Purpose of the Study:
- To evaluate if minimally symptomatic children with complete tracheal rings experience airway growth.
- To determine if airway observation can prevent the need for tracheoplasty in select cases.
Main Methods:
- Retrospective chart review of 10 children with complete tracheal rings over 10 years.
- Inclusion criteria: diagnosis confirmed by bronchoscopy, minimum 1-year observation period.
- Outcome measures: symptoms, bronchoscopic findings, airway size progression, and need for tracheoplasty.
Main Results:
- Five of 10 patients were minimally symptomatic, showed airway growth, and did not require tracheoplasty.
- Two patients required tracheoplasty due to worsening symptoms and minimal airway growth.
- Three patients remain under clinical observation, with uncertain future need for tracheoplasty.
Conclusions:
- Tracheoplasty is not universally required for all children with complete tracheal rings.
- Satisfactory airway growth can occur in some patients, obviating the need for reconstruction.
- Observation is a safe strategy to monitor airway growth and symptoms, potentially avoiding unnecessary surgery.
Background:
Children with complete tracheal rings are often challenging to manage. Most children will present early with a severely compromised airway and will require tracheal reconstruction.
Objective:
To show that a small number of minimally symptomatic patients with complete tracheal rings experience airway growth over time and do not require tracheoplasty.
Design:
A retrospective medical chart review over a 10-year period.
Setting:
A tertiary care pediatric hospital.
Patients:
Children (N = 10) with a diagnosis of complete tracheal rings, confirmed on bronchoscopy, who were observed for a minimum of 1 year prior to determining the need for tracheoplasty.
Main Outcome Measures:
Patient symptoms, bronchoscopic findings, airway size, and the progression of these over time. Other congenital anomalies, the reason for initial diagnosis, and the need for tracheoplasty were documented.
Results:
The 10 patients in our series fell into the following 3 categories: 5 patients were minimally symptomatic or asymptomatic, showed bronchoscopic evidence of progressive airway growth, and did not require tracheoplasty; 2 patients had worsening symptoms of exercise intolerance, showed minimal airway growth, and ultimately required tracheoplasty; and 3 patients are still being clinically observed and may eventually require tracheoplasty. Periods of observation have varied from 1 year to over 12 years.
Conclusions:
Not all patients with complete tracheal rings require tracheoplasty. Some have satisfactory airway growth and do not require airway reconstruction. A period of observation to monitor airway growth and clinical symptoms is safe and may spare some patients from undergoing unwarranted airway reconstruction.
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