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Acquired oesophageal strictures in children: emphasis on the use of string-guided dilatations
1Department of Paediatric Surgery, Jordan University Hospital, Amman, Jordan. mohomari@hotmail.com
Insights
String-guided dilators (SGD) offer a safe and cost-effective method for treating pediatric esophageal strictures, reducing perforation risks. This approach proved successful in 84.2% of cases, highlighting its value in conservative management.
Area of Science:
- Pediatric Surgery
- Gastroenterology
- Otolaryngology
Background:
- Acquired esophageal strictures are a common pediatric surgical challenge.
- Treatment options include surgery or conservative dilatation.
- String-guided dilators (SGD) are underutilized but show promise.
Purpose of the Study:
- To report the experience with pediatric esophageal stricture management at Jordan University Hospital.
- To evaluate the efficacy and safety of string-guided dilators (SGD) in treating acquired esophageal strictures in children.
Main Methods:
- A retrospective review of 38 children with acquired esophageal strictures (Jan 1998-Jan 2006).
- Analysis of stricture etiology, treatment modalities, and outcomes.
- Specific focus on the utilization and complications of SGD in 18 patients.
Main Results:
- Corrosive strictures were the most common cause (47.3%).
- 84.2% of patients achieved successful dilatation; 5.3% experienced complications (perforations).
- SGD use in 18 patients, including 6 post-perforation, showed a safeguard against further perforations.
Conclusions:
- Tucker's dilators, with or without string, are safe and cost-effective for pediatric esophageal strictures.
- The use of string in dilators acts as a safeguard, reducing perforation risks.
- Conservative dilatation, particularly with SGD, is an effective treatment strategy.
Introduction:
Acquired oesophageal strictures are common in children. Treatment is either surgical or conservative by dilatations. String-guided dilators (SGD) are not well popularised. This is a report of the paediatric surgery experience at Jordan University Hospital on a group of 38 children, with emphasis on the use of SGD.
Methods:
Between January 1998 and January 2006, a total of 38 children (median age 3.2 years; range one month to ten years) with acquired oesophageal strictures were managed in the paediatric surgery unit. Main causes of strictures were corrosive strictures (18, 47.3 percent), post-oesophageal atresia repair (9, 23.6 percent) and post-hiatus hernia repair (4, 10.5 percent). SGD was used in 18 children, six following perforation and 12 classified as severe according to the established criteria. 14 were secondary to corrosive strictures.
Results:
There were 801 dilatation sessions with an average of 20.1 +/- 17.3 dilatation sessions per patient. Corrosive strictures were more severe, and required more dilatations per patient. The mean dilatation was 34.2 +/- 16.6 for corrosive strictures vs. 10.4 +/- 8.2 for non-corrosive strictures (p-value is less than 0.0001). 32 (84.2 percent) were successfully dilatated. Two are currently still under treatment and four failed conservative treatment after dilatation for one year. Two underwent oesophageal replacement and two refused surgery but continued to receive dilatation at 4-6 week intervals. SGD was used on 18 patients, six following perforation episodes. Two (5.3 percent) complications resulted in oesophageal perforations.
Conclusion:
Tucker's dilators, with or without string, are safe, cost-effective and the use of string is a safeguard against perforations.
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