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Utilization of chest tube as an esophagus stent in pediatric caustic injuries: A retrospective study
Maryam Salimi1, Hamidreza Hosseinpour2, Reza Shahriarirad3
1Department of Orthopaedic Surgery, Shiraz University of Medical Sciences, Shiraz 7138433608, Iran.
Insights
This study introduces an esophageal chest tube (ECT) stent for pediatric caustic esophageal burns, offering an accessible and cost-effective solution. The novel ECT stent method demonstrated no complications and avoided the need for gastrostomy or jejunostomy in treated patients.
Area of Science:
- Pediatric Surgery
- Gastroenterology
- Medical Devices
Background:
- Pediatric caustic esophageal burns management remains controversial regarding optimal effectiveness, availability, and cost.
- Evolving treatment strategies necessitate innovative and accessible solutions.
Purpose of the Study:
- To describe a method for utilizing a chest tube as an esophageal stent in pediatric patients.
- To evaluate the feasibility and outcomes of this esophageal chest tube (ECT) stent technique.
Main Methods:
- Retrospective data collection on pediatric caustic esophageal injury over 10 years.
- Preparation and placement of a modified chest tube (esophageal chest tube - ECT) as a stent.
- Analysis of patient demographics, injury etiology, treatment, and follow-up for ECT stenting.
Main Results:
- Seven pediatric patients (mean age 2 years) with Grade IIB or III esophageal burns were treated with ECT stents.
- The ECT stent was inserted within a mean of 3.8 days for 5 patients, and later for 2 patients with delayed referrals.
- No complications or stent failures were observed; none of the 7 patients required gastrostomy or jejunostomy.
Conclusions:
- The esophageal chest tube (ECT) stent is a broadly available, economic, and easy-to-use option for esophageal stenting in pediatric caustic esophageal burns.
- This method is particularly suitable for resource-limited settings and emergency departments.
- Further multicenter studies are recommended to validate this technique with larger patient cohorts.
Background:
The management of caustic esophageal burns in the pediatric population has changed over the years, while the most optimal management with regards to effectiveness, availability, and cost-beneficent stays controvertible.
Aim:
To describe how to utilize a chest tube for esophageal stenting in pediatrics.
Methods:
Data regarding the etiology, treatment, and complications of caustic injury in pediatrics over 10 years was collected retrospectively. Furthermore, data regarding the patient's follow-up who underwent esophageal chest tube (ECT) were collected. The ECT was prepared by carving a narrowed section in the chest tube while maintaining the radiopaque section. The ECT will then be positioned from the cricopharyngeal and exited through the nostril and fixed on the patient's cheek.
Results:
During the period of our study, data from 57 patients with an average age of 2.5 years (range 1-12; SD = 1.7) were obtained. The results showed that 89% of esophageal injury was due to alkaline and 9.4% were caused by acidic agents. The treatment methods showed that 29 patients (50.8%) recovered with dilatation alone. In 16 patients (28.06%), the esophageal repair was performed by using the colon, and in 5 patients (8.7%), other surgical methods were used and in 7 patients (12.2%), the ECT stents were used. ECT was inserted in 7 cases with a mean age of 2 (range: 1.5-3) years who were classified as grade IIB or III. Grading was performed by endoscopy assessment on the first day. Antibiotics and corticosteroids were administrated as initial medical management for all patients. ECT implantation was done during the first 8 d for 5 out of 7 cases (mean: 3.8 d). For the 2 patients, ECT was used after 27 (patient 6) d and 83 (patient 7) d. The reason for late stenting in these patients was a postponed referral to our center, in which patient 7 even received 4 dilation episodes before visiting our center. ECT was removed after an average of 44 d in the first 5 patients, while in the other 2 patients (6 and 7) was 2 and 1 wk, respectively. There was no complication related to, or failure of, stent placement. It is worth mentioning that none of the 7 ECT cases required gastrostomy or jejunostomy.
Conclusion:
The ECT method introduced in our study can be used as a broadly available, economic, and easy-use facility for esophageal stenting, particularly in developing countries and emergency departments which have limited access to modern equipment. Further multicenter studies with higher volume patients are required for further deployment of this method.
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