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Endoscopic Esophageal Vacuum Therapy: A Novel Therapy for Esophageal Perforations in Pediatric Patients
Michael A Manfredi1,2, Susannah J Clark2,3, Steven J Staffa4
1Division of Gastroenterology.
Insights
Esophageal vacuum-assisted closure (EVAC) effectively treats pediatric esophageal perforations, showing higher success rates for surgical leaks compared to stenting. This novel technique offers a promising alternative for managing these critical conditions.
Area of Science:
- Pediatric Surgery
- Gastroenterology
- Medical Devices
Background:
- Esophageal perforation is a critical condition requiring prompt diagnosis and treatment.
- Negative-pressure wound therapy, adapted as esophageal vacuum-assisted closure (EVAC), is a newer approach for esophageal perforations.
- This study reports the first pediatric experience with a customized EVAC device.
Purpose of the Study:
- To assess the technical feasibility, safety, and efficacy of EVAC in pediatric esophageal perforations.
- To compare EVAC's efficacy against esophageal stenting in pediatric patients.
Main Methods:
- Retrospective chart review of pediatric patients undergoing EVAC (2013-2017) or esophageal stenting (2010-2017).
- Evaluation of technical success, safety, and healing rates for both treatment modalities.
- Comparison of EVAC and stenting outcomes, particularly for surgical anastomotic leaks and endoscopic therapy perforations.
Main Results:
- EVAC demonstrated an 88% success rate in sealing esophageal perforations in 17 pediatric patients.
- EVAC showed similar success rates for surgical (88%) and endoscopic (89%) perforation subgroups.
- Esophageal stenting had a 63% overall success rate, with significantly lower success for surgical anastomotic leaks (20%) compared to EVAC (P=0.032).
Conclusions:
- Esophageal vacuum-assisted closure (EVAC) is a promising technique for pediatric esophageal perforations.
- EVAC is comparable to stenting for endoscopic perforations and superior for surgical anastomotic leaks.
- Further research, including prospective studies and device refinement, is recommended to optimize EVAC therapy.
Background:
Esophageal perforation is a potentially life-threatening problem if not quickly diagnosed and treated appropriately. Negative-pressure wound therapy, commercially known as V.A.C. therapy, was developed in the early 1990s and is now standard of care for chronic surface wounds, ulcers, and burns. Adapting vacuum sponge therapy for use intraluminally for perforations of the esophagus was first reported in 2008. We report the first pediatric experience on a customized esophageal vacuum-assisted closure (EVAC) device for closure of esophageal perforations.
Aim:
To evaluate the technical feasibility, safety, and efficacy of EVAC in a pediatric population with esophageal perforations and compare efficacy to a cohort of patients who underwent stenting for esophageal perforation.
Methods:
We performed an institutional review board-approved retrospective chart review on all patients who underwent EVAC for esophageal perforations (October 2013-September 2017) and who underwent externally removable stent placement for esophageal perforation (January 2010-December 2017) at our institution. Our primary aim was to evaluate technical feasibility, efficacy, and safety in the treatment of pediatric esophageal perforations. A secondary aim was to compare the efficacy of EVAC to esophageal stenting in healing esophageal perforations in our pediatric population.
Results:
A total of 17 patients with esophageal atresia underwent therapy for esophageal perforation. Eight sponges were placed for surgical perforation and 9 were placed after endoscopic therapy perforation. The median age of patients was 24 months with the youngest patient being 3 months of age. The success rate of EVAC to seal all esophageal perforations was 88% (15/17). The success rate was similar in both subgroups: surgical anastomotic leaks at 88% (7/8) and endoscopic therapy leaks at 89% (8/9). There were no technical failures with placement. The stent group had a total of 24 patients: 19 were placed secondary to perforations from endoscopic therapy and 5 were placed secondary to surgical anastomotic perforations. The success rate of stents to seal all esophageal perforations was 63% (15/24). The success rate in the subgroups was 74% (14/19) for endoscopic therapy leaks and 20% (1/5) for surgical anastomotic leaks. In comparing success of EVAC and stent therapy, we found a statistically significant difference in favor of EVAC in healing surgical anastomotic perforations (P = 0.032). There was, however, no statistical difference in healing endoscopic therapy perforations (P = 0.360).
Conclusions:
EVAC is a novel, promising technique for the treatment of esophageal perforations in a pediatric population. This treatment is comparable to esophageal stenting in iatrogenic endoscopic therapy perforations and superior to stenting surgical perforations. Further prospective studies are needed to compare the effectiveness of EVAC to esophageal stenting. Improvement in device design and customization could further improve success and ease of placement.
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