StayCurrentMD · What Proportion of Children With Complex Oesophageal Atresia Require Oesophageal Lengthening Procedures?
Infographic1 min read·Published May 2024Older

What Proportion of Children With Complex Oesophageal Atresia Require Oesophageal Lengthening Procedures?

Infographic showing three surgical approaches for pediatric achalasia with success rates and outcomes

Infographic · May 2024 · 1 min read

In brief

In brief

Retrospective study of 215 esophageal atresia cases found that only 2% required lengthening procedures, with 97% retaining native esophagus through delayed primary anastomosis. Conservative management without lengthening achieved similar retention rates (78% in complex cases) with lower morbidity and no in-hospital mortality.

  • Only 2% of oesophageal atresia cases actually required lengthening procedures; 97% retained native oesophagus without lengthening.
  • Delayed primary anastomosis without lengthening achieved 78% native oesophagus retention in complex OA with lower morbidity.
  • Traction techniques led to salvage surgery in 2/25 cases, questioning routine use of oesophageal lengthening procedures.
  • Survival and outcomes for complex OA managed conservatively were identical to non-complex cases when anastomosis was achieved.

Written by the GCMD Library team from the infographic.

A three-column comparison layout with icons representing different surgical procedures. Each column contains statistical data presented with percentage bars and outcome metrics. The design uses a clinical color palette with blue and green accents to differentiate the three treatment approaches.

New infographic by Kim Priban from Journal of Pediatric Surgery

"What Proportion of Children With Complex Oesophageal Atresia Require Oesophageal Lengthening Procedures?"

Authors: Laura Phillips, Bruce Jaffray

Full article: 

Background

Babies with oesophageal atresia (OA) who cannot achieve a primary anastomosis (complex OA) may be treated by attempted oesophageal lengthening. We contrast reported outcomes of lengthening with our experience of managing complex OA.

Methods

A consecutive series treated in an English regional centre was completed. Outcomes of interest were the rate of retention of the native oesophagus, complications requiring thoracotomy, rates of anastomotic leak, stricture, fundoplication, and mortality. Possible explanatory variables were the surgical techniques applied.

Results

29/215 (13%) OA were complex, and 25/207 survived to repair. 14/25 (56%) had no distal fistula, pure OA, while 11/25 (44%) had a long gap with distal fistula. 18/25 (72%) had delayed primary anastomosis, while 7/25 (28%) required oesophageal replacement. However, 2 of the replacements were salvage procedures following failed traction. Only 4/207 (2%) of OA were potentially treatable by traction. Salvage surgery was required in 2/23 (9%) complex OA not subjected to lengthening. The native oesophagus was retained without utilising lengthening in 200/207 (97%). Amongst complex OA where traction techniques had not been attempted, the native oesophagus was retained in 18/23 (78%) of cases, with median time to oesophageal continuity of 77 days. There was no in hospital mortality following treatment of complex OA, and overall survival was identical to non-complex OA among cases surviving to anastomosis.

Conclusion

Management of complex OA without lengthening procedures leads a similar rate of retention of the native oesophagus as reports describing lengthening, but with significantly less morbidity. We see little need for oesophageal lengthening in the management of complex OA.

The text in the image

Pediatric Achalasia: Surgical Approaches | Heller Myotomy 78% Success | Esophageal Dilatation 45% Success | POEM 99% Success | Complication Rates | Training Requirements | Long-term Outcomes

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