What is it?
When strictures from corrosive injury are very long, involve multiple segments, or keep recurring despite dilation, surgeons create a new passage for food rather than removing the extensively scarred esophagus.
Who is this for?
- Long or multiple esophageal strictures
- Strictures recurring despite repeated dilation
- Corrosive injury from acids or alkalis
- Cases too risky for direct removal of the scarred esophagus
How is the procedure performed?
- New food passage created using a colon segment or the stomach
- Conduit shaped into a tube
- Connected between the throat or upper esophagus and the stomach below
- Routed either retrosternally or through the original esophageal bed
What are the benefits?
Restored normal eating by creating a reliable new passage for food and liquids.
Avoids high-risk dissection through severely scarred, adherent tissue in the chest.
Uses the body's own tissue, giving the new conduit long-term durability.
Bypasses rather than removes the damaged esophagus, reducing operative risk.
Staged, careful feeding supports safe healing of the new connection.
Gradual improvement in swallowing as the reconstruction settles over time.
Particularly effective in children, supporting a return to normal, active life.
Reduces dependence on repeated endoscopic dilation sessions over time.
What should patients expect (risks & recovery)?
Because the survival of the new conduit depends entirely on maintaining its blood supply after it is moved into position, careful pre-operative assessment of the bowel segment used is essential. Recovery is gradual, with feeding reintroduced in careful stages under close monitoring, and swallowing function often continuing to improve over the following months as the reconstruction settles in. Care is planned individually, often involving surgeons, nutritionists, and speech or swallowing specialists, given how much these injuries and their repair vary between patients. Long-term follow-up remains important for years afterward to monitor the new conduit and manage any late narrowing at the connection points.
