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Tracheo-oesophageal fistula repair - in a proper specialist centre.

Neonatal repair of oesophageal atresia with tracheo-oesophageal fistula, and open, thoracoscopic or endoscopic treatment of acquired adult fistulae - delivered in dedicated UK paediatric surgical and cardiothoracic units.

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A radiographer guides a patient onto the bed of an advanced 3 Tesla MRI scanner in a London imaging suite

Indicative pricing

What private TOF repair costs in the UK.

Indicative ranges from our specialist centres. Firm figures with cover checked inside one working day.

In short

Neonatal thoracoscopic TOF/OA repair: £45,000–£75,000, NICU stay 7–14 nights.

ProcedureIndicative range
Neonatal open thoracotomy TOF/OA repair £38,000–£65,000
Neonatal thoracoscopic TOF/OA repair £45,000–£75,000
Long-gap oesophageal atresia - staged Foker or delayed anastomosis £70,000–£110,000
Adult acquired TOF - thoracic surgical repair £30,000–£50,000
Endoscopic stent placement for acquired TOF £8,000–£14,000
Post-repair oesophageal dilatation (per session) £1,800–£3,200
Multidisciplinary TOF clinic consultation £450–£750

Prices vary by centre, by neonatal versus adult pathway, and by whether staged long-gap repair or oesophageal replacement is needed. NICU stay, imaging and follow-up dilatation are usually included in the quote.

The problem

The centre matters as much as the operation.

TOF and oesophageal atresia are rare, complex, and belong in a small number of specialist centres. Volume, an MDT, and lifelong follow-up are the three markers of a good service.

  • National centres only

    Great Ormond Street, Alder Hey, Birmingham Children’s, Manchester - the small number of units that see enough cases to be excellent.

  • Thoracoscopy where the anatomy allows

    Avoids the chest wall deformity that follows classical thoracotomy in some children.

  • The TOF clinic runs for life

    Stricture, reflux, respiratory problems and Barrett’s risk need lifelong specialist follow-up, not just annual GP review.

The journey

From diagnosis to lifelong TOF clinic - what happens, in order.

One MDT sees you from imaging and transfer through theatre, NICU and long-term follow-up.

  1. 01

    Before

    You send the imaging and the story

    Antenatal scan findings, birth details, current oxygen and feeding, chest X-ray, echocardiogram, and any prior surgery for acquired cases.

  2. 02

    Before

  3. 03

    Before

    Anatomy and cardiac workup

    Chest X-ray with a radio-opaque tube, echocardiogram (a right-sided aortic arch changes the approach), renal and vertebral imaging for VACTERL screening, and bronchoscopy in adult acquired cases.

  4. 04

    Before

    Neonatal transfer and stabilisation

    For neonates: upper pouch on continuous suction, head-up nursing, ventilation strategy that avoids gastric distension, transfer to the specialist centre in a level-3 incubator.

  5. 05

    On the day

    Repair in theatre

    General anaesthetic. Right thoracotomy or thoracoscopy for neonates: division of the fistula and end-to-end oesophageal anastomosis. Adult repair uses thoracic, endoscopic or combined approaches.

  6. 06

    On the day

    NICU or HDU recovery

    Neonates: NICU 5–14 days, chest drain for 5–7 days, contrast study at day 5–7 before oral feeding. Adults: HDU one to three nights depending on approach.

  7. 07

    After

    Feeding, follow-up and the TOF clinic

    Anastomotic dilatation is common in the first year. Long-term reflux management. Multidisciplinary TOF clinic through childhood - chest, feeding, growth and voice.

Typical neonatal path: first 48 hours from birth to surgery. Adult acquired cases: 1–4 weeks to definitive repair.

When it helps

When TOF repair is the right step.

The presentations we see most, plus the red flag that means same-day specialist contact.

  • Oesophageal atresia with distal fistula (type C)

    The commonest pattern - 85% of cases. Blind upper oesophageal pouch, fistula from distal oesophagus to trachea. Newborn cannot swallow saliva.

  • Pure oesophageal atresia (type A)

    No fistula, long gap between the two ends. Delayed primary repair or Foker technique needed - a longer, more complex pathway.

  • H-type fistula (type E)

    Both oesophagus and trachea are intact but connected by a fistula. Presents later, with coughing on feeding and recurrent pneumonia.

  • Post-oesophagectomy anastomotic fistula

    An acquired fistula after oesophageal cancer surgery. Endoscopic stenting is first-line; surgical revision for persistent or complex cases.

  • Malignant tracheo-oesophageal fistula

    Erosion of an advanced oesophageal or lung cancer into the airway. Palliative dual-stenting (oesophageal and airway) is usually the right route.

  • Post-intubation and burn-related TOF

    Prolonged tracheal intubation or caustic ingestion can cause acquired fistulae. Reconstruction is complex, timed after inflammation settles.

  • Recurrent TOF after prior repair

    A recurrent fistula after infant repair, presenting years later with recurrent chest infections. Endoscopic or open re-repair by a specialist team.

  • Red flag: cyanotic episode with feeding

    A blue episode with any feed in an infant known to have had TOF, or unexplained coughing and infection in an adult with a stent - same-day contact with the specialist team.

Procedure options

Every option - from thoracoscopic neonatal repair to endoscopic adult closure.

The full menu, matched to age, anatomy and cause of the fistula.

  • Right thoracotomy repair (neonate)

    The traditional approach. Division of the fistula, mobilisation of the upper pouch, single-layer end-to-end oesophageal anastomosis. Reliable and reproducible.

  • Thoracoscopic repair (neonate)

    Three or four small ports through the right chest wall. Avoids the long-term chest wall deformity and scoliosis rate seen after thoracotomy - where anatomy allows.

  • Delayed primary anastomosis (long-gap OA)

    Gastrostomy and cervical spit fistula early; primary anastomosis at 8–12 weeks once the pouches grow enough to meet.

  • Foker traction technique

    External traction sutures placed on both oesophageal ends encourage growth toward each other over several days, enabling primary anastomosis in long-gap cases.

  • Oesophageal replacement

    Gastric pull-up, colonic interposition or jejunal interposition - for very long-gap OA that cannot be bridged, or after failed primary repair.

  • Adult thoracic surgical repair

    For acquired benign TOF - right thoracotomy, division of the fistula, primary closure of the airway and oesophagus, muscle flap interposition to prevent recurrence.

  • Endoscopic and hybrid closure

    Fibrin glue, over-the-scope clips or stent placement for small fistulae or in palliative settings. Combined with surgery where needed.

  • Dual airway and oesophageal stenting

    For malignant fistula - palliation of aspiration and dysphagia when curative resection is not possible.

Safety and recovery

What to expect afterwards - honestly.

TOF repair is one of the great modern paediatric surgical stories, but stricture, reflux and respiratory issues run for years, not months.

  • GA and airway management

    Anaesthesia for a neonate with TOF is specialist work. A paediatric cardiothoracic anaesthetist protects the airway and prevents gastric distension until the fistula is divided.

  • Anastomotic leak

    Leak occurs in 10–20% of neonatal repairs; most settle without reoperation. Contrast study at day 5–7 confirms integrity before feeding is started.

  • Anastomotic stricture

    Around 30–50% of TOF-OA repairs need at least one endoscopic dilatation in the first year. This is expected, not a failure of the operation.

  • Recurrent fistula

    Recurrence occurs in around 5–10% of neonatal cases. Endoscopic closure is often successful; occasional cases need re-thoracotomy.

  • Reflux and tracheomalacia

    Almost all TOF children develop some reflux; some need fundoplication. Tracheomalacia causes barking cough and blue episodes and, when severe, needs aortopexy.

  • Long-term respiratory issues

    Recurrent chest infections and reduced lung function are described into adulthood. Vaccination, physiotherapy and specialist respiratory follow-up matter.

  • Feeding, growth and swallowing

    Speech and language therapy involvement is standard. Growth catches up over the first two years in most infants.

  • Adult acquired TOF outcomes

    Surgical closure of a benign acquired TOF succeeds in over 80% of cases when done in specialist centres with muscle-flap interposition.

  • Red flags after discharge

    Any cyanotic episode with feeding, coughing after every swallow, spreading redness of the wound, or new breathlessness - same-day contact with the specialist team.

Reading your operation note

Your operation note in four parts. Read the last one first.

Whichever approach was used, the note the specialist surgeon sends you keeps to the same shape.

A UK consultant paediatric surgeon reviewing a post-repair contrast study

A quiet reminder

Medical language is precise and can read coldly - we translate it for you.

If you would like us to talk you through the operation note and the contrast study before your review, just ask.

  1. 01Header

    Anatomy, approach and repair

    Type of atresia and fistula, approach (open right thoracotomy or thoracoscopy), and the anastomosis performed.

  2. 02Technique

    Fistula division and tissue interposition

    How the fistula was divided, closure of the tracheal end, and any muscle or pleural flap used to separate the airway and oesophagus.

  3. 03Findings

    Gap length and tension

    Distance between the pouches, tension on the anastomosis, presence of a right-sided aortic arch or associated anomalies.

  4. 04Impression

    Feeding, follow-up and TOF clinic

    Read this first: the feeding plan, contrast study day, dilatation and stricture policy, and the TOF clinic follow-up schedule.

Recognised by major UK insurers

BupaAXA HealthVitalityAvivaWPACignaHealixBupaAXA HealthVitalityAvivaWPACignaHealixBupaAXA HealthVitalityAvivaWPACignaHealix

TOF repair is usually covered as specialist paediatric or thoracic surgery.

Frequently asked

Everything we get asked about TOF repair.

Quick answers on timing, thoracoscopic versus open, long-gap OA, adult acquired fistulae and cost.

  • When is tracheo-oesophageal fistula repair done after birth?

    Most neonates with oesophageal atresia and TOF are stabilised and taken to theatre within the first 24–48 hours of life. Early repair prevents gastric distension, reflux of acid into the airway and aspiration pneumonitis. Very small or unwell babies may be temporised with fistula ligation or a gastrostomy first.

  • What is the difference between open and thoracoscopic repair?

    Open thoracotomy is the traditional route - a small incision on the right side of the chest between the ribs. Thoracoscopic repair uses three or four small ports and avoids the long-term chest wall deformity and scoliosis that some children develop after thoracotomy. Not every anatomy or every centre fits thoracoscopic repair; we are honest about which is right for your baby.

  • What is long-gap oesophageal atresia?

    A gap between the two oesophageal ends greater than about 3 cm, most often seen with pure OA (type A). Primary anastomosis is not possible on day one - options include delayed anastomosis at 8–12 weeks, the Foker traction technique to encourage growth of the pouches, or, if all else fails, oesophageal replacement using stomach, colon or jejunum.

  • What is a TOF clinic and why does it matter for life?

    Even after excellent repair, children with TOF often have anastomotic strictures, reflux, tracheomalacia, feeding problems and - into adulthood - a higher rate of Barrett’s oesophagus and respiratory issues. A dedicated multidisciplinary TOF clinic (surgeon, respiratory, gastroenterology, speech and language) coordinates all of this in one visit rather than five.

  • How is an acquired adult TOF treated?

    Adult acquired TOF - from prior surgery, prolonged intubation, malignancy or caustic ingestion - is managed by a specialist thoracic and upper-GI team. Options include endoscopic stenting, endoscopic closure devices, surgical division with tissue interposition or, in malignant cases, palliative dual-stenting of the airway and oesophagus.

  • How much does private TOF repair cost in the UK?

    Neonatal open TOF/OA repair is roughly £38,000–£65,000 and thoracoscopic repair £45,000–£75,000. Long-gap staged repair is £70,000–£110,000. Adult acquired TOF surgical repair is £30,000–£50,000 and endoscopic stenting £8,000–£14,000.

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