A large 2.5 cm opening between the windpipe and the food pipe was Identified during the surgery, the doctors successfully reconstructed the child’s native food pipe
Chennai, August 11, 2026: Doctors at Dr. Mehta’s Hospitals have successfully treated a 1.5-year-old child who developed a rare, life-threatening complication following an earlier surgery for a congenital condition affecting the food pipe and windpipe. The highly complex reconstructive surgery was led by Dr. Raghul, Paediatric Surgeon, and assisted by Dr. Saravanan, with a dedicated multidisciplinary team comprising Dr. Kartigeyan (Anaesthesiology) and Dr. Sasidaran (Paediatric Intensive Care Unit). The procedure lasted for two-and-a-half hours.
The child, an NRI residing in the United Kingdom, was born with Tracheoesophageal Fistula (TEF), a congenital condition in which an abnormal connection forms between the oesophagus (food pipe) and the trachea (windpipe). This abnormal communication allows food and saliva to enter the lungs, resulting in recurrent aspiration, repeated episodes of pneumonia, severe respiratory distress and significant compromise to the child’s overall health.
Although the child had previously undergone corrective surgery in the United Kingdom, a rare and complex complication developed in the form of a recurrent tracheoesophageal fistula, where the abnormal connection reappeared. Several minimally invasive and invasive surgical attempts performed elsewhere were unsuccessful in closing the defect. The child family travelled to Chennai for the treatment at Dr Mehta’s Hospitals, Chetpet after a comprehensive evaluation at Dr. Mehta’s Hospitals, Dr. Raghul concluded that definitive open reconstructive surgery offered the best chance for long-term recovery.
The surgery, performed in June 2026, presented exceptional technical challenges because of extensive scar tissue within the chest resulting from multiple previous interventions. During the operation, the surgical team identified a large 2.5 cm defect connecting the windpipe and food pipe. The team meticulously separated the trachea from the oesophagus and repaired the airway using specialised techniques while ensuring uninterrupted oxygenation throughout the procedure. To strengthen the repair and minimise the risk of recurrence, the tracheal closure was reinforced using healthy pericardial tissue harvested from around the heart. The surgeons then successfully reconstructed the child’s native oesophagus, avoiding the need for complex oesophageal replacement procedures using the stomach or intestine.
“Recurrent tracheoesophageal fistula following previous surgery is an uncommon but extremely challenging condition due to extensive scarring and distorted anatomy. Careful pre-operative planning, meticulous surgical technique and close multidisciplinary collaboration enabled us to restore the child’s normal anatomy while preserving the native food pipe, which offers the best long-term functional outcome,” said Dr. Raghul, Paediatric Surgeon, Dr. Mehta’s Hospitals.
Following surgery, the child made an excellent recovery. Mechanical ventilatory support was gradually withdrawn, allowing the child to resume normal oral feeding without complications. The child was discharged in stable condition on the seventh post-operative day, on multiple follow-ups, the child continues to do well and remains completely asymptomatic. The child has demonstrated appropriate weight gain and is now able to consume a normal diet without any difficulty. Follow-up imaging has confirmed normal calibre of both the airway and the oesophagus, with no evidence of recurrent fistula or narrowing, indicating a sustained and favourable surgical outcome. The child flew back to the United Kingdom and recently celebrated his birth with his family.
This successful intervention highlights the importance of advanced paediatric reconstructive surgery, multidisciplinary expertise and timely clinical decision-making in managing rare and highly complex congenital conditions. With over 93 years of clinical excellence, Dr. Mehta’s Hospitals continues to deliver advanced, evidence-based and compassionate care for children requiring highly specialised surgical interventions.
(The above image is AI-generated and is for illustrative purposes only)