Patient records:
Name: Anong
Age: 1 day
Nationality: Thailand
Diagnosis: Congenital esophageal atresia (Gross type III)
Treatment Hospital: Beijing Children's Hospital (National Children's Medical Center), Capital Medical University
Our esophagus, which was "disconnected" at birth, was reconnected across continents within 72 hours.
When Anon was born in a Bangkok hospital, the midwife noticed a terrible sign: large amounts of foam were constantly coming out of his mouth, and he couldn't swallow. When they tried to feed him for the first time, he immediately choked, had difficulty breathing, and turned purple. Doctors quickly diagnosed him with congenital esophageal atresia—his esophagus was a "dead end," with the upper and lower sections completely separated. Even more dangerously, the lower esophagus often had an abnormal "fistula" connecting to the trachea, causing stomach acid to reflux into the lungs, leading to fatal chemical pneumonia. This was an emergency requiring surgery within days of birth; otherwise, the infant would die from aspiration pneumonia and inability to feed.
Anon's parents were told that the local hospital had limited experience in treating such complex birth defects. In desperation, they found us through a network of Thai doctors. Anon was only 6 hours old when we received their request for help. We immediately activated the "Neonatal Emergency Transport Green Channel." Our medical team completed the handover with the Bangkok hospital within 4 hours, assessed Anon's transport conditions, and coordinated an international air ambulance equipped with a neonatal transport incubator, ventilator, and monitoring equipment.
In the initial phase of the service, our core tasks were "saving time" and "determining a plan." While arranging the transfer, we simultaneously transmitted Anon's esophageal contrast and echocardiographic images to the Neonatal Surgery Department of Beijing Children's Hospital, affiliated with Capital Medical University. This department is the absolute authority in China for thoracoscopic esophageal atresia primary anastomosis. Even before Anon's flight, the expert team had already confirmed the type of esophageal atresia through imaging and developed a minimally invasive surgical plan. We processed emergency medical visas for the family and arranged for a Thai translator to wait at the airport.
Anong was safely transferred to the NICU at Beijing Children's Hospital 36 hours after birth. Our coordinator accompanied the family through all the admission procedures, and the translator relayed the doctor's pre-operative conversation verbatim: "We will make three 3-millimeter incisions in the baby's chest wall, locate the two ends of the esophagus under thoracoscopy, and meticulously anastomose them like suturing blood vessels, while simultaneously ligating the tracheoesophageal fistula." This minimally invasive technique avoids the massive trauma of traditional open-chest surgery, but it demands extremely high skill from the surgeon. The surgery lasted 4 hours .
Anong's postoperative recovery went smoothly. Our nutritionist assisted Anong's mother in developing a detailed pumping and feeding plan, and guided her on early postoperative oral motor interventions to prepare her for future oral feeding. After discharge, we established a "Long-Term Follow-up Record for Esophageal Atresia Surgery," regularly reminding the parents to have esophageal contrast studies performed locally to rule out anastomotic stricture. We translated the reports and submitted them to experts in Beijing for evaluation. With a rapid 72-hour response and top-notch minimally invasive techniques, we opened the first channel of life for Anong.