Yes, pediatric liver transplant in Delhi is considered safe when performed at an experienced transplant centre by a specialised multidisciplinary team. Advances in surgical techniques, anaesthesia, intensive care, and post-transplant monitoring have significantly improved safety and long-term outcomes. Early diagnosis, timely surgery, and regular follow-up also play an important role in a successful recovery.

The most prevalent cause of a pediatric liver transplant is biliary atresia. Biliary atresia results in obstruction or injury to the bile ducts, which ultimately leads to liver damage. Some other causes include liver failure, liver diseases, PFIC (progressive familial intrahepatic cholestasis), Alagille syndrome, autoimmune liver disease, and some liver tumours.

Pediatric liver transplantation has excellent success rates. According to the OPTN/SRTR 2024 Annual Data Report, the 12-month patient survival rate is 95.7%, with a graft survival rate of 93.9% for deceased donor recipients. Outcomes are generally better when the transplant is performed at experienced centres with comprehensive follow-up care.

The majority of children will have very good long-term prospects following a successful liver transplant. With proper medication, follow-ups, and a healthy lifestyle, many children will grow normally, go to school, play sports, and maintain a full, active life. Early transplantation and good post-transplantation care will greatly increase long-term success rates.

Many children who undergo a successful pediatric liver transplant can live for decades with good liver function and an excellent quality of life. Life expectancy depends on the child's underlying condition, overall health, adherence to immunosuppressant medications, and regular medical follow-up. With proper care, many recipients reach adulthood and lead healthy, productive lives.

A pediatric liver transplant typically takes 6 to 12 hours, depending on the child's condition, the type of transplant, and surgical complexity. Following the procedure, the child is closely monitored in the intensive care unit (ICU) before being shifted to a regular hospital room for continued recovery. 

A liver donor may be a healthy living donor, usually a parent or close blood relative, or a deceased donor. Living donors undergo a thorough medical evaluation to ensure they are suitable for donation. Since the liver can regenerate, both the donor's remaining liver and the transplanted portion can grow over time. 

Most children stay in the hospital for 2 to 4 weeks after a pediatric liver transplant, depending on their recovery and overall health. The initial stay includes intensive monitoring in the ICU, followed by ongoing care to ensure the new liver is functioning well before discharge. 

There is no minimum age for a pediatric liver transplant. The procedure can be performed in infants, including newborns, when medically necessary. The decision depends on the child's liver disease, overall health, and whether transplantation offers the best chance of survival and long-term well-being.

To book a consultation with Dr. Abhideep Chaudhary, you can contact the IHPBLT Centre by phone or submit an appointment request through the website. During your consultation, Dr. Chaudhary and his team will evaluate your child's condition, review medical reports, and discuss the most appropriate treatment options, including whether a liver transplant is recommended.

The cost of a pediatric liver transplant in India varies depending on several factors, including the child's medical condition, the type of transplant (living or deceased donor), hospital stay, ICU care, medications, and post-operative follow-up. A detailed cost estimate is provided after a comprehensive medical evaluation.

Choosing the right pediatric liver transplant hospital in India can significantly impact your child's treatment and recovery. Look for a hospital with experienced transplant surgeons, a dedicated pediatric liver transplant team, advanced ICU facilities, and a strong track record of successful transplant outcomes.