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[Pediatric liver transplantation--experience at Schneider Children's Medical Center]
Eytan Mor1, Nathan Bar-Nathan, Ezra Shaharabani
1Department of Transplantation, Children's Gastroenterology Institute, Schneider Children's Medical Center, Petah Tikva, Israel. emor@clalit.org.il
Insights
Pediatric liver transplantation (LTx) using segmental grafts in Israel showed promising patient and graft survival rates. This approach enables LTx for children, with ongoing experience expected to improve outcomes.
Area of Science:
- Hepatology
- Pediatric Surgery
- Transplantation Immunology
Context:
- Pediatric liver transplantation (LTx) has advanced with segmental graft techniques.
- Living donor and split liver grafts from cadaver donors are key innovations.
Purpose:
- To report the initial experience with pediatric LTx at a specific center.
- Analyze graft and patient survival rates and complications.
Summary:
- Forty LTx were performed in 38 children (mean age 6.2 years) using whole or segmental grafts.
- At 40 months, patient survival was 81% and graft survival was 72.5%.
- Vascular complications (5% portal vein thrombosis, 15% hepatic artery thrombosis) and biliary issues (5% leaks, 15% strictures) were managed.
Impact:
- Segmental liver allografts facilitate pediatric LTx in regions like Israel.
- Accumulated experience and refined skills are crucial for enhancing future LTx results in children.
Background:
Introduction of segmental graft transplantation from living donors and split livers from cadaver donors has led to major advances in liver transplantation (LTx) in children.
Aim:
To report our initial experience with pediatric LTx performed at our center.
Methods:
Data collection on all children undergoing LTx between the years 1996-2003 including the analysis of the graft and patient survivals and reports of complications.
Results:
Forty LTx were performed in 38 children at the mean age of 6.2 years, including two retransplants. There were 15 whole liver allografts and 25 segmental grafts including: 12 living donor grafts, 5 splits and 8 reduced grafts from cadaver donors. At 40 months mean follow-up period, patient and graft survival were 81% and 72.5%, respectively. There was post-transplant mortality in seven cases--5 children died during the first month and two children passed away after 6 months (recurrent disease) and 14 months (metastatic tumor). Vascular complications included: one early and one late portal vein thrombosis (5%) and six cases of hepatic artery thrombosis (15%). In the latest group, 3 grafts were salvaged by thrombectomy and another 3 children underwent re-transplantation. There were two bile leaks (5%) and 6 bile duct strictures (15%). The bile-duct strictures were successfully corrected by surgery in one child and by transhepatic dilatation in another 4 children. One child remained with intrahepatic strictures in one of the two hepatic segments.
Conclusions:
The use of segmental liver allografts enables the performance of pediatric liver transplantation in Israel. Gathered experience and enhanced skills will ensure improved results over time.
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