Liver Posters

Tuesday July 03, 2018 from 16:30 to 17:30

Room: Hall 10 - Exhibition

P.904 Performing a right hemihepatectomy sequentially after DDLT– The solution for a large-for-size graft during liver transplantation: Case report

Sung Eun Park, Korea

general surgery
The Catholic University of Korea, Catholic Medical Center


Performing a Right Hemihepatectomy Sequentially after DDLT– The Solution for a Large-for-Size Graft during Liver Transplantation: Case Report

Sung Eun Park1, Young Chul Yoon2, Eun Young Kim1.

1Department of Surgery, Seoul St.Mary's hospital, Seoul, Korea; 2Department of Surgery, Incheon St.Mary's hospital, Incheon, Korea

Background: Large-for-size (LFS) is a serious problem that can develop during liver transplantation (LT) and is related to morbidities, such as insufficient blood supply, causing graft dysfunction or impractical closure of the abdominal wall leading to graft compression. LFS is usually discussed in pediatric LT and is often managed by reducing the size of the graft before implantation. In contrast, only few cases about managing unexpected LFS during adult LT have been reported, and no case has been reported after completing the vascular anastomosis.
Case Report: A 36-year-old, 43 kg woman underwent an emergency LT using a deceased donor, although the estimated graft/recipient weight ratio was 3.98 %. After completing the vascular anastomosis, a severe hepatic venous outflow obstruction from the graft developed due to the compression of the inferior vena cava from the hypertrophied right posterior lobe of the graft. We performed a right hemihepatectomy sequentially after LT, and hepatic blood flow recovered sufficiently based on a Doppler sonogram. The postoperative clinical course was uneventful without vascular or ductal complications, and the primary abdominal wall closure was successfully achieved without wound complications.
Conclusions: Performing a right hemihepatectomy sequentially after completing the vascular anastomosis during LT could be a very simple and effective solution for unexpected LFS during LT.

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