Abstract

BackgroundRisks for living-liver donors are lower in case of a left liver donation, however, due to lower graft volume, the risk for small-for-size situations in the recipients increases. This study aims to prevent small-for-size situations in recipients using an auxiliary two-staged partial resection liver transplantation (LTX) of living-donated left liver lobes.Case presentationTwo patients received a two-stage auxiliary LTX using living-donated left liver lobes after left lateral liver resection. The native extended right liver was removed in a second operation after sufficient hypertrophy of the left liver graft had occurred. Neither donor developed postoperative complications. In both recipients, the graft volume increased by an average of 105% (329 ml to 641 ml), from a graft-to-body-weight ratio of 0.54 to 1.08 within 11 days after LTX, so that the remnant native right liver could be removed. No recipient developed small-for-size syndrome; graft function and overall condition is good in both recipients after a follow-up time of 25 months.ConclusionsAuxiliary two-staged partial resection LTX using living-donor left lobes is technically feasible and can prevent small-for-size situation. This new technique can expand the potential living-donor pool and contributes to increase donor safety.

Highlights

  • Risks for living-liver donors are lower in case of a left liver donation, due to lower graft volume, the risk for small-for-size situations in the recipients increases

  • One option to increase donor safety in adult-to-adult living donor Liver transplantation (LTX) is using only either the left or left-lateral liver lobe for transplantation

  • We aimed to investigate the safety and feasibility of liver hypertrophy techniques known from ALLPS procedure combined with an auxiliary LTX in a two-stage concept, which is technically demanding, but shifts potential risks from the donor towards the recipient [3]

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Summary

Introduction

Risks for living-liver donors are lower in case of a left liver donation, due to lower graft volume, the risk for small-for-size situations in the recipients increases. This study aims to prevent small-for-size situations in recipients using an auxiliary two-staged partial resection liver transplantation (LTX) of living-donated left liver lobes. In both recipients, the graft volume increased by an average of 105% (329 ml to 641 ml), from a graft-to-body-weight ratio of 0.54 to 1.08 within 11 days after LTX, so that the remnant native right liver could be removed. One option to increase donor safety in adult-to-adult living donor LTX is using only either the left or left-lateral liver lobe for transplantation. In this case, risks for recipients significantly increase, mostly due to an increased chance for small-for-size syndrome

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