van Leeuwen Otto B, Brüggenwirth Isabel M A, Haring Martijn P D, Lantinga Veerle A, de Meijer Vincent E, Porte Robert J
UMCG, afd. Chirurgie, sectie Hepatopancreatobiliaire Chirurgie en Levertransplantatie, Groningen.
Contact: Robert J. Porte (
Ned Tijdschr Geneeskd. 2021 Mar 15;165:D5415.
In the Netherlands, the average quality of donor organs continues to decrease as a result of the increasing life expectancy, as well as higher incidence of obesity, diabetes mellitus, and other comorbidities in the general population. Storing donor organs on ice, the current standard practice, appears to be inadequate for preserving these high-risk donor livers. Consequently, an increasing number of donor organs is discarded for transplantation. Over the past years, a novel dynamic preservation technique using a machine perfusion device has been developed. Preservation by machine perfusion enables optimisation and viability testing of high-risk donor livers prior to liver transplantation. A large proportion of initially declined donor livers appeared to be suitable for transplantation after evaluation during machine perfusion. Testing of donor livers has led to a significant increase in the number of liver transplantations performed in the Netherlands. This technique has the potential for use in other organs, such as kidney allografts.
在荷兰,由于预期寿命增加以及普通人群中肥胖症、糖尿病和其他合并症的发病率上升,供体器官的平均质量持续下降。目前的标准做法是将供体器官保存在冰上,但这似乎不足以保存这些高风险供体肝脏。因此,越来越多的供体器官被废弃用于移植。在过去几年中,一种使用机器灌注装置的新型动态保存技术已被开发出来。通过机器灌注进行保存能够在肝移植前对高风险供体肝脏进行优化和活力测试。在机器灌注评估期间,很大一部分最初被拒绝的供体肝脏似乎适合移植。对供体肝脏的检测导致荷兰进行的肝移植数量显著增加。这项技术有可能用于其他器官,如同种异体肾移植。