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多米诺骨牌式配对和非同步链式配对在肾移植配对捐赠中的作用

The roles of dominos and nonsimultaneous chains in kidney paired donation.

作者信息

Gentry S E, Montgomery R A, Swihart B J, Segev D L

机构信息

Department of Surgery, Johns Hopkins University School of Medicine, Baltimore, MD, USA.

出版信息

Am J Transplant. 2009 Jun;9(6):1330-6. doi: 10.1111/j.1600-6143.2009.02622.x.

Abstract

Efforts to expand kidney paired donation have included matching nondirected donors (NDDs) to incompatible pairs. In domino paired donation (DPD), an NDD gives to the recipient of an incompatible pair, beginning a string of simultaneous transplants that ends with a living donor giving to a recipient on the deceased donor waitlist. Recently, nonsimultaneous extended altruistic donor (NEAD) chains were introduced. In a NEAD chain, the last donor of the string of transplants initiated by an NDD is reserved to donate at a later time. Our aim was to project the impact of each of these strategies over 2 years of operation for paired donation programs that also allocate a given number of NDDs. Each NDD facilitated an average of 1.99 transplants using DPD versus 1.90 transplants using NEAD chains (p = 0.3), or 1.0 transplants donating directly to the waitlist (p < 0.001). NEAD chains did not yield more transplants compared with simultaneous DPD. Both DPD and NEAD chains relax reciprocality requirements and rebalance the blood-type distribution of donors. Because traditional paired donation will leave many incompatible pairs unmatched, novel approaches like DPD and NEAD chains must be explored if paired donation programs are to help a greater number of people.

摘要

扩大肾配对捐赠的努力包括将非指定捐赠者(NDD)与不相容配对进行匹配。在多米诺骨牌式配对捐赠(DPD)中,一名NDD将器官捐献给不相容配对的受者,从而开启一系列同步移植,最终由一名活体捐赠者将器官捐献给在 deceased donor 等待名单上的受者。最近,非同步延长利他主义捐赠者(NEAD)链被引入。在一条NEAD链中,由一名NDD发起的移植链中的最后一名捐赠者被预留以便在稍后时间进行捐赠。我们的目的是预测这些策略中的每一种对配对捐赠项目两年运营的影响,这些项目也会分配一定数量的NDD。使用DPD时,每名NDD平均促成1.99例移植,而使用NEAD链时为1.90例移植(p = 0.3),或者直接向等待名单捐赠时为1.0例移植(p < 0.001)。与同步DPD相比,NEAD链并未产生更多移植。DPD和NEAD链都放宽了互惠要求,并重新平衡了捐赠者的血型分布。由于传统的配对捐赠会使许多不相容配对无法匹配,如果配对捐赠项目要帮助更多的人,就必须探索像DPD和NEAD链这样的新方法。

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