Here's the accompanying White House FACT SHEET: Obama Administration Announces Key Actions to Reduce the Organ Waiting List
Here's the text of my five-minute speech (which I wrote out in advance, to stay on script and keep on time):
I post market design related news and items about repugnant markets. See my Stanford profile. I have a 2026 book : Moral Economics The subtitle is "From Prostitution to Organ Sales, What Controversial Transactions Reveal About How Markets Work."
Here's an interesting case report, from the innovative UCLA transplant center, about a kidney exchange chain actually, if not officially, initiated by a deceased donor.
With “reverse engineering” were some living donor kidney chains in actuality triggered by deceased donors? by Ariella Maghen and Jeffrey Veale, Clinical Transplantation, First published: 21 September 2021 https://doi.org/10.1111/ctr.14491
"Mr. M is a 58-year-old polycystic kidney disease patient waiting for a kidney transplant in the United States (US). Although his wife Mrs. M offered to donate her kidney to him, they were not a compatible match. While waiting to be “exchanged or swapped” with another donor/recipient pair facilitated by the National Kidney Registry (NKR), Mr. M received a rare offer for a “perfectly-matched” (zero-mismatch) deceased donor (DD) kidney. Only 5% of candidates receive a perfectly matched kidney from a DD; Mr. M accepted the offer and underwent transplantation in February 2020. Currently, his allograft is functioning beautifully, and he states never feeling better.
"One may think Mrs. M feels relief now and that she is “off-the-hook” to donate. But au contraire as she has completed the extensive donor evaluation and remains in the mindset to donate. Mrs. M's gratitude towards the DD family's gift to her husband motivated her to “pay-their-generosity-forward” and now donate her kidney.
"Mrs. M's donation performed on October 21, 2020, brings greater awareness to the concept of a DD triggered kidney chain, a relatively novel phenomenon in the United States.
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"This case elucidates how transplant chains, believed to be initiated by non-directed living donors, when reverse-engineered may in actuality have been triggered by DDs who were at the pole position. Although this may be one of the first reported cases, it is possible that other transplant centers have been encouraging the allocation of donors in this fashion. There are likely more living donors who may still want to donate their kidney even after their intended recipient received a DD transplant via “zero-mismatch” or “high-PRA” offers."
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Italy seems to be among the first places to formally follow up on the idea of deceased donor chains. See:
Transplant InternationalVolume 33, Issue 10 p. 1177-1184, Kidney exchange strategies: new aspects and applications with a focus on deceased donor-initiated chains, by Lucrezia Furian,Antonio Nicolò,Caterina Di Bella,Massimo Cardillo,Emanuele Cozzi,Paolo Rigotti First published: 09 August 2020 https://doi.org/10.1111/tri.13712
Summary: Kidney paired donation (KPD) is a valuable way to overcome immunological incompatibility in the context of living donation, and several strategies have been implemented to boost its development. In this article, we reviewed the current state of the art in this field, with a particular focus on advanced KPD strategies, including the most recent idea of initiating living donor (LD) transplantation chains with a deceased donor (DD) kidney, first applied successfully in 2018. Since then, Italy has been running a national programme in which a chain-initiating kidney is selected from a DD pool and allocated to a recipient with an incompatible LD, and the LD’s kidney is transplanted into a patient on the waiting list (WL). At this stage, since the ethical and logistic issues have been managed appropriately, KPD starting with a DD has proved to be a feasible strategy. It enables transplants in recipients of incompatible pairs without the need for desensitizing and also benefits patients on the WL who are allocated chain-ending kidneys from LDs (prioritizing sensitized patients and those on the WL for longer).
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"Melcher et al. [10] suggested merging DD programmes with KPD programmes in 2016, an idea explored more recently in a concept paper issued by the Organ Procurement and Transplantation Network (OPTN) [11].
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10 M. L. Melcher, J. P. Roberts, A. B. Leichtman, A. E. Roth, M. A. Rees Utilization of deceased donor kidneys to initiate living donor chains. Am J Transplant 2016; 16: 1367.
11Rock Haynes C, Leishman R. Allowing deceased donor-initiated kidney paired donation (KPD) chains. OPTN/UNOS Kidney Transplantation Committee. Concept Paper; July 31–October 2, 2017.
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Earlier:
Here's a new report from Italy on initiating kidney exchange chains with a deceased donor.* In Italy to date, 34 deceased donor initiated chains generated 84 transplants (34 from deceased donors and 50 from living donors), including 56 among incompatible pairs and 28 to candidates on the waitlist.
Furian L., Di Bella C., Maggiore U., Fiaschetti P., Partelli S., Feltrin G. Integrating Deceased and Living Donation: Long-Term Outcomes of the Italian Deceased-Donor-Initiated Kidney Exchange (DEC-K) Program AJT_ 26/7S1, Volume 26, Issue 7, S1. The cover date will be July 2026.
"Integrating deceased and living donation through deceased-donor (DD)-initiated chains can expand kidney transplant access in small paired exchange pools. The Italian DEC-K program allocates a DD kidney to initiate a chain (chain-initiating kidney, CIK) among incompatible living-donor (LD) pairs, ultimately returning a LD kidney to the national waiting list (WL). We report the first long-term national results of this donor organ allocation model.
"Methods: All DEC-K chains performed in Italy (2018-2025) were retrospectively analyzed. Recipients were stratified by kidney source (CIK vs LD).
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"Results: Thirty-four DEC-K chains generated 84 transplants (34 DD and 50 LD), including 56 among incompatible pairs and 28 to candidates on the WL. Donor withdrawal occurred once. Four chains were terminated early after CIK transplantation due to newly developed contraindications to donation. At a median follow-up of 60 months, 1- and 3-year graft survival was 100% in both groups, while patient survival was 97.1% for CIK and 98.0% for LD. Three CIK and one LD recipients died with functioning graft (suicide, sepsis, urothelial carcinoma, and acute myocardial infarction, respectively). One CIK recipient experienced graft loss after 40 months due to chronic rejection. Adjusted eGFR trajectories were comparable between CIK and LD (P = 0.48). Chain-ending kidney recipients, with 4 graft loss overall (1 antibody-mediated rejection and 3 vascular thrombosis), showed outcomes comparable to LD (P = 0.64 for eGFR; P = 0.57 for graft survival).
"Conclusions: The DEC-K program proved feasible, safe, and effective in expanding transplant opportunities for incompatible and hard-to-match patients."
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* Some earlier posts on deceased donor initiated chains:
I anticipate that we will be reading more in the future about kidney exchange chains started by a deceased donor kidney. In the meantime, here are two recent papers:
From the American Journal of Transplantation:
Deceased donors as non‐directed donors in kidney paired donation
This article has been accepted for publication and undergone full peer review but has not been through the copyediting, typesetting, pagination and proofreading process, which may lead to differences between this version and the Version of Record. Please cite this article as doi:10.1111/ajt.16268
As proof of concept, we simulate a revised kidney allocation system that includes deceased donor (DD) kidneys as chain‐initiating kidneys (DD‐CIK) in a kidney paired donation pool (KPDP), and estimate potential increases in number of transplants. We consider chains of length 2 in which the DD‐CIK gives to a candidate in the KPDP, and that candidate’s incompatible donor donates to the deceased donor (DD) waitlist. In simulations, we vary initial pool size, arrival rates of candidate/donor pairs and (living) non‐directed donors (NDDs), and delay time from entry to the KPDP until a candidate is eligible to receive a DD‐CIK. Using data on candidate/donor pairs and NDDs from the Alliance for Paired Kidney Donation, and the actual DDs from the Scientific Registry of Transplant Recipients (SRTR) data, simulations extend over two years. With an initial pool of 400, respective candidate and NDD arrival rates of two per day and 3 per month, and delay times for access to DD‐CIK of 6 months or less, including DD‐CIKs increases the number of transplants by at least 447 over two years, and greatly reduces waiting times of KPDP candidates. Potential effects on waitlist candidates are discussed as are policy and ethical issues.
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And from Transplant International:
Lucrezia Furian Antonio Nicolò Caterina Di Bella Massimo Cardillo Emanuele Cozzi Paolo Rigotti
First published: 09 August 2020 https://doi.org/10.1111/tri.13712
This article has been accepted for publication and undergone full peer review but has not been through the copyediting, typesetting, pagination and proofreading process, which may lead to differences between this version and the Version of Record. Please cite this article as doi:10.1111/tri.13712
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Abstract: "Kidney paired donation (KPD) is a valuable way to overcome immunological incompatibility in the context of living donation, and several strategies have been implemented to boost its development. In this article, we reviewed the current state of the art in this field, with a particular focus on advanced KPD strategies, including the most recent idea of initiating living donor (LD) transplantation chains with a deceased‐donor (DD) kidney, first applied successfully in 2018. Since then, Italy has been running a national program in which a chain‐initiating kidney is selected from a DD pool and allocated to a recipient with an incompatible LD, and the LD’s kidney is transplanted into a patient on the waiting list (WL).
"At this stage, since the ethical and logistic issues have been managed appropriately, KPD starting with a DD has proved to be a feasible strategy. It enables transplants in recipients of incompatible pairs without the need for desensitizing and also benefits patients on the WL who are allocated chain‐ending kidneys from LDs (prioritizing sensitized patients and those on the WL for longer)."
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Previous posts:
Kidney exchange in Italy is now making good use of deceased-donor initiated chains.
ABSTRACT
Using a deceased donor (DD) to initiate living-donor (LD) exchange chains can expand access to kidney transplantation in recipients with an HLA or ABO incompatible living donor. The Italian DD-initiated Kidney Paired Exchange (DEC-K) program uses a DD kidney to start a chain among incompatible pairs, ultimately returning a LD kidney to the waiting list. We report the first long-term analysis of this approach worldwide. All DEC-K chains performed in Italy between March 2018 and May 2025 were analyzed. Thirty-four chains generated 84 transplants (34 chain initiating kidneys CIK, 22 from LD, 28 chain-ending kidneys CEK) versus 17 transplants from conventional Kidney Paired Donation (KPD) program in the same period. Five-year outcomes were similar between CIK and LD recipients (eGFR slope: −2.0 mL/min/1.73m2/year, P=0.37; graft survival: log-rank P=0.28). While this approach diverts blood-group O DD kidneys from the general waiting list, potentially affecting non-sensitized candidates, it was designed to address the unmet needs of highly sensitized patients facing years of waiting. In the Italian setting, the DEC-K program successfully initiates LD chains from DD kidneys with outcomes equivalent to LD transplant; implementation should include monitoring of blood-group-specific outcomes and flexible design to accommodate healthcare system priorities.
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"DISCUSSION
The six-year DEC-K experience demonstrates that DD-initiated KPD chains are highly effective in small national pools such as Italy’s, which include about 70 incompatible pairs at a time. Because closed-loop exchanges rarely provide enough matches, especially for blood group O or highly sensitized recipients, open chains initiated by DDs can convert a single graft into multiple sequential transplants without simultaneous multi-center surgery. In our program, 34 DDs generated 84 transplants, corresponding to a threefold increase compared to conventional loops in the Italian KPD. Broader enrollment could further enhance impact, although participation remains limited by concerns about receiving a DD kidney while the paired LD proceeds, underscoring the need for transparent counseling and clear communication about outcomes and equity.
The rationale for DEC-K aligns with models proposed by Melcher and later implemented by Furian, in which a SCD kidney is allocated to an incompatible pair whose LD subsequently donates to another recipient, propagating the chain21, 23, 29. Similar donor-driven chains were pioneered in the United States, where Rees demonstrated that a single altruistic donor could initiate a ten-transplant sequence14. Mathematical modeling by Wang et al.23 supports this approach, showing that allocating just 2-3% of DD to initiate KPD chains could generate several hundred additional transplants annually, with maximum benefit for highly sensitized and blood-group O candidates23. In countries with rare or restricted altruistic donation and small KPD pools, such as Italy, DD initiation is the only practical way to generate compatible matches. Over the past decade, only ten non-directed donors enabled 30 transplants and unlocked 21 incompatible pairs, substantially fewer than DEC-K.
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Earlier: