Showing posts with label international kidney exchange. Show all posts
Showing posts with label international kidney exchange. Show all posts

Friday, October 1, 2021

Stanford celebrates Itai Ashlagi and the UAE-Israel kidney exchange

Here's a Stanford story celebrating Itai Ashlagi's role in this summer's UAE-Israel kidney exchange. (His matching software is embedded in the software suite of the Alliance for Paired Kidney Exchange (AKPD) which is a partner with a remarkable Abu Dhabi effort to further kidney exchange.)

Stanford engineers develop algorithm to aid kidney transplant exchanges. A historic and complex kidney exchange between Israel and Abu Dhabi put a spotlight on the Stanford algorithm that made it all possible. BY ANDREW MYERS.  AUGUST 12, 2021

"A historic kidney transplant exchange recently took place in the Middle East, but it might never have transpired without an algorithm developed at Stanford by Itai Ashlagi, a Stanford associate professor of management science and engineering, and his graduate student Sukolsak Sakshuwong. In all, three ailing recipients received life-sustaining transplants while three healthy donors gave kidneys.

...

"“One of the nice things in the software we developed is the user interface. We collect all the relevant patient data, but then we let the user play with the various thresholds that determine successful matches to see what works for them,” Ashlagi said as he explained the team’s game-like approach to matching. The software acts as a platform and allows different organizations to easily collaborate and create more possibilities for exchanges. “Just a few days ago, I was looking for matches and found an unexpected exchange between pairs from Israel and other European countries. Hopefully, this will lead to new collaborations.”


Itai’s software was used on both sides of that historic exchange between Abu Dhabi and Israel,” said Alvin Roth, Nobel Laureate and Ashlagi’s mentor and frequent collaborator, who was in Abu Dhabi in connection with the exchange.

"Roth says Ashlagi exemplifies the concept of scientist-engineer and is now a driving force in contemporary kidney exchange through both his deep understanding of the immunological issues of matching kidneys to patients and his intimate appreciation of the needs of transplant centers.

“He’s turned those practical theoretical insights into widely deployed digital tools with the power to change lives,” Roth added. “Having the chance to collaborate with him has been among the best experiences of my intellectual career.”

Thursday, September 30, 2021

Kidney Exchange between Israel and the UAE (in USA Today, yesterday)

 I spent a week in the UAE this summer, in connection with a three-pair kidney exchange between the UAE and Israel.  (The UAE is a natural hub for kidney exchange, something I'll say more about in subsequent posts.) Because there were some sensitivities about how it would be publicized, I've  refrained from blogging about it until now, but yesterday's front page story in USA Today met with just about everyone's approval, and so over the next few days I'll post some observations. Today I'll start with the USA Today story, which is gated, but can also be found ungated on Yahoo, here:

How three Jewish and Arab families swapped kidneys, saved their mothers and made history by Marco della Cava, USA TODAY, Wed, September 29, 2021 AM

"At a time when the world seems rife with division and discord, what happened on July 28 reminds how mutual survival often depends on shared humanity triumphing over historical differences.

"In this case, with the assistance of organ transplant experts in the United States, Israel and the United Arab Emirates, three pairs of kidney donors and recipients in Israel and the UAE saved each other in a series of choreographed, pay-it-forward surgeries known as a cyclic exchange.

...

"Just consider the logistics involved in the UAE-Israel exchange. A UAE daughter who was not a match for her mother volunteered to give her kidney to a stranger. An Israeli Arab woman was a match for that kidney, so her husband agreed to donate his kidney to save an Israeli Jewish mother – whose daughter in turn gave her kidney to the sick mother in UAE.

"“The reason we are excited about this is simply because the bigger the pool, the more likely you are to find matches,” says Dr. Michael Rees, a surgeon and founder of the Alliance for Paired Kidney Donation, a Toledo, Ohio-based nonprofit instrumental in making this politically groundbreaking kidney transplant chain a reality.

...

"Those communications, however, remain politically sensitive. When asked for comment, officials in the UAE focused less on the partnership with Israel and more on a general need for international cooperation.

"We are pleased that our innovative partnership with the Alliance for Paired Kidney Donation has allowed us to help our patients,” says Dr. Ali Al Obaidli, chairman of the UAE National Transplant Committee. He added that a collaborative spirit between countries can be used to “close the gap” for those in need of kidneys.

"The UAE donor daughter and recipient mother asked not to be identified by name or religion. Conversations with those involved in the cyclic exchange say kidneys donated outside the UAE generate negative reactions among some Emirati.

...

"This unique transplant chain began when the 60-something mother in the UAE found out in fall 2020 that she had kidney failure and would soon need to start dialysis or find a new kidney.

"Because her family members were not matches, Rees and his Alliance for Paired Kidney Donation team got to work finding a match, which also involved seeing where her daughter’s donor kidney might go.

"The first step was to plug all the relevant medical details into an algorithm ...

"Also crucial to the process was Roth's Israeli colleague Itai Ashlagi, who had developed software that could instantly mine his native country’s kidney database. While Israel had started to develop transplant relationships with Austria and the Czech Republic, he was excited about this new involvement with the UAE.

Better to exchange kidneys than bombs,” says Roth, adding that using computers to search the world for medical solutions radically increases the chances of patients getting help. “International boundaries are artificial markers. Kidney disease doesn’t care about that.”

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Here's the picture on the USA TODAY front page: Tamar Ashkenazi flew from Israel to UAE with an Israeli kidney, and flew back with the UAE kidney...


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Here's a USA Today 1-minute video collage of pictures and video accompanying the story:

Daughters from the UAE and Israel put differences aside to save lives in kidney exchange. Three pairs of kidney donors and recipients in Israel and the UAE saved each other in a series of pay-it-forward surgeries known as a cyclic exchange. by Harrison Hill, USA TODAY

I'll have more to say soon, and will link back and forth between posts to make the whole story accessible.

Thursday, September 2, 2021

Global Kidney Chains in PNAS by Nikzad, Akbapour, Rees and Roth

 Here's an article about extending kidney exchange globally. It's published as an open access article, so you can find the whole paper at the link.

Global kidney chains, by Afshin Nikzad, Mohammad Akbarpour, Michael A. Rees, and  Alvin E. Roth, PNAS September 7, 2021 118 (36) e2106652118; https://doi.org/10.1073/pnas.2106652118


Significance: Kidney failure is among the leading causes of death worldwide, and the best treatment is transplantation. However, transplants are in short supply because of shortfalls of transplantable organs and of finances. In the United States and some other countries, kidney exchange chains have emerged as a way to increase the number of transplants; patients who have a willing donor but cannot receive that donor’s kidney can each receive a compatible kidney from another patient’s intended donor. Such programs are much better developed within the borders of wealthy countries, which is of little help to patients in countries with limited kidney transplantation or exchange. This paper proposes and analyzes a way to extend kidney exchange chains to share the benefits globally.


Abstract: Kidney failure is a worldwide scourge, made more lethal by the shortage of transplants. We propose a way to organize kidney exchange chains internationally between middle-income countries with financial barriers to transplantation and high-income countries with many hard to match patients and patient–donor pairs facing lengthy dialysis. The proposal involves chains of exchange that begin in the middle-income country and end in the high-income country. We also propose a way of financing such chains using savings to US health care payers.

...

"Concluding Remarks: Since the beginning of the twenty-first century, kidney exchange at scale has developed from a largely academic idea initially implemented at a small scale (5, 37) to a standard mode of transplantation in the United States (with well over 1,000 exchange transplants in 2019) and in several other countries. This has been an important development, with many milestones along the way including, crucially, developments in the design and implementation of kidney exchange chains. However, these accomplishments have been victories in a war that we are losing. At the turn of the century, there were in the neighborhood of 40,000 patients on the US waitlist for deceased donor organs, and today, there are close to 100,000.‡‡ The situation is similar elsewhere in the wealthy world. Over the same period, there has been a growth of kidney disease as a cause of death around the world (as developing countries have made progress in combating infectious disease), and there have begun to be high-quality transplant centers in middle-income as well as in rich countries, which nevertheless face obstacles—including important financial obstacles—to increasing the number of transplants they are able to deliver.§§

"Before the development of kidney exchange, the organization of transplantation developed largely within the national boundaries of wealthy countries. It was primarily focused on deceased donor transplants, and the scarcity of organs meant that the concentration of effort within single countries did not have a large impact on the total number of transplants achieved. (There are well-established efforts to share deceased donor kidneys across national borders in limited circumstances.) With the growth of kidney exchange, there are now some preliminary explorations of coordinating across borders between countries with existing kidney exchange programs, primarily concentrating on looking for exchanges between hard to match pairs who have been left unmatched in the within-country kidney exchange. GKE opens up this possibility to a much larger part of the world, including countries in which unmatched patient–donor pairs may have had financial rather than immunological barriers, and so, may be easier to match with hard to match pairs. Additionally, because kidney exchange chains have amplified kidney exchange wherever they have been implemented, global exchange chains offer a way to bring these advantages to a much larger group of patients and donors.¶¶

"While Medicare aims to insure all Americans against kidney disease, the same cost savings described here could be employed to fund care for foreign patients who are uninsured, including those who are undocumented immigrants who may not have entered the country legally (but may nevertheless be long-term residents).##

"Notice that if an international exchange works perfectly—i.e., when all of the patients and donors involved have successful surgeries, have excellent follow-up care, and are restored to active, long-lasting good health—then it will be easy to see the exchange as just another example of the success of standard kidney exchange in which all patients are from the same country. However, if the pair from the developing country was to return home and have bad health outcomes, it would look a lot like badly arranged black market transactions, which are justly condemned. So, to make kidney exchange work between developed and developing countries, exceptional care will have to be delivered to the developing country donors and patients, particularly since patients in poor countries—like their compatriots who have never suffered from kidney disease—can be expected to have somewhat worse health outcomes than otherwise comparable people in rich countries, no matter what efforts are made to give them the best possible postoperative care. International exchange may also require increased vigilance, compared with domestic exchange, to ensure that donors are not coerced or otherwise exploited. Consequently, the first element of a successful design for GKC is the choice of reliable international partners able to provide excellent care for patients and donors, both prospectively and postoperatively.

"The other three design elements proposed and explored in this paper involve starting a chain in a foreign country and having a bridge donor continue it in the United States; using a LIFO queue policy on the pool of patients assembled by, for example, a coalition of self-insured companies responsible for paying for their care; and having those savings finance the otherwise unfunded additional costs (compared with an entirely domestic chain) in both countries. As we have shown, such a program could operate at a significant scale, comparable with the number of domestic patients presently beginning lengthy dialysis annually. GKCs thus appear to present a scalable approach to cross-border kidney exchange and to increasing the availability of transplantation globally. They have the potential to become at least a first step toward providing a global solution to the global problem of kidney failure."

 

Monday, June 7, 2021

Help for Danish kidney-exchange pairs, from a private foundation (while waiting for the health care system to cover international exchange)

 Yesterday I blogged about a particular global kidney exchange in which a Danish pair joined an American kidney exchange chain. Among the obstacles to be overcome were some of a financial nature: the Danish healthcare system declined to pay for a transplant outside of Denmark, even though no compatible kidney had been found in Denmark after several years of waiting.

The first part of the good news is that both the patient and donor are thriving, back home in Denmark.  The second part of the good news is that a private Danish foundation has stepped forward to help bridge some of the financial obstacles.

Mike Rees writes to me as follows:

"A Go Fund Me-type campaign in Denmark was initiated by a Newspaper advertisement placed by Claus Walther Jensen. Many small donations later, and a large donation from a wealthy businessman, Niels Due Jensen, himself a kidney transplant recipient, helped pay for Natacha’s transplant and associated expenses to come to the US. The APKD subsidized about $40,000 of their costs—including the donor’s lost wages, travel expenses, etc. After seeing the success, Niels Due Jensen established a fund with 5M Kroner per year for five years to support GKE for Danish citizens who cannot match in Scandinavia. See: https://www.ndjaf.dk/ ." 






The page opens with the story that was the subject of yesterday's blog:

"13 people died in 2019 on the waiting list for a new kidney in Denmark. In addition, 47 people were permanently removed from the waiting list because they had become too ill to receive a new kidney.

"This is because we in Denmark and Scandinavia have a fundamental shortage of donor kidneys. 
Natacha is one of the patients who should still have been on the waiting list if it was up to the Danish healthcare system. In the United States, a matching kidney was found in less than 2 hours."
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The site goes on to tell the larger story:
"Do we have a well-functioning kidney exchange system in Denmark?
...
"In Denmark, we are not skilled enough to optimize the supply of donor kidneys, which is partly due to the fact that we do not utilize the full potential of close friends and family who want to donate a kidney to their loved ones. This is because a donor kidney must "match" the recipient's tissue type and blood type in order for the recipient to benefit from the donor kidney.

"There will on average be a match for approx. 70% of cases, which means that in 30% of cases the donor does not have the opportunity to donate, which is a big waste - which can be partially avoided!

"For almost 20 years, so-called "kidney exchange systems" have existed abroad, which allow non-matching donors to indirectly help their loved ones, by donating to a pool (and thus to another person) so that one's loved ones in return receive a matching donor kidney from the same pool. With this, there are 2 or more "pairs" who exchange donor kidneys, so that all patients get a kidney that suits them.

"In Scandinavia, a "kidney exchange system" has now also been made, which is a major step forward. However, the system is not as efficient as in the USA, for example, where the pools of donor kidneys are much larger and thus also much more efficient. The system in the USA can therefore help those patients who cannot be helped via the Scandinavian system.

"So far, the Regions and doctors have chosen not to inform the Danish kidney patients about this possibility. In addition, Region H has in two cases refused to pay for Danish kidney patients who have been part of the kidney exchange system in the USA to have a transplant performed in the USA. The cost is approx. DKK 800,000 pr. person. The two patients have had the transplants completed in the USA by self-payment and collection from benevolent Danes, respectively. Both patients are well-functioning today and make a positive contribution to Danish society."
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And, to get to the point:
"Niels Due Jensen's non-profit foundation works to ensure that the Danish hospital system offers Danish kidney patients, approved for kidney transplantation in Denmark, who have a non-matching donor kidney, also approved for transplantation in Denmark, that they can be offered to join a foreign kidney exchange system and that the state will bear the costs associated with a transplant abroad. Of course, provided that the patient in question does not receive or is expected to be able to receive a donor kidney in Denmark within a reasonable time (one year).

"Until the Danish kidney patients get this right, Niels Due Jensen's non-profit foundation will donate up to 5 million every year DKK, to support people residing in Denmark who, based on an overall assessment of their own financial resources and health condition, have an urgent need for costly treatment for kidney transplantation, and possibly, for a transitional period, support the individual patient's convalescence."

I salute Mr. Jensen, and I look forward to the day when global kidney exchange will be a standard part of medical care to address the global problem of kidney failure.

Saturday, April 10, 2021

PhD-studentship at Durham University studying international kidney exchange

 Peter Biro forwards this announcement

PhD-studentship at Durham University in Cooperative Game Theory

Please find below details on a PhD-studentship in the Algorithms & Complexity Group (http://community.dur.ac.uk/algorithms.complexity/) at the Department of Computer Science of Durham University for the project: International Kidney Exchange: How to Ensure Stability?

The PhD-studentship provides full tuition fees and a maintenance grant for 42 months (£15,609 for 2021/2022) both for UK students and international students.

Deadline for applications: 10 May 2021 but the review of applications may close earlier if the PhD studentship is filled.

Starting date: 1 October 2021.

Project summary:  A kidney patient may have a willing donor, but a kidney transplant might not be possible due to blood- or tissue-type incompatibilities. However, patients and donors may be swapped after all patient-donor pairs are pooled together and one seeks to do this optimally (via a solution of a graph decomposition problem). We consider the situation where pools from multiple countries are merged. To keep an international kidney exchange program (KEP) stable, it is crucial that any proposed solutions will be accepted by all participating countries. The goal of this project is to research and improve stability of international KEPs using classical fairness concepts from Cooperative Game Theory. As such, the project has both a theoretical and experimental component.

The project involves a collaboration with the Mechanism Design Group, led by Dr Péter Biró, of The Centre for Economic and Regional Studies in Budapest (https://mechanismdesign.eu/).

Supervisory team: Prof. Daniel Paulusma (Durham, http://community.dur.ac.uk/daniel.paulusma/) and Prof. Matthew Johnson (Durham, http://community.dur.ac.uk/matthew.johnson2/)

Applications are welcomed from students with a first class degree or equivalent in Computer Science or Mathematics. Programming experience is essential.

To apply, please visit https://www.dur.ac.uk/study/pg/apply/. Applicants are encouraged to contact Daniel Paulusma at daniel.paulusma@durham.ac.uk<mailto:daniel.paulusma@durham.ac.uk> in advance of making an application.


Friday, August 7, 2020

Global kidney exchange between Abu Dhabi and Kerala (India)

Here is an article in the newspaper Malayalam Manorama, in Malayalam, the language spoken in Kerala, about a global kidney exchange between hospitals in Abu Dhabi in the United Arab Emirates, and in Kerala in India.

The url hints at the story: the exchange was between a Kerala hospital and a UAE hospital that both used kidney exchange software provided by Mike Rees's organization, the Alliance for Paired Kidney Donation (APKD), to identify the exchange, which was performed in India:


 
The article says SEHA Kidney Care Staff( Anan Purushothaman, Sheenamma Varghese , Siddiq Anwar) with Dr Mike Rees from Alliance For Paired Donation helped find a compatible  kidney donor in India via the “Global Kidney Paired Exchange”. Dr Feroz Aziz then successfully transplanted the two pairs.

Kim Krawiec, through a friend fluent in Malayalam, gives the following summary:

"The article goes on to say that Najla was in want of a kidney donor. Even though she had 3 of her relatives who were ready to donate none of them were compatible. She was asked to get in touch with the organisation called Alliance for Paired Kidney Donation, where they find donors all around the world using the latest technology. With the help of this organisation and the latest technology, not to mention the doctors and nurses she was able to find a compatible donor. At the same time Najma's mother was able to donate her kidney to the Abu Dhabi donor's husband. Now all are well and back to normal life."


Friday, July 31, 2020

Australia-New Zealand kidney exchange program

New Zealand and Australia are cooperating with cross-border, international kidney exchange.

The Australian has the story:
The chain gang
By RICKY FRENCH

"Facilitated by the Organ and Tissue Authority, the Australian and New Zealand Paired Kidney Exchange (ANZKX) has now given 42 people new kidneys since that first operation late last year. While paired kidney exchange has happened in Australia since 2010, this is the first true international collaboration. Eleven chains of operations occurred before Covid-19 stalled things in March, but recruitment into the program continues and there are six surgeries planned in Australia for August.
...
"[Linda] Cantwell is the ­Australian Red Cross ANZKX tissue typing scientist. She’s gatekeeper to the matrix of matches needed to link up potential pairs. There are currently 150 donors and 128 potential recipients in the pool, but for some people only one donor in 10,000 might be suitable. A computer program called OrganMatch runs the algorithms based on each person’s unique antibody profile and tissue typing, and potential matches from up to 300,000 different chains are produced."
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And here's a related story from Australia's Daily Telegraph:

Organ donation hit hard by COVID-19 global pandemic
by Jane Hansen

"The Australian and New Zealand Paired Kidney Exchange was suspended from March 6 and can only begin if and when travel restrictions lift.

"Deceased kidney and live kidney donor programs across Australia were also suspended from March 24 and only recommenced in May, blowing out waitlists.

"Liver, heart, lung, paediatric and multi-organ transplant programs have continued but are subject to case-by-case review by the National Transplantation and Donation Rapid Response Taskforce, which meets weekly to discuss the response to COVID-19, the Organ and Tissue Authority said.

"According to the latest figures for 2019, the families of 548 loved ones transformed the lives of 1444 Australians by agreeing to organ donation.

"In 2019, 1309 had the potential to be organ donors but just over half of those families agreed."

Sunday, July 5, 2020

Czech-Austrian and Swedish-Danish kidney exchange

Overcoming borders makes the market thicker.

Here's a paper on kidney exchange across between Austria and the Czech Republic from the most recent edition of Transplant International:

Crossing borders to facilitate live donor kidneytransplantation: the Czech-Austrian kidney paired donation program – a retrospective study 
Ondrej Viklicky1 , Sebastian Krivanec2 , Hana Vavrinova1 , Gabriela Berlakovich3 , Tomas Marada4 , Janka Slatinska1 , Tereza Neradova4 , Renata Zamecnikova4 , Andreas Salat3 , Michael Hofmann3 , Gottfried Fischer5 , Antonij Slavcev6 , Pavel Chromy4 , Rainer Oberbauer2 , Tomas Pantoflicek4 , Sabine Wenda5 , Elisabeth Lehner2 , Ingrid Fae5 , Paolo Ferrari7,8,9 , Jiri Fronek4 & Georg A. Bohmig

SUMMARY Kidney paired donation (KPD) is a valuable tool to overcome immunological barriers in living donor transplantation. While small national registries encounter difficulties in finding compatible matches, multi-national KPD may be a useful strategy to facilitate transplantation. The Czech (Prague) and Austrian (Vienna) KPD programs, both initiated in 2011, were merged in 2015. A bi-national algorithm allowed for ABO- and low-level HLA antibody-incompatible exchanges, including the option of altruistic donor initiated domino chains. Between 2011 and 2019, 222 recipients and their incompatible donors were registered. Of those, 95.7% (Prague) and 67.9% (Vienna) entered into KPD registries, and 81 patients received a transplant (95% 3-year graft survival). Inclusion of ABO-incompatible pairs in the Czech program contributed to higher KPD transplant rates (42.6% vs. 23.6% in Austria). After 2015 (11 bi-national match runs), the median pool size increased to 18 pairs, yielding 33 transplants (8 via cross-border exchanges). While matching rates doubled in Austria (from 9.1% to 18.8%), rates decreased in the Czech program, partly due to implementation of more stringent HLA antibody thresholds. Our results demonstrate the feasibility of merging small national KPD programs to increase pool sizes and may encourage the implementation of multi-national registries to expand the full potential of KPD.
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And here's a paper on kidney exchange between Sweden and Denmark:

De första njurbytena mellan två skandinaviska länder är gjorda
The first kidney exchanges between two Scandinavian countries are made
Scandinavian expansion of the renal exchange program STEP
Tommy Andersson, Professor, Lars Wennberg , Per Lindnér, Ilse Duus Weinreich, Karin Skov, Claus Bistrup

SUMMARY: The first kidney exchanges between two Scandinavian countries have been performed
This article describes the Scandinavian expansion of the previously described kidney exchange program STEP, and the first two exchanges performed between two Scandinavian countries late in 2019. All surgical procedures were performed simultaneously and / or coordinated at different hospitals in Scandinavia and the kidney grafts were transported between the participating units. Four weeks after surgery, all recipients had a good and stable kidney function and all donors had recovered.
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see earlier post:

Wednesday, December 25, 2019

Saturday, June 13, 2020

Kidney exchanges and Shapley values

Here's a paper aimed at thinking about kidney exchange cooperation among European national kidney exchange programs. The Shapley value here is applied to countries (not to patient-donor pairs as in some U.S. proposals), and the aim is to measure fairness of allocations with reference to Shapley values.


COMPENSATION SCHEME WITH SHAPLEY VALUE FOR MULTI-COUNTRY KIDNEY EXCHANGE PROGRAMMES
Peter Biro, Xenia Klimentova Joao Pedro Pedroso Marton Gyetvai  William Pettersson Ana Viana

ABSTRACT: Following up the proposal of (Klimentova, Viana, Pedroso and Santos 2019), we  consider the usage of a compensation scheme for multi-country kidney exchange programmes to balance out the benefits of cooperation.  The novelty of our study is to base the target solution
on the Shapley value of the corresponding TU-game, rather than on marginal contributions. We compare the long term performances of the above two fairness concepts by conducting simulations on realistically generated kidney exchange pools.

Wednesday, December 25, 2019

Scandia Transplant Kidney Exchange Program (STEP) takes its first steps

Here's a timely story of gift giving from the Karolinska University Hospital in Sweden:

Karolinska University Hospital part of the first kidney transplant program across Scandinavia – Scandia Transplant Kidney Exchange Program (STEP)
MON, DEC 23, 2019

"For the first time two kidney replacements have been performed involving donors and transplant patients who are part of the Scandinavian kidney exchange program STEP organized by Scandiatransplant.  The organization coordinates organ donations and transplants in Denmark, Estonia, Finland, Iceland, Norway and Sweden. During 2018 and 2019 Karolinska University Hospital performed and coordinated three STEP exchange programs with a total of six couples in cooperation with other hospitals in Sweden.
...
"Both kidney replacements performed during the autumn  involved two couples and  two other university hospitals in Scandinavia, says Lars Wennberg, Chief Physician and Patient Flow Manager Kidney Transplant at Theme Trauma and Reparative Medicine Karolinska University Hospital"

"STEP enables exchange of kidneys between medically accepted but immunologically incompatible donor-recipient pairs. A donor who wants to help a relative that needs a kidney donates anonymously to another unknown person in need of a kidney. In exchange, the next of kin receives a kidney from another recipient's kidney donor. Kidney changes can take place between two or more participating couples.

"Today, a total of 2261 people in the six countries that are included in STEP are waiting for a new kidney compared with 2208 in 2018. The ability to carry out kidney changes between the different countries means that we can shorten waiting times says Bo-Göran Ericzon, Chairman of Scandiatransplant and Professor of Transplantation Surgery Theme Trauma and Reparative Medicine Karolinska University Hospital.

"The necessary database to investigate immunological compatibility has been developed by Scandiatransplant, while the matching algorithm has been developed by Professor Tommy Andersson at the Department of Economics, Lund University in collaboration with Karolinska University Hospital."

Thursday, December 19, 2019

International kidney exchange between Israel and Czech Republic

The news embargo is over for last week's kidney exchange chain between Israel and the Czech Republic. (On the Israeli side, the necessary software was supplied by Itai Ashlagi, here at Stanford.)

Itai writes:
"Some background: in August 2019 there was an agreement between Israel and Czech republic to check the possibility of kidney exchanges. This was initiated by Prof. Eitan Mor from Israel  and Dr. Proniak from the Czech Republic and the whole operation was conducted by the national Israeli center for transplantation led by Dr. Tamar Askenazi and their counterpart in Czech republic."

The Israeli database contains a list of all pairs, and uses kidney exchange software donated to Israel by Itai Ashlagi and Sukolsak Sakshuwong.   Czech software was used in Prague to identify the chain.

Here's the story from News1 in Israel:

6 transplants thanks to the exchange of kidney donations between Israel and the Czech Republic

"At 5 a.m., two kidneys from two donors were removed from Beilinson Hospital. One kidney was packed in ice cooler and transported by ambulance to Ben Gurion Airport.

"About an hour after taking off from Israel, an operation to remove a Czech donor kidney was started at the Prague Hospital. At the same time, Bilinson's second kidney was transplanted, and surgery was performed to remove a kidney at Hadassah Hospital – which was transported by ambulance to Bilinson's transplant.

"At 12:30 the kidney cooler from Israel landed at the Prague airport. A vehicle was waiting by the plane and moved to the mirroring spot. At this point, Dr. Jiri Froniac, director of the Prague Transplant Program and Dr. Ashkenazi from Israel, met and exchanged documents while the coolers were [scanned].

"At the same time, the kidney from Hadassah Hospital was transferred to Beilinson for a transplant. An hour later, the Israeli plane took off from Prague back to Israel with a cooler containing the kidney from the Czech donor. The kidney came to the operating room in Hadassah and before the evening was transplanted in a patient.
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Diagram of the exchange between IKEM in the Czech Republic and Hadassah and Beilinson Hospitals in Israel
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Here's the story in the Jerusalem Post (I don't have a link yet, this is a picture):
And see this related older story about Itai Ashlagi's software:
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And here is the story in the Czech news, forwarded by Pavel Chromy.

Čeští lékaři poprvé provedli párovou výměnu ledvin s Izraelem
[Google translate: Czech doctors first performed paired kidney replacement with Israel]
"In the first half of December, doctors from the Prague Institute of Clinical and Experimental Medicine (IKEM) and two Israeli hospitals performed their first paired kidney exchange between the two countries. Three beneficiaries from the Czech Republic and three from Israel received the new authority. This is the first time a pair exchange has taken place with a non-European country, said IKEM director Michal Stiborek at a press conference."

Wednesday, November 21, 2018

Kidney exchange in Turkey, some recent reports

Here are an academic paper on the kidney exchange program at Baskent University, and a news story about a kidney exchange in Turkey between two Ukranian patient-donor pairs:

Our Experience with Paired Kidney Exchange Transplantation
Haberal, Mehmet; Akdur, Aydincan; Karakayali, Feza Yarbug; Ozcelik, Umit; Moray, Gokhan; Kulah, Eyyup; Inal, Ali; Torgay, Adnan; Arslan, Gulnaz
Transplantation: July 2018 - Volume 102 - Issue - p S499

"Seven pairs were matched from July 2015 to September 2017 and we performed 14 PKE (5 women, 9 men) transplants. Mean recipient age was 49.8±11.5 (range: 23-61) and mean donor age was 50.4± 12.4 (range: 38-64) years. Five of the donors were fathers, one of them was a mother, 3 were husbands and 5 were wives. Mean mismatch ratio was 5±1 (range: 3-6). Reason for exchange was ABO incompatibility for 10 patients and positive crossmatch and presence of donor specific antibodies for 4 patients. All were 2-way donations. Median waiting time for getting suitable donor after registration was 3 months. Two of the recipients were retransplanted and desensitization with plasmapheresis was needed for panel reactive antibody positivity. One patient underwent preemptive kidney transplant.
...
"ABO incompatibility continues to pose a serious problem for transplantation candidates, especially in kidney and liver transplants. Our small series shows that PKE transplantation is an alternative for patients without a viable living-related donor or deceased compatible donor organ."
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Kidney swap in Turkey offers new life to 2 Ukrainians
Coming from Ukraine, Valeriy Horobets, Viacheslav Shcherbyna undergo paired kidney exchange surgery in Istanbul, October 16, 2018

At Medicana International Istanbul Hospital ,
"Two Ukrainian citizens welcomed their new lives in Turkey after a cross-kidney transplant surgery in Istanbul."

Thursday, October 25, 2018

Building kidney exchange in Europe

Here's a report, in the journal Transplantation (the full published paper is available at the link at bottom):

Building Kidney Exchange Programmes in Europe – An Overview of Exchange Practice and Activities
Biró, Péter1; Haase-Kromwijk, Bernadette2; Andersson, Tommy3; Ásgeirsson, Eyjólfur Ingi4; Baltesová, Tatiana5; Boletis, Ioannis6; Bolotinha, Catarina7; Bond, Gregor8; Böhmig, Georg8; Burnapp, Lisa9; Cechlárová, Katarína10; Di Ciaccio, Paola11; Fronek, Jiri12; Hadaya, Karine13; Hemke, Aline2; Jacquelinet, Christian14; Johnson, Rachel9; Kieszek, Rafal15; Kuypers, Dirk16; Leishman, Ruthanne17; Macher, Marie-Alice14; Manlove, David18; Menoudakou, Georgia19; Salonen, Mikko20; Smeulders, Bart21; Sparacino, Vito11; Spieksma, Frits16; de la Oliva Valentín Muñoz, María22; Wilson, Nic23; vd Klundert, Joris24 on behalf of the ENCKEP COST Action

Transplantation: September 21, 2018 - Volume Online First

Update: here's the published reference and link:
Biró, P., Haase-Kromwijk, B., Andersson, T., Ásgeirsson, E. I., Baltesová, T., Boletis, I., ... & van der Klundert, J. (2019). Building kidney exchange programmes in Europe—an overview of exchange practice and activities. Transplantation, 103(7), 1514.

Monday, February 9, 2015

Mike Rees and reverse transplant tourism in the Toledo Blade

REVERSE-TRANSPLANT TOURISM: Kidney doctor pairs foreign, U.S. recipients
UTMC surgeon says program will save money in long run


Published: Sunday, 2/8/2015 

BY MARLENE HARRIS-TAYLOR
BLADE STAFF WRITER



Dr. Michael A. Rees helped a man from the Philippines who could not afford a transplant get a new kidney from an American donor.Dr. Michael A. Rees helped a man from the Philippines who could not afford a transplant get a new kidney from an American donor.
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Dr. Michael Rees, a University of Toledo Medical Center kidney transplant surgeon, has spent more than a decade developing ways to increase the number and quality of kidney transplants in the United States through a program he founded, the Alliance for Paired Donation.
Now Dr. Rees, who is also a professor of urology and pathology at the former Medical College of Ohio, is taking his expertise to focus on finding people in developing countries who don’t have the financial means for transplants, while increasing the number of kidneys available for U.S. patients.
Dr. Rees calls his new program reverse-transplant tourism.
A husband and wife from the Philippines, Jose and Kristine Mamaril, are the first participants to benefit from this innovative system that allowed Mr. Mamaril to receive a life-saving transplant in Toledo from an American donor in Georgia. His wife, who has a coveted blood type, reciprocated by donating a kidney to a man in Minnesota who previously would have had to wait years for a match.
According to the website Kidneylink, the average wait for people who need transplants and lack matching donors from their families varies between three and five years.
“In rich countries there’s not enough kidneys for people who have kidney failure, but there is plenty of money to pay for all the transplants. In poor countries, there’s lots of people that need kidney transplants and lots of available donors, but in poor countries they don’t have enough money,” Dr. Rees said.
This new program breaks down some of those barriers and helps bring people with the universal Type O blood into the U.S donor system, while helping someone from another country get access to free medical care.
One year of a kidney patient’s dialysis costs Medicare about $90,000, or nearly triple the $33,000 cost of a kidney transplant, Dr. Rees said. He argues his donor-matching system will ultimately save the federal government and private insurers money because it moves patients with kidney failure, also known as end-stage renal disease, off dialysis sooner.
“It is what health-care reform is all about. It increases access, so now poor people are getting access to transplantation. It reduces the cost of care and it improves the quality of care because a transplant’s a lot better than dialysis. The average person who gets a kidney transplant lives 10 years longer than if the same person had they remained on dialysis,” Dr. Rees said.
‘A miracle’
Mr. Mamaril, 31, had nearly given up hope of ever being able to afford a kidney transplant at home in San Pablo, in the Philippines’ Laguna province. He told his wife they could afford neither the transplant nor dialysis and tried to persuade her to give up on him and save their meager money to take care of their 8-year-old son.
The Mamarils are not poor by Philippine standards. Both college-educated, she is an accountant for Dunkin’ Donuts in Laguna while Mr. Mamaril had been operating a taxi business that transports passengers using motorcycles with trailers.
Everything changed for the family when he began to feel weak and dizzy in October, 2013 — a symptom of his kidneys failing. By the following January he started dialysis, but the couple had to borrow money from relatives to pay for it.
Mr. Mamaril, often speaking through an interpreter, said he worried constantly about how to pay for his expensive medical care. Dialysis or a transplant cost 10 times the family’s income, Dr. Rees said, and the Philippines has no public health system to help pay for transplants.

Jose Mamaril received a kidney from a donor in Georgia through the ‘reverse transplant tourism’ program. In return, his wife, Kristine, donated one of her kidneys, which did not match her husband, to a recipient in Minnesota.Jose Mamaril received a kidney from a donor in Georgia through the ‘reverse transplant tourism’ program. In return, his wife, Kristine, donated one of her kidneys, which did not match her husband, to a recipient in Minnesota.
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Mr. Mamaril sold his taxi, and he and his wife sold every piece of furniture in their home. His wife took her bank card to a pawn shop and agreed to have her future wages garnished to get money for his care. But it still wasn’t enough.
“They never gave up on me,” he said.
During one of his hospital visits Mr. Mamaril, who is Catholic, called out to God: “I’m going to go with you now.”
The only thing that kept him going was the thought that “my son needs me,” he said.
Then fate intervened.
Mr. Mamaril calls it a miracle. The doctor who had been treating him at the hospital in Manila, Dr. Siegfried Paloyo, had worked for a short time in the United States, where he met and befriended an associates of Dr. Rees. The mutual friend brought together the two kidney surgeons who were thousands of miles apart in different countries.
Finding right fit
Dr. Rees had developed the idea for his reverse-tourism transplant program, but he needed to find a developing country that had a medical structure in place to support ongoing care for kidney patients.
“The transplant infrastructure in the Philippines was well-developed and Don was an excellent doctor,” Dr. Rees said.
Dr. Rees asked Dr. Paloyo to find a couple who were struggling financially and whose kidney donor would have Type O blood, the universal-donor type that can be received by nearly anyone. He also preferred a kidney patient with Type A blood, because that person would match about 85 percent of the U.S. population.
Jose and Kristine Mamaril fit the description perfectly.
Dr. Rees raised $150,000 from private Toledo donors and invited the couple to come to UTMC to be his program’s first participants, but getting all the pieces in place for the exchange took several tries. After five different attempts to match Mr. Mamaril with an American donor, the couple finally arrived in Toledo on Dec. 3.
Mrs. Mamaril said there were several times during this harrowing ordeal that she thought, “This will never happen.”
Mr. Mamaril said his faith helped him get through the months of medical procedures, having his hopes dashed when donors didn’t match, and watching his family fall into abject poverty.
At 7:30 a.m. on Jan. 6, the three-way kidney exchange began. Mrs. Mamaril’s donor kidney was removed and sent to Minnesota. The kidney intended for Mr. Mamaril was removed from the man in Georgia and flown to Toledo.
By 4 p.m., Mr. Mamaril was in surgery receiving his new kidney. Sitting in a UTMC conference room two weeks later, he said he felt great.
“I’m so happy I get my new kidney. I still believe in God,“ he said.
Mr. Mamaril also had an opportunity to talk with his kidney donor via a video conference call between Toledo and Georgia.
“He said, ‘Thank you and I love you,’ ” Mrs. Mamaril said speaking for her husband.
Dr. Rees said he now has an even larger task ahead in trying to create a system where his reverse-transplant tourism program is sustainable.
He is working to convince private insurance companies this program will help more Americans get kidneys and save them money in the long term.
“The critical piece in all of this is I don’t yet have a commercial insurance industry who has agreed to give me $150,000 to do the next one. I have six commercial insurance companies who are interested, but this remains a simple act of charity until it becomes sustainable because the insurance industry recognized the value of the concept,” Dr. Rees said

Read more at http://www.toledoblade.com/Medical/2015/02/08/Kidney-doctor-pairs-foreign-U-S-recipients.html#sZwHDp26aqLsVF4F.99

An economist's perspective on transplantation--in Transplantation (the journal)

I have a paper in the latest issue of the journal Transplantation, discussing some approaches to current challenges facing transplantation.

I discuss ways to extend kidney exchange by initiating nondirected donor chains with some deceased donor organs, and by developing  international kidney exchange (along the lines of what Mike Rees calls  reverse transplant tourism). Reducing barriers to participation by transplant centers would also help (e.g removing financial barriers with some kind of standard acquisition fee) and removing barriers for enrolling easy to match pairs, including compatible pairs.  I also discuss ways to increase deceased donor registration, including priorities for donors, and providing other kinds of incentive for donation.

(this link will only get you to the first page; )

Here are some relevant passages from the rest of the paper:

"Extending the reach of kidney exchange

"One way to make kidney exchange accessible to more patients would be to simplify participation. Developing a standard acquisition charge for living donor kidneys  would remove some barriers that arise e.g. from different costs of nephrectomies at hospitals that may need to ship each other kidneys. And matching algorithms could be adjusted to guarantee hospitals that they and their patients won’t lose transplants or sacrifice patient care if they enroll all pairs in exchange (and not just hard-to-match pairs).17 Enrolling easy-to-match pairs, including compatible pairs, can be organized to help those pairs find better matches, and also makes it much easier to find matches for hard-to-match pairs.9, ,  Incentives for transplant centers to enroll their non-directed donors are already being implemented (a chain typically is terminated with a patient on the waiting list of a center that enrolled a non-directed donor).

"Another way to accomplish more transplants through exchange would be to allow some non-directed donor chains to be initiated with deceased donor kidneys1 which, properly organized, could facilitate more transplants and shorten the wait for deceased donor kidneys for all patients.

"Kidney exchange in the developed world could also be extended to patient-donor pairs from countries in which treatment for ESRD is essentially unavailable for large parts of the population.  Such patient-donor pairs could, for example, be invited to come to the U.S. to participate in kidney exchange , financed by the American taxpayer from the savings that result from removing an American from dialysis through receiving a transplant, which are more than sufficient to finance the additional surgeries.  (The bureaucratic obstacles to such exchanges and financial arrangements will be formidable, but the potential to aid both domestic and foreign patients is substantial.)

How else to increase donation?

"There remain many avenues other than kidney exchange through which the shortage of transplantable organs might be reduced.

"In the U.S., the scope for recovering many more transplantable organs from deceased donors seems somewhat limited for most organs, given current technology and recovery rates. But there is suggestive evidence that more frequent opportunities to register as a deceased donor would increase registration, and that the manner in which registration is solicited can influence rates of family consent for donation.

"There is growing consensus that donors should not face financial disincentives from donating, ,  and recent evidence that the costs borne by living donors are substantial enough to reduce donation in recessions. ,  There is consequently great interest in exploring ways to remove disincentives or provide inducements for donation.

"Several novel features of recent Israeli legislation are worth study.  Deceased donation is encouraged by giving registered donors and next-of-kin of deceased donors some priority to receive deceased donor organs. Living kidney donors are also reimbursed 40 days wages, at their own wage rate, to offset the costs of donation. Initial indications are that the new Israeli law is increasing donation.

"The most contentious part of the discussion of how to increase donation concerns cash compensation to donors, particularly living kidney donors. With the prominent exception of Iran, which specifically permits cash payments for kidneys , there does not appear to be a legal market for the purchase and sale of organs for transplant anywhere else, although illegal black markets are widely reported, and occasionally prosecuted.

"However the critical shortage of transplantable organs around the world prompts continual discussion of whether to relax the ban on cash compensation. For example, the March 2014 issue of the Journal of Medical Ethics devoted five articles to the subject, all by philosophers. While this discussion is too important to be left only to philosophers, neither can it be confined to the ongoing debate among transplant professionals, given the public resources devoted to transplantation and the important implications transplantation has for health policy.

"The arguments, pro and con, will already be largely familiar to those who follow this debate.  I will simply try to add some context to the discussion by noting that the ban on organ sales is not unique: other kinds of markets have also been banned in the past, and presently, and laws have changed over time.

"Of course, banning markets does not always end them: black markets for narcotics make clear that outlawing markets is simpler than abolishing them. In the United States, the manufacture and sale of alcoholic beverages was illegal from 1920 to 1933, during which time black markets for alcohol thrived. Less familiarly, an 1824 editorial in The Lancet comments on the black market in which medical schools bought cadavers for dissection from grave robbers, known as “resurrection men,” because the only cadavers that could legally be dissected were from executed murderers.  (The Anatomy Act of 1832 expanded the sources of legal cadavers for dissection in Britain.)

"Let’s call a transaction repugnant if some people want to engage in it, and others, who aren’t materially affected, don’t think they should be allowed to .

"By this definition, sales of kidneys are widely repugnant, as are (or were) the sale of narcotics, alcohol, and cadavers. But note that the ban on kidney sales is different from these other bans, since there is, or was, general disapproval of narcotics, alcohol, and dissection. But there is no similar disapproval of kidney donation and transplantation; it is only sales that are repugnant.

"This turns out not to be too unusual: a transaction that is not otherwise repugnant sometimes becomes so when money is added to the mix. For example, charging interest on loans was largely banned in medieval Europe, although loans were permitted. (The relaxation of that ban has had profound effects on the modern economy.)  Note that repugnance doesn’t only change in one direction—some transactions that used not to be repugnant are widely banned today. Indentured servitude, for example, is no longer legal in the U.S., although it was once a common way of purchasing passage across the Atlantic.41

"Some transactions are banned in some places and not others, e.g. those concerning sale of blood and blood products, and reproductive goods and services such as sperm, eggs, and surrogacy. Legal markets in some places and not others give rise to “fertility tourism,” and many countries that ban payment for blood plasma import plasma products from the U.S., where such payments are legal.

"The repugnance to kidney sales involves concerns about the identity and welfare of potential sellers. The same concerns cause many proposals for allowing some forms of compensation to address the need to avoid exploiting the poor and vulnerable, as existing black markets for kidneys are widely seen to do.  The debate on how to proceed seems likely to focus on removing disincentives to donate and providing incentives that are not seen as leading to coercive or exploitative situations. The debate can be furthered by identifying specific sources of repugnance, and considering how inducements could be structured to avoid them. , ,

"In the meantime, kidney exchange has proved to be a way of bringing some of the benefits of exchange to transplantation without running into the barrier of repugnance. So it seems promising to consider ways of extending its reach, as discussed above."

Wednesday, February 4, 2015

Mike Rees launches "Reverse transplant tourism" at the Alliance for Paired Donation

Philippine couple receives first operation in Reverse Transplant Tourism

NBC videos: https://www.youtube.com/watch?v=f1ZA3uQslFc 

"TOLEDO -- A couple from the Philippines is preparing to return to their country after undergoing life-saving transplant surgery here in Toledo.
They have been through an amazing journey so far. But the biggest accomplishment from their ordeal may be yet to come, and may benefit thousands of people around the world.
Jose is undergoing one of his last dialysis treatments before his kidney transplant. He is the first organ recipient in a pioneering program developed by University of Toledo Medical Center surgeon Dr. Mike Rees.
Being the first person to benefit from Revese Transplant Tourism, Jose is almost the ultimate lottery winner. "This has never happened before," said Dr. Rees. "And through a series of chance encounters, he’ll be the first to benefit from this."
Those encounters all began in the city of San Pablo, in the Philippines. In October, 2013, Jose’s kidneys began to fail. Dialysis or transplantation would cost ten times Jose’s income as a debt collector combined with that of his wife, Kristine, an accountant.
Jose was ready to stop treatments and resign himself to death. But his son, eight-year-old John, insisted he hold on.
“He asked, if you go through this surgery maybe we will be father and son again," Jose told NBC 24. "And you had to keep on going.”

In their hometown of San Pablo in the Philippines, Jose and Kristine sold their possessions. They sold their house. They even pawned their ATM card to pay for his treatments. And then, when they had used up all their resources, something like a miracle happened.”
Dr. Don Paloyo, Jose’s doctor in Manila, had been introduced to Dr. Rees through a mutual friend. Jose and Kristine had just the right pairing of blood types, and just the economic circumstance, to benefit from Dr. Rees’s program. “I said, you know, I think that’s the way for one of my patients to go," said Dr. Paloyo.
It took months to raise the needed 150-thousand dollars to pay for Jose and Kristine’s trip to America and arrange a series of organ donations.
Ultimately, Jose would receive a kidney from a donor in Georgia, Kristine would donate her kidney to a recipient in Minnesota. The Minnesota recipient had a willing kidney donor, been offered a kidney by an acquaintance, but they had at was an incompatible tissue match. So, instead that donated kidney will go to a recipient in Seattle.
The unique twist in Dr. Rees’ program is what makes it affordable. He is working to convince American insurance companies to pay for a transplant and follow-up care because the insurance companies will actually save money.
"You can pay for three kidney transplants for the cost of one patient to get dialysis," said Dr. Rees.
And recruiting a foreign donor makes sense because the cost of follow up care is less in countries like the Philippines.
"So the amount of money that we would have to put up to pay for an American to get a transplant would be significantly more than we would have to pay for a recipient in the Philippines," said Dr. Rees.
Dr. Rees calls his program Reverse Transplant Tourism. And in addition to saving private insurers enough to pay for itself, it could reduce the cost of treatment through Medicare by billions. "We’ve actually achieved a holy grail of health care reform," said Dr. Rees.
"It’s revolutionary," said Dr. Paloya. "It’s a game changer I think."
And for the poorest of poor patients around the world, it could also be a life-saver.

Dr. Rees’s Reverse Transplant Tourism program could require changes in current transplant laws, especially when it comes to making it eligible for Medicare or Medicaid insurance. But Rees and his foundation, the Alliance for Paired Donation, are working to lay the groundwork for that."

Sunday, December 28, 2014

Kidney transplantation in Kenya?

Kenya is one of the countries in which a diagnosis of kidney failure is largely a death sentence, since there is little treatment available.  At a meeting in Ohio, there were recently signs that maybe that will change, and that the reluctance to donate organs might be relaxed, and that possibilities of international kidney exchange can be explored:

Governor William Kabogo donates all his organs to those in need

"In his speech as the chief guest at a dinner at the University of Toledo hosted by Professor Michael Rees, Governor Kabogo said, ‘when I was invited to come to America by the UK group lead by kidney transplant patient and founder of Kidney Research Kenya Macharia Gakuru, I was not sure what exactly we were to achieve. Now my mind is very clear. Having met Prof. Michael Rees who runs Alliance for Paired Donation and has developed software in collaboration with Nobel Prize Winner Prof Alvin Roth, I believe we have a solution to the less fortunate in our society to have affordable dialysis and kidney transplant in our county level four hospitals.’

I have come to know that the American population and our population can have a cross match of their donors to make the best match depending on blood groups and tissue typing that our population will also benefit from the American technology and international funding that this may attract because of our difference in financing and insurance costing resulting in savings to American tax payers and gain to Kenyans. The thing we need to embark on now is to educate our masses. Organ donation is a taboo in our culture. I lead from the front and offer my organs in the event of my death to be harvested and used to save lives and research to improve our knowledge of science. We must be our brothers keeper,’ he said.

 In reply, ‘Prof. Michael Rees said, this gives a great opportunity to share our knowledge and expertise in areas of kidney pairing that can solve the problems in America as well fund as solution for kidney patients in Kenya.  The University of Toledo is prepared to help train doctors, nurses and people involved in this project to the international standards. We are looking forward to visiting Kenya and more so Kiambu County where we have prepared the grounds to start our pilot project with our partners in the UK and elsewhere in the world. ’

Dr. Jonah Mwangi who is Kiambu Health Minister said, ‘our next step is to get reliable statistics in our county to identify our incident rates of kidney failure. People don’t have to go to India anymore but we will find our own solution from within.’ "