AI Article Synopsis

  • - Donation after circulatory death (DCD) donors make up over 30% of organ donors in the U.S., but they result in fewer successful organ transplants compared to donation after brain death.
  • - A cost comparison study showed that acquiring livers from DCD donors costs $15,029 more per transplant than from brain death donors, with 18% of DCD costs linked to unsuccessful donation attempts (dry runs).
  • - To enhance the efficiency of DCD liver acquisition and maintain the gains in the donor pool, strategies like local recovery and better organ assessments before retrieval need to be implemented to reduce costs associated with dry runs.

Article Abstract

Donation after circulatory death (DCD) donors now represent over 30% of the deceased donor pool in the United States. Compared to donation after brain death, DCD is less likely to result in transplantation. For each potential donor whose organs cannot be utilized for transplantation (ie, dry run), fees are associated with the attempted donation, which add to the overall costs of organ acquisition. To better characterize the true costs of DCD liver acquisition, we performed a cost comparison of the fees associated with organ acquisition for DCD versus donation after brain death at a single transplant institute that comprises 2 liver transplant centers. Cost, recipient, and transportation data for all cases, including fees associated with liver acquisition from July 1, 2019, to October 31, 2021, were collected. We found that the total cost of DCD liver acquisition per liver transplant was $15,029 more than that for donation after brain death donation, with 18% of the costs of the DCD transplant attributed to dry runs. Overall, the costs associated with DCD transplantation accounted for 34.5% of the total organ acquisition costs; however, DCD transplantation accounted for 30.3% of the transplantation volume. Because the expansion of DCD is essential to increasing the availability of liver grafts for transplantation, strategies need to be implemented to decrease the costs associated with dry runs, including using local recovery, transferring donors to hospitals close to transplant centers, and performing more prerecovery organ analysis. Moreover, these strategies are needed to ensure that financial disincentives to DCD procurement and utilization do not reverse the gains made by expanding the organ donor pool using machine perfusion technologies.

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Source
http://dx.doi.org/10.1097/LVT.0000000000000328DOI Listing

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