Liver Transplant Costs and Activity After United Network for Organ Sharing Allocation Policy Changes
Authors: Ahmed Ola , Doyle Maria Bernadette Majella , Abouljoud Marwan S. , Alonso Diane , Batra Ramesh , Brayman Kenneth L. , Brockmeier Diane , Cannon Robert M. , Chavin Kenneth , Delman Aaron M. , DuBay Derek A. , Finn Jan , Fridell Jonathan A. , Friedman Barry S. , Fritze Danielle M. , Ginos Derek , Goldberg David S. , Halff Glenn A. , Karp Seth J. , Kohli Vivek K. , Kumer Sean C. , Langnas Alan , Locke Jayme E. , Maluf Daniel , Meier Raphael P. H. , Mejia Alejandro , Merani Shaheed , Mulligan David C. , Nibuhanupudy Bobby , Patel Madhukar S. , Pelletier Shawn J. , Shah Shimul A. , Vagefi Parsia A. , Vianna Rodrigo , Zibari Gazi B. , Shafer Teresa J. , Orloff Susan L. 
Published: May 2024

Importance

A new liver allocation policy was implemented by United Network for Organ Sharing (UNOS) in February 2020 with the stated intent of improving access to liver transplant (LT). There are growing concerns nationally regarding the implications this new system may have on LT costs, as well as access to a chance for LT, which have not been captured at a multicenter level.

Objective

To characterize LT volume and cost changes across the US and within specific center groups and demographics after the policy implementation.

Design, Setting, and Participants

This cross-sectional study collected and reviewed LT volume from multiple centers across the US and cost data with attention to 8 specific center demographics. Two separate 12-month eras were compared, before and after the new UNOS allocation policy: March 4, 2019, to March 4, 2020, and March 5, 2020, to March 5, 2021. Data analysis was performed from May to December 2022.

Main Outcomes and Measures

Center volume, changes in cost.

Results

A total of 22 of 68 centers responded comparing 1948 LTs before the policy change and 1837 LTs postpolicy, resulting in a 6% volume decrease. Transplants using local donations after brain death decreased 54% (P &amp;lt; .001) while imported donations after brain death increased 133% (P = .003). Imported fly-outs and dry runs increased 163% (median, 19; range, 1-75, vs 50, range, 2-91; P = .009) and 33% (median, 3; range, 0-16, vs 7, range, 0-24; P = .02). Overall hospital costs increased 10.9% to a total of $46 360 176 (P = .94) for participating centers. There was a 77% fly-out cost increase postpolicy ($10 600 234; P = .03). On subanalysis, centers with decreased LT volume postpolicy observed higher overall hospital costs ($41 720 365; P = .048), and specifically, a 122% cost increase for liver imports ($6 508 480; P = .002). Transplant centers from low-income states showed a significant increase in hospital (12%) and import (94%) costs. Centers serving populations with larger proportions of racial and ethnic minority candidates and specifically Black candidates significantly increased costs by more than 90% for imported livers, fly-outs, and dry runs despite lower LT volume. Similarly, costs increased significantly (&amp;gt;100%) for fly-outs and dry runs in centers from worse-performing health systems.

Conclusions and Relevance

Based on this large multicenter effort and contrary to current assumptions, the new liver distribution system appears to place a disproportionate burden on populations of the current LT community who already experience disparities in health care. The continuous allocation policies being promoted by UNOS could make the situation even worse.