30-Second Takeaway
- REUP DCD heart procurement achieved excellent 30-day outcomes despite older donors and prolonged ischemic times.
- TARE as first-line LRT for HCC lowered liver transplant waitlist dropout compared with TACE.
- Broader use of acceptable-quality deceased donor kidneys in older adults is cost-effective and reduces modeled waitlist deaths.
Week ending January 31, 2026
Expanding organ utilization and candidate selection in solid organ transplantation
REUP enables adult DCD heart transplantation without reanimation and with excellent early outcomes
This single-center case series describes 24 adult DCD heart transplants using rapid extended ultraoxygenated preservation (REUP) without donor heart reanimation or machine perfusion. Donors were relatively older (mean age 32 years; 38% older than 40 years), and 60% of grafts had ischemic times beyond 4 hours. Despite these conditions, 30-day survival was 96%, with severe primary graft dysfunction in 4% and secondary graft dysfunction in another 4%. Initial endomyocardial biopsy showed only one case of 2R acute cellular rejection and no antibody-mediated rejection.
TARE reduces waitlist dropout versus TACE in HCC liver transplant candidates
This UNOS-based study included 5,677 liver transplant candidates with HCC receiving first-line locoregional therapy with either TARE or TACE. Compared with TACE, TARE patients more often required only a single LRT (80.6% vs 57.8%) and achieved complete necrosis on explant (35.3% vs 20.2%). In inverse probability–weighted competing-risk models, TARE was associated with a 22% lower hazard of waitlist dropout (HR 0.78, 95% CI 0.69-0.89). Cumulative dropout incidence with TARE remained lower at 1, 2, and 3 years after adjustment for tumor and liver disease characteristics.
Cost-effectiveness modeling favors broader deceased donor kidney use in candidates ≥65 years
This economic evaluation used a microsimulation model of 100,000 synthetic kidney transplant candidates aged 65 years or older. Scenarios increased deceased donor transplantation rates by up to 25% using acceptable-quality kidneys of lower quality than current practice. A 25% increase in transplantation was estimated to prevent 141 waiting list deaths per 10,000 candidates and cost about $8,100 per QALY gained. From health care sector perspectives, this strategy was often cost saving and always preferred at willingness-to-pay thresholds ≥$40,000 per QALY.
References
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Additional Reads
Optional additional studies from this edition.