261.a Overview of donation after medical assist in dying (MAID): The Canadian experience
Dr. Matthew Weiss, Canada
261.1 Organ donation after euthanasia in Spain: A summary of the first results
Dr. Alicia Pérez, Spain
261.2 Pushing the limits: Successful lung transplantation from a controlled donation after circulatory death donor 9.5 hrs post withdrawal without using EVLP
Prof. Bronwyn Levvey, Australia
261.3 Sequential normothermic regional and end-ischemic ex-situ machine perfusion allows the safe use of very old DCD donors in liver transplantation (DCDNet trial)
Dr. Gabriele Catalano Sr., Italy
261.4 Pilot, open, randomized, multicenter trial for the comparison of hypothermic versus normothermic ex-situ liver preservation in DCD liver transplantation with extended ischemia time (DCDNet trial)
Davide Ghinolfi, Italy
261.5 Sustainability and Certainty in Organ Retrieval (SCORE): Redesigning organ retrieval in the UK
Mr. Phil Walton, United Kingdom
261.6 Investigating the determinants of low deceased brain death organ donation consent rates in Saudi Arabia: An in-depth analysis of underlying factors
Dr. Abdulkarim Al Shadookhi, Saudi Arabia
261.7 Exploring the discrepancy: Perception vs. perspective of university students on organ donation
Dr. Burak Sayin, Turkey
261.8 Organ donation following medical assistance in dying: A Canadian environmental scan
Dr. Matthew Weiss, Canada
261.9 A virtual community assertive treatment model for organ donor family aftercare in the United States
Dr. Macey L Levan, United States
261.10 Prolonged static cold storage results in significant pelvic hematomas during normothermic machine perfusion of porcine kidney grafts
Stefan Schneeberger, Austria
261.11 A translational model for long-term normothermic machine perfusion of porcine livers
Thomas Resch, Austria
261.12 Novel system for organ preservation: Feed macrophages Ceria nanoparticles
Mr. Yongquan Chi, People's Republic of China
261.14 Endothelial glycocalyx damage marker Syndecan-1 measured during hypothermic oxygenated machine perfusion predicts early allograft dysfunction after liver transplantation