American Society of Transplantation International Transplantation Science Meeting 2025

+ Include: 22 Videos (.mp4) + 22 Subtitles (.vtt) + 22 PDFs, size: 5.97 GB

+ Target Audience: transplant surgeons, immunologists, and researchers

+ Information:

1. Overview

The American Society of Transplantation International Transplantation Science Meeting 2025 provides an advanced scientific exploration into the latest breakthroughs in transplant immunology and organ engineering. The program covers crucial topics including the role of B and T cells in immune tolerance, emerging xenotransplantation models, bioengineering techniques like EVLP, and the integration of AI to accelerate molecular discovery in clinical translation.

Course Date: November 16–19, 2025

2. Learning Objectives

• Evaluate the role of biological aging and mitochondrial function in optimizing cardioprotection and graft survival.

• Analyze complex immune mechanisms, specifically focusing on B cell regulation and direct/indirect antigen presentation in transplant rejection.

• Assess current pathways and clinical lessons learned from non-human primate models in the field of xenotransplantation.

• Implement novel bioengineering concepts, including 3D genome mapping and ex vivo lung perfusion (EVLP), to improve transplant outcomes.

• Integrate machine learning and artificial intelligence strategies to accelerate the translation of cellular therapies into clinical practice.

3. Target Audience

Best for transplant surgeons, immunologists, and researchers who want updates on transplant tolerance, xenotransplantation, and bioengineering.

4. Topics

• General Session 1 (Understanding and Targeting Biological Age in Transplantation)

• General Session 2 (The Role of Mitochondria in Transplantation) Cardioprotection Using Autologous Mitochondrial Transp…

• General Session 2 (The Role of Mitochondria in Transplantation) Real-Time Monitoring of Mitochondrial Oxygenation

• General Session 2 (The Role of Mitochondria in Transplantation) The Power and Potential of Mitochondria Transfer

• General Session 3 The Role of B cells in Transplant Rejection and Tolerance B Cells Play an Important Role In Clad In Lung T…

• General Session 3 The Role of B cells in Transplant Rejection and Tolerance Tigit Human Memory B Cells in Immune Regula…

• General Session 3 The Role of B cells in Transplant Rejection and Tolerance Transitional B Cell Cytokines Risk Stratify Early B…

• General Session 4 Antigen Presentation – Direct Indirect Semi-Direct Bringing Alloreactivity into Focus Through the Lens o…

• General Session 4 Antigen Presentation – Direct Indirect Semi-Direct How and Where do Recipients B Cells Detect Extracell…

• General Session 4 Antigen Presentation – Direct Indirect Semi-Direct Tap Dysfunction in Dendritic Cells Enables Noncanoni…

• General Session 5 Xenotransplantation Xenotransplantation in Non-Human Primates Lessons Learned and Path to Clinical …

• General Session 6 Bioengineering Organ Engineering 3D Genome Mapping to Discover New Targets for Transplant Tolera…

• General Session 6 Bioengineering Organ Engineering Bioengineering During Evlp for Enhanced Graft Survival

• General Session 6 Bioengineering Organ Engineering Universal Stem Cells for Beta Cell Replacement Thera…

• General Session 7 Cell Therapy Potency and Safety Considerations Challenges with adequately defining Potency for cell-b…

• General Session 7 Cell Therapy Potency and Safety Considerations Non-Invasive Real-Time Imaging for Evaluating Cell Th…

• General Session 7 Cell Therapy Potency and Safety Considerations Stakeholder views of cell tracking and safety following …

• General Session 8 Tolerance Balancing Risk with Benefit Pros And Cons Of Tolerance in Transplantation

• General Session 8 Tolerance Xenograft Tolerance

• Lunch with Keynote Regulation of CD8 T Cells in Alloimmunit

• Lunch with Keynote WITcareer Development

• Opening Keynote Machine learning and AI for accelerating molecular discovery to clinical translation