Lab personnel working in the lab with equipment
Transplant Surgery Research

It’s a short distance from bench to bedside at the U-M Medical School Section of Transplant Surgery as our investigators make discoveries that translate directly to health and quality improvements for our patients.

Our research spans basic, translational and health services to make an impact on everyday life and push the frontiers of our field further.

This important research is supported in part by generous gifts. If you are interested in helping us pursue breakthroughs in surgical care, you may explore various ways you can give to support surgery research in the Section of Transplant Surgery. 

For More Information
Discovering the Future of Transplant Surgery

With a culture of multidisciplinary collaboration, our transplantation scientists are nationally recognized for their contributions and creative breakthroughs. With the support of some $7.7 million in annual grant funding, we have the resources to make investigation a strong focus for the Section of Thoracic Surgery.

Basic & Translational Science

The Transplantation Biology Program, founded by Drs. Marilia Cascalho and Jeffrey Platt, makes the concept of “bench to bedside” a reality at Michigan. Members of the program, including faculty from departments of Surgery, Medicine, Pathology, Microbiology and Immunology, use knowledge and insights from diverse fields to fuel novel lines of research aimed at understanding and solving the most vexing challenges in transplantation. The challenges addressed include the shortage of organs available for transplantation, the propensity of transplanted organs to undergo deterioration over time, and the complications caused by life-long treatment with immunosuppressive drugs. 

U-M transplantation scientists were the first to pursue novel methods of genetic engineering as a strategy for replacing organs and are using those strategies today to generate new sources of tissues and cells, potentially derived from the person needing treatment.

Multidisciplinary Collaborations

Cross-departmental, multi-center and statewide collaborations extend the reach of our research impact. Our faculty work closely with faculty across the university at the Center for Healthcare Outcomes & Policy studying health outcomes research.

We collaborate with Blue Cross Blue Shield and the Michigan Department of Health and Human Services through the Michigan Opioid Prescribing and Engaging Network (MOPEN) to reduce opioid abuse and overdose through better prescribing, patient education, and community outreach.

Areas of Research

Transplant surgeons are researching different aspects of cancer and tumor biology, ranging from the treatment of locally-advanced pancreatic cancer and the multidisciplinary treatment of hepatobiliary malignancies to immunotherapies.

Transplant surgery faculty members are researching how to improve healthcare outcomes and policy in a variety of different fields, including reducing opioid use, improving surgical outcomes, the impact of improving patient health before surgery and developing national policy on transplantation.

U-M transplantation scientists discovered that organ transplants are not merely passive targets of the recipient’s immune system but rather change in ways that can help prevent rejection. They have also devised new ways to look at the immune cells that recognize and potentially destroy a transplant, a potential spring board to developing novel ways of controlling those cells without broadly compromising immune control of infections.

Extracorporeal life support (ECLS) technology was developed at Michigan Medicine nearly 50 years ago. Based on this technology, transplant surgery faculty members investigating new ways to resuscitate and heal donor organs to expand today's inadequate supply.

Labs & Research Groups
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Featured News & Stories See all news doctors in surgery room over surgery table with cooler open with labels on it
Health Lab
Why donor hearts fail in cold storage — and how to prevent it
Researchers have discovered a new molecular process that occurs when donor hearts are preserved in cold storage which contributes to failure after transplant, a study in both humans and animals shows. Fortunately, therapy that is typically prescribed for high blood pressure can target this process to reduce cold preservation associated with cardiac injury. This discovery has potential to improve the consistent function of donor hearts and extend the distance they can be safely transported in cold storage.
Health Lab
From transplant recipient to nursing: Tommy Schomaker's story
Tommy Schomaker received his heart transplant in elementary school at University of Michigan Health C.S. Mott Children's Hospital as a part of ongoing cardiology care he was receiving at Mott. As Tommy graduates from Michigan State University with a degree in nursing, he is working as a Nursing Assistant in Mott on the floor he was treated on.
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Health Lab
Pediatric surgical nurse donates liver to 2-year-old patient
University of Michigan Health C.S. Mott nurse felt compelled to donate his liver after previously donating one of his kidneys. The timing aligned perfectly for him to give part of his liver to a Mott patient.
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Health Lab
The most effective prevention method for complications post lung transplant
Out of the two most common treatments for chronic lung allograft dysfunction, a condition that can form after lung transplantation that has no treatment, a study from University of Michigan Health found that cyclosporine is not as effective as tacrolimus in preventing the condition.
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Health Lab
Celebrating a kidney donation, to his best friend, a decade later
When Greg Scohy was in need of a kidney transplant, his lifelong best friend Stephen Lambert stepped in to give him one of his. The friends were able to navigate the kidney transplant journey together and 10 years later are still healthy and have a strong friendship.
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Health Lab
Liver transplant bonds 3 Michigan families
When Scott Bryers needed a liver transplant, he joined the waiting list for three years before finding his partial liver donor match. When that fell through, he quickly found a complete liver donor match. Today, the three families stay in touch.