About the Center
Andre Terzic, M.D., Ph.D.
Director, Center for Regenerative Medicine, Mayo Clinic
Andre Terzic, M.D., Ph.D.: Regenerative medicine is an exciting component of modern health care. It harnesses breakthroughs in technologies to address major unmet needs of the population, both nationally but also globally. With the successes of traditional medicine, we'll live longer. And aging has been viewed as a major triumph of humanity. At the same time, unfortunately, with aging, we are facing with a growing pandemic of so-called chronic diseases — diseases that live with us throughout our lifespan, heart disease, cancer, diabetes and so on.
So regenerative medicine comes with this new ability to understand how our body can heal and to harness its innate ability, that self-ability to heal, to actually provide new solutions to these patients in need. So the Center for Regenerative Medicine at Mayo Clinic has been built to address the unmet needs of patients. It builds on our new knowledge, bringing new ways to promote the self-repair ability of our body.
There have been magic moments during these few decades that we have built the regenerative medicine field. One such moment was when we saw, for the first time, how out of a stem cell, we can create new beating heart tissue. It was a revolution for us.
We would like to bring now this knowledge that may have started in one field to build it across fields as the new science allows, essentially, for learning between fields. We need true, radical innovation to move the current knowledge into new solutions. That is where regenerative medicine has a unique role. It changes the way we treat patients.
People on average are living longer than ever before. In part, this is due to medical advances that have made it possible to save more people from life-threatening diseases, injuries and congenital conditions.
But as people live longer, they're more likely to acquire chronic diseases or develop age-related conditions. Globally, there is an increasing incidence of chronic and degenerative diseases, and nearly 1 in 2 Americans has a chronic medical condition.
After the onset of most chronic diseases or injuries, the damage is there to stay — consider scarring of heart tissue from a heart attack, beta cell dysfunction in diabetes or a spinal cord injury from an accident. Symptoms can be managed, oftentimes with good success, but the underlying tissue or organ damage remains unhealed and can cause complications over time.
To develop new clinical applications that address the unmet needs of these patients, Mayo Clinic established the Center for Regenerative Medicine in 2011.
Mayo Clinic and center leaders believe that regenerative medicine, which makes it possible to actually repair diseased, injured or congenitally defective tissues and organs, will be a vital component of medical and surgical practice in the coming years. By harnessing the potential of regenerative medicine, Mayo Clinic is poised to create new models of health care and transform medicine and surgery.
A unique aspect of the Center for Regenerative Medicine is that its activities are not just laboratory based or clinic based. They're both — and everything in between. Efforts in each of the center's programs, which build on Mayo's extensive research resources and clinical practice, span the full spectrum of discovery science, translational research and clinical application.
In addition to developing regenerative medicine therapies for patients, the center is also committed to:
- Training the next generation of clinicians and scientists in the latest regenerative medicine applications
- Offering continuing education opportunities about regenerative medicine to Mayo Clinic faculty and staff
- Educating patients and the public about the promise of and latest advances in regenerative medicine
Ultimately, this comprehensive approach means that the Center for Regenerative Medicine has the ability to turn promising laboratory discoveries into proven treatments — and make them available to patients — more effectively and efficiently than most anywhere else.
- Andre Terzic, M.D., Ph.D.
- Guojun Bu, Ph.D.
- Associate Director — Mayo Clinic in Jacksonville, Florida
- David G. Lott, M.D.
- Associate Director — Mayo Clinic in Phoenix/Scottsdale, Arizona
- Shane A. Shapiro, M.D.
- Program (Medical) Director, Regenerative Medicine Suites — Florida
- Anthony J. Windebank, M.D.
- Deputy Director — Discovery
- Atta Behfar, M.D., Ph.D.
- Deputy Director — Translation
- Mark W. Pagnano, M.D.
- Deputy Director — Application
- Richard E. Hayden, M.D.
- Deputy Director — Education
- Michael J. Yaszemski, M.D., Ph.D.
- Deputy Director — Alliances
- Beth A. Borg
- Michael D. Yardley
The leadership team is supported by the center faculty.
The Center for Regenerative Medicine is organized into two groups — focus areas and shared services — that support its work. The focus areas conduct research and bring discoveries into patient care, while the shared services provide technical resources and expertise to ensure information is available to all medical providers and investigators.
Regenerative Medicine Application
Brooks S. Edwards, M.D.
- Deputy Director
- Regenerative Medicine Application
Brooks S. Edwards, M.D.: Everything from the laboratory research end of things, the very basic science, to the clinical application, and when we think about regenerative medicine and the Center for Regenerative Medicine, we recognize that by bringing the strengths of these different groups together we get a very synergistic effect. And ultimately it gets back to the needs of the patient. So the laboratory people, the people in the translation and application areas, are all really focused on the needs of the patient.
There are many unmet patient needs. We see patients in the transplant center who may not be candidates for heart, liver, kidney, pancreas, bone marrow transplants because of one reason or another. We see patients where we hope regenerative strategies will avoid or delay or prevent the need for organ transplant and all the associated medication and immunosuppression that we see with organ transplant. So, regenerative strategies, by using the ability of the body to heal and restore, may ultimately replace some of the therapies we have today and really get a better result for the patient going forward.