The Catalyst Issue 3 | Spring 2009 | Page 10

> A New Era continued Healthcare. “We’re breaking new ground in medicine and are pleased the joint collaboration with Texas A&M and Scott & White will bring a much-needed focus on uncovering how the body’s own stem cells can help heal people,” he says. “This is a credential that helps place Scott & White on the world stage of leadership when it comes to advancing the treatment of disease.” Unparalleled expertise leads the institute The Institute for Regenerative Medicine is led by internationally renowned physician and researcher Darwin J. Prockop, MD, PhD, the Stearman Chair in Genomic Medicine at Scott & White; professor of molecular and cellular medicine at Texas A&M Health Science Center College of Medicine; and a member of the esteemed Institute of Medicine (IOM) in Washington, DC. The IOM is a non-profit organization that works to improve the nation’s health by serving as health and science advisor to thought leaders and policymakers in the United States. “I was drawn to Texas A&M and Scott & White because of the collegial environment, the impressive resources and the ability to potentially help thousands of patients,” says Dr. Prockop, a cellular and molecular biologist. “I know we can make a dramatic difference in the lives of many, and the team I’m assembling is top flight.” Dr. Prockup was recruited from Tulane 10 THE CATALYST Spring 09 “We can possibly prevent cell death if stem cells are injected early enough after a patient experiences a stroke.” — Dr. Prockop University in New Orleans, where he was director of gene therapy and built a stellar career in cellular and molecular biology. He and his peers were among the first to publish findings about the value of adult stem cells and their ability to repair body tissue to restore health or slow down the progression of disease. (NOTE: Unlike the controversial debate over the use of embryonic stem cells, no such discord exists about the use of adult stem cells.) Dr. Prockop’s goals include having a better understanding of how adult stem cells can repair damaged tissue to inform effective treatment methods for patients. He also plans to conduct clinical trials in patients at Scott & White beginning with diabetes, and eventually including knee injuries and arthritis, heart disease, stroke, kidney diseases and some types of cancer. Dr. Prockop ultimately plans to develop new biotechnology industries in Temple, TX. Adult stem cells at work Science has long recognized that the body has an amazing capacity to heal itself. In fact, stem cells already are hard at work in our bodies repairing damaged tissue when we get cuts and bruises. The idea that the body’s own stem cells could repair damaged tissue from disease or slow disease progression requires a much larger supply of stem cells to help a person. By extracting bone marrow from a person’s hip, under local anesthesia, stem cells from the marrow can be multiplied in a laboratory and then injected back into the