The University of Maryland School of Medicine has received a $30 million grant to create a center that will coordinate the research of national experts in stem cell research. The university's Michael L. Terrin, MD, CM MPH, professor of epidemiology and preventive medicine was pegged by the National Heart, Lung and Blood Institute (NHLBI) to lead the coordinating center, dubbed the NHLBI Profenitor Cell Biology Consortium, for a consortium of our nation's most prominent scientists in the field of stem cell research.
"This consortium was developed to bring together the best and brightest researchers from around the country, in the new and rapidly advancing field of stem and progenitor cell biology. They come from several specialties -- cardiology, hematology and pulmonary medicine. All are doing cutting edge research in this exciting new field," says Terrin.
Stem cells are uncommitted cells that can change into many types of mature functional cells and can divide indefinitely. Once stem cells start to commit to a cell type, they create progenitor cells. They are partially committed in terms of the types of cells they can become and how many times they can divide.
One major goal of this research consortium is to use these stem and progenitor cells as regenerative therapy to replace damaged tissues and organs.
The researchers will share their strategies and techniques to identify and characterize how these cells differentiate. Together they will address the challenges of discovering new potential therapies.
The NHLBI believes that by sharing information and working together across traditional boundaries, consortium members will advance the field of stem cell and progenitor cell biology at a faster pace and realize the potential for new clinical therapies that much sooner.
Terrin and his on campus colleagues will organize the collaborative efforts of the nine different research hubs in the Consortium, dividing the responsibilities of the Administrative Coordinating Center into three areas: general administration; computer systems; and biological information science.
"Our team of nationally known experts, and the facilities at the University of Maryland School of Medicine, made our proposal to coordinate this consortium unique," Terrin says. "The resources here are wonderful. I know of no other university or medical school that I would rather have behind my efforts on behalf of this important project."
The research coordination team led by Terrin is composed of individuals who will assure that the information put in the system, as well as records of samples and tissues put into registries (both physical and virtual), will be maintained. They will also ensure that important information from sources outside the Consortium is continually updated.
In addition, Terrin's team will coordinate conference calls, meetings and funding for their research projects and help the investigators publicize their results of their research.
Source: University of Maryland, Baltimore
Writer: Walaika Haskins