Research led by Cole DeForest, PhD in collaboration with Chuck Murry, MD, PhD and Kelly Stevens, PhD details a new protein-based biomaterial that could help improve engraftment and function following injectable cell therapies. Read More
Researchers in the Murry Lab have demonstrated that a quadruple gene editing approach safely suppresses irregular heartbeats in stem cell therapy for injured hearts. Read More
New data presented by ISCRM Director Chuck Murry suggests gene-editing may be the key to clearing a major hurdle for researchers hoping to remuscularize injured hearts with stem cell-derived cardiomyocytes Read More
ISCRM investigators use rainbow cell technology to demonstrate that injected heart cells proliferate, a finding that could help researchers enhance the efficacy of cell therapy for heart disease and other conditions. Read More
Nearly 18 million people die each year from heart disease, making it the leading cause of death in the world. In the United States alone, the annual economic impact of heart disease exceeds $200 billion, a figure that is expected to rise dramatically. Read More
February 4, 2019 Heart failure is the leading cause of death in the world. In the United States alone, hundreds of thousands of people succumb to the disease every year, […] Read More
Results of a study published today in Nature Biotechnology suggest techniques that could treat patients with heart failure. Researchers at UW Medicine in Seattle have successfully used human stem cells to restore heart function in monkeys with heart failure. The findings suggest that the technique will be effective in patients with heart failure, the leading cause of death in the world. Read More
We have announced the appointment of Professor Charles (Chuck) Murry as the new Director of ISCRM. Murry is the successor to ISCRM’s Founding Director and eminent pharmacologist, Professor Randall T. […] Read More
IF you have a heart attack, hopefully you’ll survive. But your body will be forever changed. The world’s best doctors can’t undo the damage; instead, drugs and devices will help […] Read More