UW Bioengineering faculty Charles Murry (joint professor of pathology, bioengineering and medicine/cardiology) and Michael Regnier, as well as adjunct faculty Michael Jensen, MD, director of the Ben Towne Center for Childhood Cancer at Seattle Children’s Research Institute and professor of pediatric hematology-oncology at UW Medicine and Satoshi Minoshima, professor of radiology, were named 2014 UW Presidential Entrepreneurial Faculty Fellows.
The Seattle Times reports that Dr. Charles Murry, UW professor of pathology, bioengineering and cardiology, and colleagues have successfully regenerated heart muscle in monkeys using human stem cells. This “proof-of-concept” research may one day be applied to humans whose hearts are damaged by heart attack and shows promising progress towards solving the “burgeoning public-health problem” of cardiac disease.
Stem cell therapy regenerates heart muscle in primates, finds a study led by Dr. Charles Murry, UW professor of pathology, bioengineering and cardiology. This approach, which uses heart cells created from human embryonic stem cells, should be feasible in humans and may be ready for clinical trials in humans within four years, researchers say. The study was published in the advanced online April 30, 2014 edition of Nature.
The heart cannot heal itself very well. However, Dr. Charles Murry, professor of Pathology, Bioengineering and Cardiology, is working on new ways to repair heart damage.
UW Bioengineering professor Dr. Charles Murry (joint in Cardiology and Pathology) and adjunct faculty Dr. François Baneyx (professor of Chemical Engineering) are among 5 UW faculty members recently named American Association for the Advancement of Science (AAAS) Fellows.
UW Bioengineering professors Dr. Michael Regnier and Dr. Chuck Murry (joint professor in Pathology and Cardiology) are exploring the potential of gene therapy to increase heart muscle function. The team […]
A team led by UW Bioengineering professor Dr. Charles Murry (joint professor in Pathology and Cardiology) has discovered a new regulator for heart formation by studying how embryonic stem cells […]