"For the first time, researchers at the University at Buffalo have shown that it is possible to repair cardiac tissue and, in turn, reverse heart failure by injecting adult bone marrow stem cells into skeletal muscle. The researchers used an animal model to demonstrate that the non-invasive procedure could increase myocytes, or heart cells, by two-fold and reduce cardiac tissue injury by 60 percent. In addition, the therapy improved function of the left ventricle - the primary pumping chamber of the heart - by 40 percent. It even reduced fibrosis - the hardening of the heart lining that impairs its ability to contract-by up to 50 percent....The development has been reported in a paper appearing online in the Articles-in-Press section of the American Journal of Physiology -- Heart Circulation PhysiologyThis is the blog for CARG, the Coronary Artery Rehabilitation Group, based in Saskatoon, Saskatchewan, Canada. It will contain items of interest to CARG's own members and anybody else interested in the latest news about rehabilitation and heart-related matters. Canadian charitable number: 89675 0163 RR 0001 || e-mail: carg.ca@gmail.com || website: carg.ca || Blog disclaimer
Friday, May 29, 2009
Non-invasive stem cell procedure shows promise to repair heart tissue
"For the first time, researchers at the University at Buffalo have shown that it is possible to repair cardiac tissue and, in turn, reverse heart failure by injecting adult bone marrow stem cells into skeletal muscle. The researchers used an animal model to demonstrate that the non-invasive procedure could increase myocytes, or heart cells, by two-fold and reduce cardiac tissue injury by 60 percent. In addition, the therapy improved function of the left ventricle - the primary pumping chamber of the heart - by 40 percent. It even reduced fibrosis - the hardening of the heart lining that impairs its ability to contract-by up to 50 percent....The development has been reported in a paper appearing online in the Articles-in-Press section of the American Journal of Physiology -- Heart Circulation Physiology
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