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Andy McMahon (Photo by Phil Channing); featured image for Andrew McMahon installed as chair of stem cell biology at Keck School of Medicine of USC

Andrew McMahon installed as chair of stem cell biology at Keck School of Medicine of USC

Andrew P. McMahon, newly appointed department chair of stem cell biology and regenerative medicine at the Keck School of Medicine of USC and director of the Eli and Edythe Broad Center for …

Toshio Miki (Photo courtesy of USC); featured image for $1.75 million grant to engineer transplantable liver cells from discarded human placenta

$1.75 million grant to engineer transplantable liver cells from discarded human placenta

Stem cell researchers at USC have received a $1.75 million grant to engineer transplantable liver cells from discarded human placenta, a potential cure for certain congenital metabolic disorders. If successful, the proposed …

Andy McMahon (Photo by Phil Channing); featured image for Harvard scientist recruited to lead USC’s center for stem cell research and regenerative medicine

Harvard scientist recruited to lead USC’s center for stem cell research and regenerative medicine

The University of Southern California announces a major scientific recruitment to the Keck School of Medicine, one that will have a transformative effect on the medical and biological sciences across the university’s …

Stem cell (Creative Commons image by Reuters); featured image for USC scientists find mechanism that allows for reprogramming stem cells

USC scientists find mechanism that allows for reprogramming stem cells

In healthy bodies, liver cells beget liver cells, while skin cells beget skin cells. Previous research, however, has shown that—sometimes—cells can be reprogrammed, from skin, for example, to muscle or vice versa. …

Qi-Long Ying (Photo by Cristy Lytal); featured image for USC research listed among top breakthroughs of 2010

USC research listed among top breakthroughs of 2010

Groundbreaking research by Keck School of Medicine of USC researchers has been selected as one of Science magazine’s top 10 Breakthroughs of 2010. The study, Production of p53 gene knockout rats by …

Qi-Long Ying (Photo by Cristy Lytal); featured image for USC researchers create first “knockout” rats using embryonic stem cell technology

USC researchers create first “knockout” rats using embryonic stem cell technology

Researchers at the Keck School of Medicine of the University of Southern California (USC) have, for the first time, generated “knockout” rats—animals that are genetically modified to lack one or more genes—through …