Scientists from USC and the IFOM Cancer Institute in Milan have found that a fasting-mimicking diet could be more effective at treating some types of cancer when combined with vitamin C. In multiple …
Most breast cancer cells won’t kill you. It is the rare cell that can survive the perilous journey through the bloodstream and seed the metastatic lesions responsible for the vast majority of …
Andrew P. McMahon—who is the W.M. Keck Provost and University Professor in USC’s departments of Stem Cell Biology and Regenerative Medicine at the Keck School of Medicine, and Biological Sciences at the …
Developing new stem cell therapies requires more than a solo biologist having a eureka moment alone in the lab. Real progress relies on collaborations between biologists, engineers and physicians. That’s why The …
From goji berries to green tea, antioxidant rich superfoods are celebrated for protecting against cancer-causing free radicals. But what is the role of free radicals—and the process of cell metabolism that produces …
Professor Valter Longo, director of the USC Longevity Institute, is investigating how fasting and diets that mimic fasting’s effects can help immune function, including vaccine efficacy and the body’s response to infection …
To stimulate interdisciplinary stem cell research across USC Overview USC Stem Cell invites applications for the Student-Postdoctoral Fellow Stem Cell Challenge Grants. The goal of the program is to stimulate new interdisciplinary …
Dry age-related macular degeneration (dry AMD) poses a significant clinical challenge. It is one of the leading causes of progressive blindness, robbing millions of people over the age of 65 of their …
All PhD students who are conducting research related to developmental biology, stem cell biology, and/or regenerative medicine are encouraged to apply for a training fellowship. We have several slots available for both …
Design redundancy is not only an invention of engineers for building machines, but also a principle of nature for designing organisms. This principle is at play in the regulation of the genes responsible for directing stem cells to multiply themselves in the developing mouse embryo, as described in a new study in Science Advances.