Archive: PTSD Linked with Almost Double Dementia Risk, Study Finds
Older veterans with post-traumatic stress disorder were almost twice as likely to develop dementia as veterans without PTSD in a study of more than 180,000 veterans led by researchers at the San Francisco VA Medical Center and the University of California, San Francisco.
Archive: Maintaining or increasing physical activity slows cognitive decline in elders
Elders who maintained or increased their level of physical activity showed significantly less cognitive decline over seven years than those who were not active or whose activity levels declined during that time, according to a study led by researchers at the San Francisco VA Medical Center and the University of California, San Francisco.
Archive: Making Research Useful: Center for AIDS Prevention Studies Publishes Research Portfolio
UCSF’s Center for AIDS Prevention Studies (CAPS) has recently published its 2009 Research Portfolio, a document summarizing its current research projects and important findings.
Archive: Chancellor Bishop Discusses UC President Yudof's Newly Announced Furlough Proposal
UCSF Chancellor Mike Bishop, MD, informed the campus community about the recommendations that UC President Mark Yudof will make at the next meeting of the UC Board of Regents at UCSF Mission Bay.
Archive: Telomeres as a Measure of Health and Aging: A Conversation with Elissa Epel
Changes in the length of DNA on the tips of chromosomes from immune cells might be a good gauge of health and aging.
Archive: H.-Christian Von Buedingen joins Department of Neurology
New UCSF Faculty, July 2009
Archive: Final Week to Join AIDS Walk San Francisco
Members of the campus community who have not yet signed up to participate in AIDS Walk San Francisco have only a few days left to make a difference in the epidemic.
Archive: Stem cells' "suspended" state preserved by key step, scientists report
Scientists have identified a gene that is essential for embryonic stem cells to maintain their all-purpose, pluripotent state. Exploiting the finding may lead to a greater understanding of how cells acquire their specialized states and provide a strategy to efficientlyreprogram mature cells back into the pluripotent state, an elusive step in stem cell research but one crucial to a range of potential clinical treatments.