Researchers at UCSF and UCLA created an AI algorithm to analyze health records, identify patterns and flag potential AHP patients, aiming to enhance diagnosis of rare diseases.
Learn from an expert on how marketing shapes the use of flavored vapes, and and what it means for kids and teens.
Excessive drinking can damage the liver. Yet, unlike obesity or high cholesterol, clinicians only screen for alcohol use by asking their patients how much they drink. Turns out that method is not always reliable, and a blood test can help determine whether a person’s drinking may be causing liver disease. Researchers at UC San Francisco say it would be a more reliable way to assess a person’s drinking, so clinicians can intervene in time to prevent more serious damage. We don’t ask someone how much fatty food they eat. We measure their cholesterol. We don’t ask people how much they think they
Artificial intelligence has revolutionized medical imaging. Here are four ways that AI is changing medicine in pictures - and the UCSF minds behind them.
UCSF Medical Center has received the highest possible rating for maternity care by U.S. News & World Report.
UCSF scientists developed a way to deliver radiation just to cancerous cells, rather than attacking both cancerous and healthy tissue. The therapy combines a drug to mark the cancer cells for destruction and a radioactive antibody to kill them.
Five emerging UCSF leaders envision a future of innovative health and science. They aim to address health disparities, improve patient care, and advance scientific research through technology and policy.
A new technology uses engineered T cells that act as immune “referees” to soothe overreacting immune responses. They also can mop up inflammatory molecules without lowering the entire body’s immune shields.
A newly developed “molecular GPS” to guide immune cells into the brain and kill tumors without harming healthy tissue is the first living cell therapy that can navigate through the body to a specific organ.
UCSF scientists are uncovering the brain mechanisms behind resilience to stress and exploring new, non-invasive treatments for depression through groundbreaking research in mice.
