AI Points the Way to Better Doctor-Patient Communication
A natural language processing study parses doctor-patient communication at an unprecedented scale and offers new ways to help doctors communicate with their patients.
University of California San Francisco
Give to UCSFA natural language processing study parses doctor-patient communication at an unprecedented scale and offers new ways to help doctors communicate with their patients.
Keith Yamamoto, PhD, UCSF’s director of precision medicine, explains how a new tool – a knowledge network – will transform health care.
A recent UCSF study tested possible triggers of a common heart condition, including caffeine, sleep deprivation and sleeping on the left side, and found that only alcohol use was consistently associated with more episodes of heart arrhythmia.
A man was paralyzed from the neck down in a surfing accident. Now he can walk again. Using machine learning, UCSF researchers found that controlling blood pressure during surgery may aid in patient recovery from spinal cord injuries.
A UCSF and Stanford study of electronic health records linked SSRIs, the most widely prescribed antidepressants, to survival for COVID-19 patients.
The new Weill Neurosciences Building, designed to foster connections among scientists and clinicians in neurology, neurosurgery and psychiatry, will serve as a global destination for researchers to develop innovative treatments for intractable brain diseases.
UCSF’s research has been ranked among the top in the world, according to the latest U.S. News & World Report’s Best Global Universities 2022 rankings.
A groundbreaking national study led by UCSF finds that treating anal cancer precursor lesions reduces cancer risk for people with HIV.
Two new studies of the developing human brain are helping researchers reconcile a long-held debate over how the brain forms.
UCSF Health physicians have successfully treated a patient with severe depression by tapping into the specific brain circuit involved in depressive brain patterns and resetting them using the equivalent of a pacemaker for the brain.
A new prostate cancer test developed by UCSF and UCLA detects cancer cells that have spread to lymph nodes both inside and outside the pelvis.
In a new study, an artificial intelligence algorithm exceeded the performance of a widely available commercial system in nearly all examined diagnoses.