When we listen to music, some neurons hear the notes of a melody, while others anticipate which notes will be next. Rather than simply hearing a string of notes, the brain is assessing them for patterns and predicting which notes will be next.
New study may support heat-based treatment to stimulate self-cooling as new treatment. People with depression have higher body temperatures, suggesting there could be a mental health benefit to lowering the temperatures of those with depression.
Black and Hispanic patients have higher degrees of disability, UCSF-led study shows. Young Black and Hispanic women with multiple sclerosis fare worse than young white women with the disease. Minority women were more likely to have more advanced disease and faced greater challenges in pregnancy.
UCSF leads first large-scale study to identify the characteristics of underdiagnosed syndrome. Early identification of posterior cortical atrophy (PCA) may have important implications for Alzheimer’s treatment. PCA patients struggle with visual impairments like judging distances, distinguishing between moving and stationary objects and completing tasks like writing and retrieving a dropped item.
Researchers have found a gene that links deafness to cell death in the inner ear in humans – creating new opportunities for averting hearing loss. A newly-discovered gene may explain how humans go deaf both as they age, and in response to loud noise.
UCSF-led study shows that tossing and turning may signal cognitive decline years later. Quality of sleep, not quantity, may play a part in the development of dementia decades before symptoms start.
Fortified stem cells. Enhanced memory. A longevity hormone. UCSF researchers are finding out whether we can cancel – or at least delay – old age. Fortified stem cells. Enhanced memory. A longevity hormone. UCSF researchers are finding out whether we can cancel – or at least delay – old age.
UCSF researchers reveal how some gene mutations lead to autism spectrum disorder. A new collaborative approach has begun revealing, in detail, how a set of around 100 autism spectrum disorder genes may lead to serious developmental problems. The technique involves looking beyond genes and their mutations, to the proteins they code for.
Thirty-two UCSF scientists are among the most influential individuals in their respective fields, according to the most recent analysis of research citations by the science and intellectual property company, Clarivate.