University of California San Francisco
Give to UCSFFor a conditioned response to become long-lasting requires brain cells to increase amounts of an insulating material called myelin, which may serve to reinforce and stabilize newly formed neural connections.
Survival may more than double for adults with glioblastoma, if neurosurgeons remove the surrounding tissue as aggressively as they remove the cancerous core of the tumor.
UCSF researchers are working on deep-brain stimulation technology that can be customized to the patient’s brain make up and their own brain’s feedback.
Understanding the biological differences that drive distinct symptoms of Alzheimer’s disease could lead to more personalized patient care and potentially therapies targeted to patients’ individual needs.
In a study of rats navigating a simple maze, neuroscientists at UCSF have discovered how the brain may generate such imagined future scenarios. The work provides a new grounding for understanding not only how the brain makes decisions but also how imagination works more broadly, the researchers say.
Widely used organoid models fail to replicate even basic features of brain development and organization, much less the complex circuitry needed to model complex brain diseases or normal cognition.
For 15 years, nobody could figure out what was making a young woman so sick. Then neurologist Michael Wilson, MD, tried a radical new test.
Scientists at UCSF are exploring how we can improve our bodies – now and in the future – with science that sounds like sci-fi.
English and Italian speakers with dementia-related language impairment experience distinct kinds of speech and reading difficulties based on features of their native languages.
A physically and mentally active lifestyle confers resilience to frontotemporal dementia, even in people whose genetic profile makes the eventual development of the disease virtually inevitable.
UCSF postdoctoral researcher for the first time succeeded in keeping a diverse array of glioblastomas alive in the lab using brain organoids