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Human vocal sounds have the same rhythmic quality as the sounds made by many mammals, songbirds, and even some species of fish. UCSF researchers have found the brainstem circuit responsible, and it's connected breath control.
UCSF researchers show how physical activity protects cognition by altering brain chemistry that maintains synapses, especially for the elderly.
UCSF neurologist Gil Rabinovici, MD, explains the controversy and shares why he thinks Alzheimer’s care is entering a new era “regardless of whether aducanumab proves to be a blockbuster or a bust.”
UCSF’s David Julius won the 2021 Nobel Prize in Physiology or Medicine for his work on pain sensation. “It was really a shock,” he says.
How neuroscientists harnessed the power of artificial intelligence to give a paralyzed man back his voice.
A concerted research effort gave UCSF scientists early insight into long COVID. It also showed patients that they weren’t in the fight alone.
Spending time under the sun may raise the risk for skin cancer, but a new study led by UCSF and the Australian National University shows that for children and young adults, sun exposure may protect against multiple sclerosis.
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.
Three adolescents who had mild or asymptomatic COVID-19 developed sudden severe psychiatric symptoms. A recent study into their immune responses identifies a potential mechanism by which these symptoms emerge.
A team of UCSF scientists have identified the specific neurons and signaling pathway that make sexually receptive females of many species more active at the time of ovulation.
Two new studies of the developing human brain are helping researchers reconcile a long-held debate over how the brain forms.
Research has shown that poor heart health can increase the risk for dementia, but a new study shows that poor mental health in early adulthood may increase odds by 73%.
A study in patients with epilepsy is helping researchers understand how the brain manages the task of learning a new language while retaining our mother tongue.
Following groundbreaking work on a “speech neuroprosthesis” that enabled a paralyzed man to communicate using his brain signals, the lab team answered public questions about brain-computer interfaces and the limitations of translating brain signals into code.
