KEYWORD

brain

Group of people in front of a building/

UCI awarded $3.8 million NIH grant to advance BRAIN Initiative research

Funding will help campus become a national center of neuroscience resources

A chart of photo images of the brains of mouse models used in the study.

UCI study shows traffic-related air pollution in Irvine weakens brain function

Exposure to particulate matter increased risk of Alzheimer’s disease in mouse models

Kei Igarashi (center), UCI associate professor of anatomy & neurobiology, is awarded the 19th Japan Academy Medal during a ceremony Feb. 7 in Tokyo as Crown Prince Akishino and Crown Princess Kiko (right) look on. NHK

UC Irvine School of Medicine associate professor awarded 19th Japan Academy Medal

Kei Igarashi is one of six scholars under 45 recognized as outstanding researchers

UCI researchers discover crucial role of brain’s striatum cilia in time perception

Results reveal possible new therapeutic targets for mental and neurological disorders

Joshua Grill (left) and Marina Ritchie

Controversial Alzheimer’s drug approval sparks surprising impact

UCI MIND survey finds media coverage swayed clinical trial volunteers

UCI-led study discovers pre-treatment cognitive impairment in younger cancer patients

Toxicity must be evaluated and managed at diagnosis to help prevent further deterioration

Oswald Steward

UCI’s Oswald Steward to serve as president of Society for Neuroscience

Director of Reeve-Irvine Research Center is fourth faculty member to hold prestigious post

High school students capture images of their specimens during Brain Camp’s visit to the Thompson-Peer lab.

UCI Brain Camp taps into the teenage brain

Middle and high school students share experiences in the neurosciences

Sunil Gandhi (right) and Carey Huh (left)

Eye-opening discovery about adult brain’s ability to recover vision

UCI team demonstrates the adult brain has the potential to partially recover from inherited blindness

UCI study IDs what brings our senses and thoughts together

Neuroscientists discover process behind brain’s high-level work