
International study shows link between brain age and stroke outcomes
A USC-led study could potentially help identify people at risk for poorer post-stroke outcomes.
A USC-led study could potentially help identify people at risk for poorer post-stroke outcomes.
USC research finds that the daily lives of people in the Indigenous Tsimané and Mosetén communities resemble those of pre-industrial societies and may provide clues for preventing heart disease and cognitive decline.
The study — part of the USC-based, global ENIGMA Consortium — looks at brain aging and Alzheimer’s to identify predictive markers, better understand prognoses and support personalized risk evaluations.
Ishwar Puri, USC senior vice president for research and innovation, discusses some of the past year’s major accomplishments and what might be in store for 2023 and beyond.
USC scientists are the first to identify patterns of white matter connectivity exclusive to core autistic symptoms, pointing out a potential flaw in previous autism neuroscience research.
USC research led by Andrei Irimia shows how traumatic injuries increase the brain’s “biological age” and highlights the need for early monitoring.
Researchers at USC explored the link between sedentary behavior and risk of dementia, find that type of activity matters when it comes to brain aging.
A USC-led team of researchers releases expanded data set of brain scans from stroke patients in the hopes of speeding up large-scale stroke recovery research.
Researchers at Keck School of Medicine of USC move experimental drug closer to approval for clinical use.
USC neuroscientists demonstrate that, like literal language, abstract metaphors are embodied in the brain.
When Kathy Nguyen suffered a ruptured brain aneurysm while vacationing in L.A., nobody knew what was wrong with her until she was transferred to Keck Hospital of USC. Now fully recovered, she and her neurosurgeon competed together in the Arizona Ironman triathlon.
Mouse study of human stroke medication reveals potential defense against Alzheimer’s disease and other forms of dementia.
The $3 million study will unite researchers and data from 20 countries to answer some of the most pressing questions about Parkinson’s disease.
Keck School of Medicine of USC researchers, working with a Caltech team, have demonstrated a new way to produce highly detailed images of the human brain.
Factors like less access to nutritional foods and more exposure to pollution may impact the brain’s structure and volume, a new USC study finds, altering how children read and think.
The $3 million grant will help develop new neurotechnology to treat neurological and mental disorders.
USC is pooling thousands of brain scans to understand how aspects of our physical space — including air pollution, noise and green space — may impact our risk for various developmental, neurodegenerative and psychiatric problems.
USC researchers believe they have unlocked the brain and opened the door to new, personalized therapies for mental disorders.
A five-year, $1.4 million study led by USC researchers will investigate the role of perivascular spaces in brain function across the human lifespan.
Millions of Americans each year suffer traumatic brain injury, and many suffer long-term brain damage. A new ”nanocage” system to deliver drugs where they’re needed could help.
Death certificate data appear to underestimate the true mortality burden of dementia, Alzheimer’s disease and other cognitive impairment, according to a USC-led study.
USC researchers are investigating the impact of fine particle pollution on child brain growth and in older women who aren’t eating enough fish.
USC’s Sook-Lei Liew, Judy Pa and James M. Finley are researching the benefits of virtual reality for patients with Alzheimer’s disease, Parkinson’s disease or stroke.
When families struggle with the decision to end life support for a loved one, these findings — led by a USC researcher — could provide reassurance.