Displaying 1361 - 1380 news posts of 1425
Different mental disorders cause same brain-matter loss, study finds
Unlocking the brain’s plasticity
Study ties immune cells to delayed onset of post-stroke dementia
Youth; It's In The Blood
New version of common antibiotic could eliminate risk of hearing loss, study finds
Blocking receptor in brain’s immune cells counters Alzheimer’s in mice, study finds
Stanford scientists seek to map origins of mental illness and develop noninvasive treatment
Are healthy girls affected physically by their mothers' depression
Researchers following adolescent and pre-adolescent healthy daughters of mothers with a history of depression, have found that the chromosomes of these high-risk girls show signs of cellular aging.
Stanford researchers bridge education and neuroscience to strengthen the growing field of educational neuroscience
A brain-imaging discovery by Stanford scientists resolves a century-old argument
Study finds brain abnormalities in chronic fatigue patients
Cannabis connection
Wernig wins stem cell prize, Giocomo named neuroscience investigator
Decoy drug developed by Stanford Bio-X scientists allows brains of adult mice to form new connections
New wave of brain research aims to understanding every function
The National Institutes of Health last week announced $47 million in grants as part of President Obama’s Brain Initiative, a project announced 18 months ago to, in the simplest language, reverse-engineer the human brain. The grants were among the first in a roughly 11-year plan that could cost more than $3 billion.
Miniature wireless device being developed by Stanford Bio-X team creates better way of studying chronic pain
Efforts to refine tools for recording brain activity get $1 million boost with BRAIN Initiative grant
Can transfusions of young blood help cure Alzheimer’s in older people?
It sounds like the dark plot of a vampire movie. Next month, people with Alzheimer’s disease will be given the blood of young people in the hope that it will reverse some of the damage caused by the condition.
Researchers delve into what triggers set species apart
The genetic makeup of humans, fruit flies and roundworms is remarkably similar, which is why scientists have long favored using the latter two organisms to study human conditions and diseases. But a team of Stanford researchers is beginning to unravel some of the specific genetic triggers that occur during each species’ development to set them apart.