Newer anti-seizure drugs have a good safety profile for the baby when used in pregnancy and breastfeeding, according to a Stanford-led study.
Stanford bioengineer, neuroscientist and psychiatrist Karl Deisseroth has written a new book -- and it’s not a ‘science book.’
The medical community has long seen the value of music in wellness, but our appreciation is growing because of its close link to mental and physical health.
We know that cellphones distract drivers. But now, Stanford Medicine researchers have brain imagery and driving metrics to show how.
Blood levels of a brain-derived substance in people in their 90s and 100s accurately predict how much longer they're going to live.
Stanford researchers have created a molecular probe designed to map how the brain works by tagging, recording and controlling functions of individual cells.
Stanford scientists have found two genes associated with concussion. Screening football players and military might identify those at higher risk.
With changes in ultrasound technology, Stanford researchers have improved the method of diagnosing brain bleeds, a common form of birth injury in newborns.
Stanford researchers have shown how to create wireless brain-computer interfaces that could enable amputees to operate thought-controlled prostheses.
Stanford-led research finds that the blood-brain barrier may be much more permeable -- albeit selectively so -- than previously thought.
Reece and Alister Sharp, daughters of Stanford neurosurgeon Odette Harris, co-authored a children's book to share their experience.
Going outside soon after waking — rather than hopping directly onto a video call — will help you sleep better, says a Stanford vision researcher.
There's a lot we can do to improve brain health and counteract genetic factors for memory loss, Stanford neuroscientist Sharon Sha says in a podcast.
A Stanford neurologist and her colleagues are zeroing in on identifying causes and treatments for chemo brain.
An innovative stem cell delivery method vastly improves the viability of tissue regenerating cells in animal spinal-cord injury models.
Stanford University researchers created a device that, if implanted in a brain, could help record the activity of thousands of neurons.
