In a study, paralyzed people with tiny brain implants were able to directly operate a tablet just by thought.
Studies have associated low zinc levels with autism spectrum disorder. But why this should be the case has been unclear. Now, scientists may have an explanation for the link.
Genetic mutations affecting a single gene called LRRK2 play an outsized role in Parkinson's disease, but nobody's been able to say what the connection is between the genetic defect and the brain-cell die-off that characterizes the condition. Here's a clue.
A Stanford specialist clarifies misconceptions about acute flaccid myelitis, a rare complication of certain viral infections in children.
A new review article investigates the relationship between heavy media multitasking and cognition to determine how media use is shaping our minds and brains.
Stanford researchers have identified that the paraventricular thalamus serves as a kind of gatekeeper that identifies and tracks the most relevant details.
Stanford researchers are using specially equipped mouth guards to measure how concussion happens during head impacts in high school football players.
Stanford engineer Ellen Kuhl is using computer modeling to provide insight into the progress of neurodegenerative diseases like Alzheimer's.
The Camarillo lab uses alignment simulations, including a version that mimics a woodpecker, to study the role of neck muscles in concussion prevention.
New Stanford study reveals our brain’s serotonin system is actually composed of multiple parallel subsystems that sometimes act in opposing ways.
How risky are roller coasters for the human brain? A team of Stanford engineers rode roller coasters for science, hoping to find out.
Stanford researchers examine the use of deep brain stimulation therapy to treat alcohol use disorders and reduce relapse rates.
An electrochemical on/off switch in the brain may spell the difference between sociability and social awkwardness, scientists have learned.
A team of Stanford researchers have developed a nanoparticle that allows them to track molecular signals within a neuron.
Brain regions not directly involved in the receipt of pain signals play a key role in the perception of pain, and show the importance of non-drug therapies.
Low levels of a substance, acetyl-L-carnitine, in the blood are associated with depression. Could this "mood mirror" be a cure for the blues?