Neuroscience News

A brain system involved in everything from addiction to autism appears to have evolved differently in people than in great apes, a team reports Thursday in the journal Science.

Ultrasonic energy can be harnessed to alter brain activity and treat disease — but first, scientists need to learn how it works.

Brain-machine interfaces now treat neurological disease and change the way people with paralysis interact with the world. Improving those devices depends on getting better at translating the language of the brain.

The Stanford Neurosciences Institute recently awarded its second round of seed grants to six interdisciplinary teams of researchers.

The findings of a new Stanford-led study suggest that illicit drugs are beginning to replace prescription opioids as the source of the national drug epidemic.

What is it that makes some people the life of the party, others recluses and still others shoulder-shruggingly indifferent to the delights of social interaction?

Andrew Huberman on using virtual reality to overcome your fears.

Carla Shatz, her breakthrough discovery in vision and the developing brain

Stanford researchers have used a revolutionary 3-D culture technique to nurse a very slowly developing set of brain cells known as astrocytes to maturity in laboratory glassware.

Researchers examined the most commonly used non-pharmaceutical pain management therapies following knee replacement surgery to see if they did indeed work to reduced pain while the patient was in the hospital. They found that acupuncture and electrotherap

A new study, conducted by Stanford psychiatrist, neuroscientist and inventor Karl Deisseroth, MD, PhD, and colleagues, suggests that key features of autism reflect an imbalance in signaling from two kinds of neurons in a portion of the forebrain.

Stanford researchers used advanced lab technologies to show, in mice, that symptoms of autism can be countered by reducing the ratio of excitatory to inhibitory neuronal firing in the forebrain.

A tiny set of nerve cells in a male mouse’s brain activates aggression. But a new Stanford study shows that the male’s susceptibility to this activation depends on whether it has been housed with other mice or in isolation.

Male mice are naturally territorial. In the wild or in the lab, they attack other male mice even if plenty of room, food and females are available. This behavior is under the control of a small nerve circuit in the male mouse’s brain; disabling the circui

Addiction changes the brain in lasting ways, and some brains are more vulnerable than others.

Legal and illegal drugs are killing more people than AIDS ever did, yet the nation’s drug policies are based on unproven assumptions about addiction. Neuroscience could help shape more effective policies and save lives.