neuroscience

A new study by UCLA researchers found that meditation appeared to help preserve the brain’s gray matter, the tissue that contains neurons.

Study found that paramedics can give intravenous medications to stroke patients within the “golden hour,” the window during which treatments are most likely to help patients avoid long-term neurological damage.

Genes relating to immune function and histone methylation — molecular changes that alter DNA expression — are risk factors.

UCLA researchers found that giving oxytocin to mice with autism-like symptoms restored their normal social behavior.

Why do some people develop PTSD while others who suffered the same ordeal do not? A UCLA discovery may shed light on the answer.

UCLA researchers found that although Prozac and Lexapro were thought to work the same way, the medications did not produce the same long-term changes in anxiety behavior.

New UCLA brain research offers hope that lost memories can be restored. The study provides evidence that long-term memory is not stored at synapses, as previously thought.

New findings by UCLA neurophysicists could be significant for people who use virtual reality for gaming, military, commercial, scientific or other purposes.

When adult mice with Noonan syndrome were treated with lovastatin, their memory and ability to remember objects and navigate mazes improved dramatically.

Research funded by the grant will help scientists understand how disrupted genes affect brain structure, both in healthy individuals and in those with neurologic and psychiatric diseases.

UCLA researchers demonstrated that, in pregnant mice, inflammation can trigger an excessive division of neural stem cells that can cause “overgrowth” in the offspring’s brain.

In a small-scale study, nine of 10 people with the disease displayed subjective or objective improvement in their memories beginning within three to six months.

Dr. X. William Yang and Dr. Daniel Geschwind are among more than 100 investigators who received funding for BRAIN Initiative research.

Symptoms of post-traumatic stress disorder can develop in adults even with no explicit memory of an early childhood trauma, UCLA psychologists report Aug. 15 in the journal Biological Psychiatry.

The largest-ever genomic study published on any psychiatric disorder provides important new insights about the biological causes of schizophrenia, and it could lead to new approaches to treatment.

Taking advantage of the recent dramatic advances in neuroscience, the authors write, could lead to new and improved psychological treatments.

The diverse group gathered at UCLA to learn about a bill authored by Assemblyman Ken Cooley that would require new football techniques and reduce high-impact contact during practice.

As part of a major federal initiative, campus researchers have been awarded $15 million to create a wireless, implantable device that could restore memory to millions.

The study suggests a new way to think about the human brain under anesthesia and could encourage physicians to reexamine how they approach monitoring anesthesia in the operating room.

UCLA surgeons today operated on a patient with Superior Semicircular Canal Dehiscence, a disorder that forces her to hear noises from inside her own body. The surgery was covered live on Twitter and Instagram.

Led by Dr. Ming Guo, the team identified a new gene involved in the neurological disorder, a finding that could eventually lead to a new target for treatment.

The findings may help doctors develop interventions to help lower risk for memory issues, UCLA researchers say.

Tisch's funding will help UCLA create the world’s most sophisticated research, prevention and treatment program for athletics-related brain injuries.

The combination of the female hormone estriol with a commonly used MS drug appears to lower the relapse rate by nearly 50 percent.

The task force, which included UCLA's Dr. Gary Mathern, created a new definition that broadens the scope of the brain disease and expands the number of people who can be considered to have epilepsy.