KEYWORD

brain

Robots lend a helping hand

Stroke victims benefit from UCI engineering research

Associate professor pens Newsweek cover story

The cover story for the Sept. 2 issue of Newsweek was written by Erika Hayasaki, UCI associate professor of literary journalism. In her article, “How Poverty Affects the Brain,” she explores a growing field called the neuroscience of poverty. Though largely based on correlations between brain patterns and particular environments, she writes, “the research points to a […]

Too much ‘noise’ can affect brain development, UCI study finds

Using cutting-edge imaging technology, UCI biologists have determined that uncontrolled fluctuations (known as “noise”) in the concentration of the vitamin A derivative retinoic acid can lead to disruptions in brain organization during development. Identifying how a cell responds to a signal made by another cell, despite the level of noise present, may improve our understanding […]

Put the cellphone away! Fragmented baby care can affect brain development

UCI study shows maternal infant-rearing link to adolescent depression

To walk again

UCI brain-computer interface enables paraplegic man to take historic steps

UCI brain-computer interface enables paralyzed man to walk

Proof-of-concept study shows possibilities for mind-controlled technology

Theo van Erp

Brain abnormalities ID’d in people with schizophrenia

Performing the largest structural brain meta-analysis to date for schizophrenia, an international team of scientists – including a UCI psychiatric researcher – has identified structural brain abnormalities in patients with the disabling brain disorder, providing insight into how the condition may develop and respond to treatment.

Peter Burke

Measuring ‘brainstorms’

UCI researchers pioneer technique permitting unprecedented peek inside neurons at activity of ion channels

UCI neurobiologist Sunil Gandhi

UCI neurobiologists restore youthful vigor to adult brains

They say you can’t teach an old dog new tricks. The same can be said of the adult brain. Its connections are hard to change, while in children, novel experiences rapidly mold new connections during critical periods of brain development.

Alyssa Brewer

UCI study sheds new light on low-light vision, could aid people with retinal deficits

Brain handles day- and nighttime optical signals the same, reacts quickly to loss of input