Suggestions or feedback?

Browse By

Topics

View All →

Explore:

Departments

View All →

Explore:

Centers, Labs, & Programs

View All →

Explore:

Schools

View all news coverage of MIT in the media →

Listen to audio content from MIT News →

Close

Topic

Neuroscience

Download RSS feed: News Articles / In the Media / Audio

Three members of the team that found growth factor prevents the effects of visual deprivation in the brain pose in the lab. They are: Daniela Tropea, a postdoctoral fellow at the Picower Institute for Learning and Memory, seated; Gabriel Kreiman, a postdoctoral fellow with the McGovern Institute for Brain Research; and Mriganka Sur, head of the Department of Brain and Cognitive Sciences at MIT.

Brain researchers see visual role for growth factor

April 28, 2006

MIT research offers new hope for Alzheimer's patients

April 27, 2006

Research gives lazy eye theory a workout

April 14, 2006

Scolnick Prize winner to talk at McGovern

April 12, 2006

Nobelist unravels smell at Picower symposium

March 29, 2006

Scientists show that children think like scientists

March 24, 2006

Warbling whales speak a language all their own

March 22, 2006

A rat's whiskers help the animal create a topographic map of its surroundings in its brain, MIT researchers report.

Rat whiskers lead to brain map

March 22, 2006

Picower research finds unexpected activity in visual cortex

March 16, 2006

Research scientist Rutledge Ellis-Behnke, left, and Professor Gerald E. Schneider, both of the Department of Brain and Cognitive Sciences, worked with others to create a technique that helps rodents recover from traumatic brain injuries. The monitor shows a microscopic view of the brain repair.

MIT researchers restore vision in rodents blinded by brain damage

March 13, 2006

Ruth Bodner, a postdoctoral fellow in MIT's Center for Cancer Research, has discovered a compound that could lead to the development of a new treatment for Huntington's disease, a fatal neurodegenerative disorder.

Research holds promise for Huntington's treatment

March 6, 2006

MIT researchers have found that synchronized neurons speed up attention. The color scale in these graphs indicates the degree of synchronized activity of neurons in the monkey's V4 area of the visual cortex. The more the neurons fire in synchrony (red), the faster the monkey notices a small color change in an attended picture (348 instead of 498 milliseconds).

Neurons in sync focus attention, researchers find

February 24, 2006

'Mad cow protein' found to aid creation of brain cells

February 16, 2006

Newton student wins Brain Bee at Picower

February 16, 2006

This confocal microscopy image shows activity in the rat brain, with the retinal nerve pathway showing green and the functional synapses appearing yellow.

Eyes wide shut: McGovern research sheds light on visual circuits

February 14, 2006