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Might researchers one day design prosthetic limbs that respond to the brain’s signals? Will brain scans someday allow researchers to read a person’s thoughts? Recent advances in neuroscience are spurring the development of technology to address long-standing challenges. And the development of new technologies — such as ways to trace connections between our 100 billion nerve cells, decode activity patterns in neural circuits, and turn cells on and off with light — are guiding scientists to new understanding of the brain and nervous system. New technologies also aim to improve doctors’ abilities to diagnose neurological or psychiatric illness earlier and expand treatment options for people with brain disease or injury. For instance, therapies aimed at identifying and replacing defective genes or nerve cells are currently being tested. With each discovery, scientists uncover new details about brain function and how it differs in health and disease.


Source: Society for Neuroscience
The discovery of a protein that gives jellyfish their colorful glow revolutionized scientists' view of the nervous system, allowing them to add color to what had only been seen in black and white.
Source: TED
Mice, bugs and hamsters are no longer the only way to study the brain. Functional MRI (fMRI) allows scientists to map brain activity in living, breathing, decision-making human beings.

Technologies in the News

Source: Simons Foundation Autism Research Initiative
Date: 14 Aug 2014

Researchers have developed a set of software tools called Thunder that can find meaningful patterns in large-scale data on brain activity.

Source: Scientific American
Date: 14 Aug 2014

A new study reports on an optical technique that can replicate functional MRI experiments, and it is more comfortable, more portable and less expensive.

Source: The Washington Post
Date: 11 Aug 2014

The 3D tissue could help researchers understand how brains are affected by disease and trauma.

Source: The Guardian
Date: 31 July 2014
Similarities in the brain responses of small groups of people may predict the popularity of a product within the wider population.
Source: Inside Science
Date: 18 July 2014

Genetically engineered protein responds remotely to red light in the brains of mice.

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