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image: Neuroprosthetics


By , and | November 1, 2014

Linking the human nervous system to computers is providing unprecedented control of artificial limbs and restoring lost sensory function.


image: Patient Zero Identified?

Patient Zero Identified?

By | October 30, 2014

Researchers pinpoint the source of the current Ebola outbreak in West Africa to 2-year-old boy who died in southern Guinea.


image: Leader in Birdsong Research Dies

Leader in Birdsong Research Dies

By | October 29, 2014

Allison Doupe, a neuroscientist known for her work exploring the neural mechanisms of learning, has passed away.


image: Ebola Update

Ebola Update

By | October 27, 2014

As the number of people infected with the deadly virus in West Africa surpasses 10,000, some countries seek to protect themselves against imported infections, while researchers race to bring vaccines to the hardest-hit nations.


image: WHO: TB’s Toll Worse Than Thought

WHO: TB’s Toll Worse Than Thought

By | October 22, 2014

A new report from the World Health Organization finds that tuberculosis has infected hundreds of thousands more people around the world than was estimated a year ago.

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image: Still There

Still There

By | October 20, 2014

Researchers identify brain activity patterns that may indicate when an unresponsive patient is conscious.


image: Neuro-Insights into Holding It

Neuro-Insights into Holding It

By | October 17, 2014

Scientists reveal the neural underpinnings—and muscles tightly linked with—the involuntary flexing of the pelvic floor, which comprises muscles that help us delay urination.


image: Week in Review: October 13–17

Week in Review: October 13–17

By | October 17, 2014

Snail not extinct after all; results too good to be true?; mice need myelin production for motor learning; keeping the brain young; the evolution of archaea


image: Myelin’s Role in Motor Learning

Myelin’s Role in Motor Learning

By | October 16, 2014

The production of new myelin in the brain—a function of non-neuronal glial cells—may be necessary for motor learning, a mouse study shows.


image: Turning Back the Brain’s Clock

Turning Back the Brain’s Clock

By | October 15, 2014

The brain’s ability to make new neural connections can be restored in mice by blocking a protein that normally acts as a natural brake on neuroplasticity. 

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