A simulated neuron that reacts to damage and disease like a living cell has
been developed by researchers at the University of North Carolina at Chapel
Hill. The simulator is based on equations that describe how electrical signals
are generated and travel along neurons. Ann Stuart, who developed the system,
says researchers could use it to see how various diseases affect neuron
function. Multiple sclerosis, for example, slows down signals moving along
diseased neurons. “But if you lower the temperature of the neuron [in the
simulation] you can see how it restores function,” says Stuart.
To continue reading, today with our introductory offers
Advertisement
More from New Scientist
Explore the latest news, articles and features
Popular articles
Trending New Scientist articles
1
A type of fibre that stimulates GLP-1 release approved for use in food
2
Orangutan mothers seem to plan playdates for their offspring
3
A volcano has erupted remnants of Earth's primordial magma ocean
4
Random wobbles in time could finally solve gravity’s greatest mystery
5
The world's fastest spider tops 3.5 metres per second
6
The 4 must-watch science-fiction films of the year so far
7
What is 'SpudCell'? Arguably the greatest bioengineering feat yet
8
Humans sleep the least of all apes – is it the secret to our success?
9
Fully autonomous drones have killed human soldiers for the first time
10
The best new science-fiction novels published in July 2026



