Neuroscience
Electrical brain implants may help patients with severe brain injuries
After deep brain stimulation, five patients with severe brain injuries improved their scores on a test of cognitive function.
Neuroscience
More Stories in Neuroscience
- Neuroscience
In a Jedi-like feat, rats can move a digital object using just their brain
In a new study, rats could imagine their way through a 3-D virtual world, hinting at how brains can think about places that they’re not physically in.
- Neuroscience
What a look at more than 3,000 kinds of cells in the human brain tells us
A wide-reaching look at the cells that build the brain, detailed in 21 studies, showcases the brain’s cellular diversity and clues about how it works.
- Animals
These brainless jellyfish use their eyes and bundles of nerves to learn
No brain? No problem for Caribbean box jellyfish. Their seemingly simple nervous systems can learn to avoid obstacles on sight, a study suggests.
- Health & Medicine
How brain implants are treating depression
This six-part series follows people whose lives have been changed by an experimental treatment called deep brain stimulation.
- Neuroscience
Today’s depression treatments don’t help everyone
In the second story in the series, deep brain stimulation is a last resort for some people with depression.
- Health & Medicine
The science behind deep brain stimulation for depression
The third part of the series explores the promising brain areas to target for deep brain stimulation for depression.
- Neuroscience
What’s it like to live with deep brain stimulation for depression?
The fourth article in the series explores the physical and emotional challenges of experimental brain implants for depression.
- Health & Medicine
There’s a stigma around brain implants and other depression treatments
The fifth article in the series asks why people are so uncomfortable with changing the brain.
- Neuroscience
What’s the future of deep brain stimulation for depression?
The final story of the series describes efforts to simplify and improve brain implants for severe depression.
