New research uncovers why acute pain fades but chronic pain lingers—revealing how the brain's pain-regulating system breaks down and pointing to new treatment possibilities.

Neuralink’s long-term vision is to develop a whole-brain interface capable of reading from and writing to neurons throughout ...

Scientists have discovered that forming a mental map of a new environment takes more than just recognizing individual ...

For the first time, a lab-grown brain-computer system has demonstrated that human neurons living and evolving in an ...

Once in the hippocampus, memories and learning can be transmitted to different parts of the brain and retrieved whenever ...

Published in Science Advances, the research pinpoints a biological “braking system” in the brain that normally keeps ...

Why does a paper cut hurt for a moment, but a bad knee can ache for years? A study suggests the answer lies deep in the ...

Diagnosing Parkinson's disease has always been a race against time. The later it’s found, the harder it is to treat.

A key feature that appears to facilitate neuroplasticity is the distinct nature of neurons compared to other cells.

The Karnataka government’s proposal to amend existing labour laws and extend working hours in the IT, ITeS, and BPO sectors ...

A new study reveals that neurons in the brainstem respond very differently to acute versus chronic pain, potentially ...