Scientists discovered more about how the human brain responds to injuries.
They found a vital protein called Snail that helps coordinate the response of brain cells after an injury to the central nervous system.
Let's learn more about how this protein works.
A new discovery
Experts found that a particular group of cells in the CNS produces Snail to assist in the healing process following an injury.
Specialists observed that altering the amount of Snail produced had a notable effect on whether the injury healed effectively or caused more damage.
Reducing Snail production after an injury resulted in inflammation, heightened cell death, worsening of the injury, and fewer connections between brain cells.
Meanwhile, increasing Snail levels improved the results of brain injuries, indicating its potential in limiting damage caused by traumas.
This discovery suggests the possibility of developing experimental drugs that target Snail to minimize damage and improve recovery after strokes or accidents.
We need more information
We need more info to know whether increasing Snail production can effectively limit injury or support the healing of the brain.
Specialists intend to explore Snail's regulation in diseases like multiple sclerosis, aiming for drugs targeting Snail that could alleviate symptoms and expedite healing for different neurological conditions.
Even though clinical trials are still a few years away, the potential advantages could involve medications that facilitate quicker healing of stroke damage, head injuries, and even neurodegenerative conditions like dementia.
Previously, we talked about hormone receptors blocking social anxiety.
