PTPσ Inhibition Promotes Repair of the Brain Following Injury

Source https://www.fightaging.org/archives/2022/08/ptp%CF%83-inhibition-promotes-repair-of-the-brain-following-injury/

The brain is in principle capable of far more repair than it actually undertakes in practice. This is generally true of most tissues, since the processes and pathways of developmental growth still exist. New neurons can be produced by neural stem cells, and the synaptic connections between neurons can be rearranged to bypass damage, where possible. It is all a matter of finding the right points of control for cellular activities. With that in mind, researchers here demonstrate a way to upregulate neuroplasticity and show that, this approach produces improved function in mice, even comparatively late in the treatment of stroke damage.

In addition to <a href="https://en.wikipedia.or…

Source https://www.fightaging.org/archives/2022/08/ptp%CF%83-inhibition-promotes-repair-of-the-brain-following-injury/

The brain is in principle capable of far more repair than it actually undertakes in practice. This is generally true of most tissues, since the processes and pathways of developmental growth still exist. New neurons can be produced by neural stem cells, and the synaptic connections between neurons can be rearranged to bypass damage, where possible. It is all a matter of finding the right points of control for cellular activities. With that in mind, researchers here demonstrate a way to upregulate neuroplasticity and show that, this approach produces improved function in mice, even comparatively late in the treatment of stroke damage.

In addition to <a href="https://en.wikipedia.or…

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