Neuroplasticity.
.
When I was a medical student, we were taught (and there was no doubt
about it) that fairly early in childhood the brain was cemented into
shape and incapable of further development or repair, even when diseased or
damaged. That belief dramatically effected the concept of what could be
achieved in the treatment or management of diseases of the nervous
system and greatly limited the horizons. So when I started reading
occasional articles about neuroplasticity in the early twenty first
century, I found it very promising. There is now an irrefutable body
of evidence that the nervous system possesses a plasticity we never
suspected. That given favorable circumstances it could repair or remodel
itself. That supports the thesis that new synaptic pathways can be
developed that bypass damaged areas of the brain and that structural remodeling can take place. Even the aging brain can be trained to protect old
pathways and develop new ones. The implications of that alone may be enormous. It is not clear whether various
training activities that have been designed to protect the aging brain
or help repair brain damage are effective, although some comments I have read
would suggest they are not. I would like to hear from anyone who has
had any experience of such programs before I decide whether to register myself
for one and assess its efficiency in improving memory and general
brain agility. In the meantime I intend to look further into the
specifics of neuroplasticity, a promising and encouraging phenomenon.
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