That’s
right, I just said I was going to hit the gym for my brain. Not for my arms or a killer pecs, but for the
health of my brain. Recent studies have
indicated brain health is correlated to the amount of exercise one gets through
out the day. If you think about it, it
makes sense. You have a higher blood
flow going to your brain, which means more oxygen and nutrients as well. But what about those weird games promising
better brain health. I see them all the
time on television for example luminosity, which claims to improve cognitive
brain health though fun and simple games.
They even say its “based on Neuroscience.” People seem to be flocking to those kinds of
ways to improve their brain function and sometimes spend quite a lot in the
process. There is however a more simpler
and cost effective way and just like I mentioned before it involves exercising.

Art
Kramer from the University of Illinois, Champagne came to our seminar class at
Loyola University Chicago to present his research on cognitive function in
relation to physical exercise. This presentation
was unique in the sense that it caught my attention for sure. He happened to mention a lady who started
working out at round 75 years of age and by the age of 91 had as many as 25
world records! That is beyond crazy in
my perspective. He also mentioned that
there is really no age to start working out, you kind of just need to get up
and actually do it. Kramer mentioned
that there were more studies done with aerobic exercise, which seems to be the
reason behind a lot of the finding we see today. It makes sense though through aerobic
exercises you have more blood flowing more of your body in motion.
What
should you do know? Well that’s entirely
up to you, I know I’m about to go to the gym and work on my gains for both my
muscles and my brain.
Reference:
Carl W. Cotman, Nicole C. Berchtold,
Lori-Ann Christie. University of California, Irvine Institute for Brain Aging
and Dementia, 1113 Gillespie Building, Irvine, CA 92617-4540, USA Copyright © 2007 All rights
reserved.
Trends in Neurosciences, Volume 30, Issue 9, 464-472, 1 September
2007
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