Regular moderate exercise delays the onset of neurodegeneration in late life. Since exercise produces sweeping changes throughout the body and the operation of cellular metabolism. It is easy enough to look at what is known of the connections to brain aging, such as a reduction in the chronic inflammation associated with aging, or upregulation of beneficial metabolites leading to an increase in BDNF expression and consequent <a href="https://en.wikip…
The Still Largely Unmapped Neuroprotective Mechanisms of Exercise
Regular moderate exercise delays the onset of neurodegeneration in late life. Since exercise produces sweeping changes throughout the body and the operation of cellular metabolism. It is easy enough to look at what is known of the connections to brain aging, such as a reduction in the chronic inflammation associated with aging, or upregulation of beneficial metabolites leading to an increase in BDNF expression and consequent <a href="https://en.wikip…