Feeling stressed? Running for five kilometers daily will help

New Delhi: Previously conducted numerous studies have shown solid evidence of how regular exercise in any form can contribute towards treating a plethora of health issues.

Adding to the list, a new study has claimed that running for an average five kilometers daily may help you get rid of stress and also protect your memory.

Previous studies have associated regular exercise with boosting brain power and overall mental well-being.

The study found that running mitigates the negative impacts chronic stress has on the hippocampus – a brain region responsible for learning and memory.

Inside the hippocampus, memory formation and recall occur optimally when the synapses or connections between neurons are strengthened over time. That process of synaptic strengthening is called long-term potentiation (LTP).

Chronic or prolonged stress weakens the synapses, which decreases LTP and ultimately impacts memory, the researchers noted.

"Exercise is a simple and cost-effective way to eliminate the negative impacts on the memory of chronic stress," said lead author Jeff Edwards, Associate Professor at the Brigham Young University in Utah in the US.

"While we can't always control stress in our lives, we can control how much we exercise. It's empowering to know that we can combat the negative impacts of stress on our brains just by getting out and running," the researcher added.

For the findings, published in the journal of Neurobiology of Learning and Memory, the team put one group of mice overrunning wheels for four weeks (averaging five kilometers a day).

Another set of mice was left sedentary. Half of each group was then exposed to stress-inducing situations such as walking on an elevated platform or swimming in cold water.

One hour after stress induction, researchers carried out electrophysiology experiments on the animals' brains to measure the LTP.

The results showed that the stressed mice who had exercised had significantly greater LTP and memory functioning than the stressed mice who did not run.

(With IANS inputs)