Being Fit May Reduce Brain Shrinkage in Early Alzheimer’s Disease

The news story that is the subject of this blog entry is based on found being physically fit can prevent brain shrinkage in Alzheimer’s patients. This story belongs in the Happeh Theory For The Scholar section because it supports the claim by Happeh Theory that something that happens in one part of the body can affect another seemingly unconnected part of the body.

Western science cannot explain why exercise of the arms, the legs, or any other part of the body,would benefit the brain up in the skull.

According to Happeh Theory the entire human body is interconnected with various degrees of strength. The benefits of physical exercise of the arms, the legs, or other parts of the body, travel through these connections to the brain, where they provide the benefits noted by this study.

The original news story is presented next.


Chalk up another benefit of being physically fit, this time for people who have early Alzheimer’s disease.

A new study links cardiorespiratory fitness to less brain shrinkage in people with early Alzheimer’s disease.

Researcher Jeffrey M. Burns, MD, says in a news release that Alzheimer’s patients were also compared to those who did not have the disease.

“People with early Alzheimer’s disease who were less physically fit had four times more brain shrinkage when compared to normal older adults than those who were more physically fit, suggesting less brain shrinkage related to the Alzheimer’s disease process in those with higher fitness levels,” the researchers write.

Researchers tested 121 people aged 60 or older. Fifty-seven of those had early stages of Alzheimer’s disease; 64 others had no dementia.

The Alzheimer’s group was looked at for how fit participants were within that group and also compared to a group with no dementia.

The participants were tested on treadmills to see what their peak oxygen consumption (also known as VO2) was. The VO2 is the standard used to measure cardiorespiratory fitness. They researchers used this measure to assess physical activity level. The participants were also given mental assessments and MRIs (magnetic reasoning imaging) to examine the gray and white matter in their brains.

Burns is with the University of Kansas School of Medicine. He says the results could show that exercise can be crucial to thinking clearly: “People with early Alzheimer’s disease may be able to preserve their brain function for a longer period of time by exercising regularly and potentially reducing the amount of brain volume lost. Evidence shows decreasing brain volume is tied to poorer cognitive performance, so preserving more brain volume may translate into better cognitive performance.”

The study cites that other research in older adults who do not have Alzheimer’s has shown that exercise can help keep the brain from changing because of aging.

The researchers say their study is one of the first to look at how physical fitness is related to Alzheimer’s disease.

They urge more research because the results were based on taking the standard measure of fitness at just one time.

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