Research: Damage of people of modest height

UK researchers have recently discovered a relationship between height and dementia.

>>>The secret of those 'short-lived'

Scientists at the University of Edinburgh have recently discovered the relationship between a person's height and the risk of death from dementia.

Accordingly, men of modest height will likely lose because of dementia. Specifically, men less than 1.65m will be at risk of dementia at a rate of 50% compared to men higher than 1.72m.

To draw this conclusion, UK experts surveyed nearly 220,000 people across the UK. They will be watching diet as well as health for a long time. As a result, the researchers found a difference in height and an increased risk of dementia.

Specifically, a man taller than 1.8m will have a loss rate of 24% for dementia - less than for men about 1.75m. This study is also true for women, however, the relationship between height and memory loss is not too high, at about 13%.

Researchers explain that height is one of the important indicators of body development, but is also governed by disease, nutritional poverty, psychological stress . Article This will make one's dementia.

In addition, the lack of hormones associated with the development of hippocampus hippocampus is also evidence of dementia damage.

Dr. Tom Russ, of the University of Edinburgh, who led the study, said: " Research has shown which part of the family's need for attention is to help children have a proper diet during the development period. growing height ".

Dr. Simon Ridley, Head of Research at the Alzheimer's Research Institute, said: "Research findings help us focus on observing and monitoring the effects of life on an adult's height - those Factors that contribute to reducing the risk of memory loss later.

The height of an adult is hard to change, but we can fully adjust our lifestyle to minimize dementia by exercising, having a healthy, non-smoking diet. tobacco . to help the brain stay healthy ".

The study was published in the British Journal of Psychiatry.