A blood test to detect the biological era of the organs may predict the risk of years of health status, or even decades later in the search by a team led by researchers at the University College London in the United Kingdom.
His study, which was published in Lancet Digital Health, found that rapid aging of a specific organ increases the chances of diseases affecting the whole body, Medical News Today,
The board was explained to the interventional interventional cardiologist Cheng-Han Chen, who was not involved in this research, Medical News Today Those individuals who had large organ age intervals were threatened by the development of diseases later in life.
For example, the difference of a high heart-age was later paired with high risk of heart disease in life.
However, it was also found by researchers that advanced aging in a specific organ increased the risk of multi-face diseases, and rapid aging in more than one organs increases the risk of disease in the same organ.
In addition, the effects of cellular aging were widespread, in which the rapidly growing organs were associated with higher mortality.
Jagdish Khubchandani, a public health professor at New Mexico State University, who is not involved in this study, explained how the organs can affect each other.
“For me, the most interesting discovery was on how the aging of one organ affects the possibility of disease and aging of other organs,” he told medical news today.
Khubchandani said, “It makes some sense because these organ tasks affect each other.”
He said: “In addition, there are shared immunity, genetic, vascular and inflammatory mechanisms. But, from a practice point of view, these interrelations will make preventive practice and medical development challenging. Nevertheless, it was a very important investigation with several novel conclusions. ,
The age intervals, which were seen within the immune system, were strongly associated with the post -aging intestine with subsequent development of dementia, the strongest risk factor for Parkinson’s disease.