An international team of scientists, which consists of researchers from Russia, the USA and Singapore, presented
The researchers explained that with thistest they can determine its general state (they also call it "dynamic state"), which shows the general level of physiological stability - this will help predict the maximum possible life span of a person. The details of the development of this test, the researchers described in the journal Nature.
Scientists have found that over time, the conditionthe organism decreases, it reaches the worst condition by the age of 120-150. They determine this using special biomarkers - predictors of aging. In the future, they can also be used for the selection of anti-aging products.
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The researchers emphasized that mostfactors that are associated with aging can be modified pharmacologically. In addition, by analogy with the stability of ecological systems, such dynamic properties as physiological stability (the rate of recovery from disturbed states of the organism) are also associated with mortality and can serve as an early warning sign of impending health consequences. Therefore, for the rational design, development and clinical validation of effective anti-aging measures, a better quantitative understanding of the complex relationship between slow physiological dynamics, persistence and exponential acceleration of morbidity and mortality is required.
Scientists used this knowledge toa systematic study of aging, body health fluctuations and gradual loss of stability in a data set including several blood tests. They can provide a complete picture of the state of the human body along the individual aging trajectory.
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