My name is Dmitry Nenashev, I am PhD and a specialist in the field of epigenetic rejuvenation and body shaping. Between the ages of 25 and 35, I had some extra weight, hernias, and protrusions. My back used to ache constantly, my knees started to hurt after 10 minutes of cycling, and my health left much to be desired. I was dissatisfied with the results of medical consultations, so I got independently engaged in scientific work in the field of health, wrote a dissertation, successfully defended it, and received a PhD degree at Moscow State University of Technology and Management. I actively started to explore cutting-edge research in the field of neurobiology and endocrinology. I traveled and lived in Asia, including the “yoga capital” of Rishikesh (India) for several years, studying yoga, Ayurveda, and meditation techniques. I visited 42 (!) countries, trying to discover “recipes” for perfect well-being and effective rejuvenation techniques. Dozens of books, hundreds of lectures, and exclusive experience of communicating with centenarians and doctors around the world have done their job. Applying the knowledge I gained, I achieved unique results in my 40s: high-tech devices show my body to be 20-25 years old; my health indicators are consistently 100 out of 100; I have gained an ideal ratio of weight/height/muscle/protein and other parameters. Hernias, protrusions, and joint pains are now a thing of the past.
The knowledge gained has been formed into a system that has already helped dozens of people around the world improve their health and feel younger. My professional education in the field of epigenetics and dietetics has made it possible to better understand and explain physiological processes occurring in the body due to epigenetic rejuvenation. Now I continue to consult and train people who want to achieve good health, ideal weight, and well-being.
Epigenetic rejuvenation is a phenomenon that is being actively studied by modern scientists. Numerous scientific studies are being conducted to determine the factors influencing the body age. How are such studies conducted? Two groups of people participate in the study: reference and experimental. People in the experimental group change their lifestyles according to the recommendations of scientists. After several months, epigenetic age measurements are repeated in both groups. If there are significant positive changes in the experimental group compared to the reference one, scientists make a preliminary conclusion about the effectiveness of certain lifestyle changes. Thus, the scientific community has been gaining more arguments proving the link between specific lifestyle changes and the epigenetic age of the human body.
I should note that my methodology allows people to change their lifestyles in a comfortable format, without any unnecessary stress. It is up to individuals to choose which recommendations to integrate into their lives permanently, taking into account their inner sense of balance and harmony.
There is no such disease as biological aging. The causes of aging are disorders in cell functioning. Our body cells regularly divide and renew themselves. Within seven years, the body undergoes a complete renewal at the cellular level. If the regeneration cycle proceeds without abnormalities, it can be repeated any number of times. If failures occur, they are visible at the molecular level. Special biological marker tests (e.g., DNAm GrimAge) allow the epigenetic age of an organism to be determined by the length of telomeres (“tails” of chromosomes) and the methylation of certain DNA segments.
Surprisingly, most of these “age-related” changes are reversible. In other words, even if the structure of a DNA molecule becomes less stable with age, this stability can be restored. A person aged 30-50 can change their lifestyle and reduce their epigenetic age to 20-25. To determine a body age, smart scales are used. They analyze the ratio of protein/muscle/pulse/weight and other parameters. It can be done at home. Changes are manifested through the improved conditions of a person’s skin, hair, well-being, and energy level.
Epigenetics is a relatively new field of study that examines the factors influencing aging and gene function in general.
From an epigenetic point of view, aging is the result of changes in the body that primarily occur under the influence of lifestyle. Recent studies (e.g., by David Sinclair, professor of genetics at Harvard Medical School) demonstrate that aging can not only be slowed down but even reversed (!).