Cordyceps sinensis repairs DNA damage
DNA in human cells is a macromolecular life form that supports the normal physiological functions of cells and supports its own survival. This life form can be damaged by various harmful factors in the internal and external environment of the body However, if the ability to repair DNA is low or defective and the damaged DNA cannot be repaired correctly, this can lead to cell death or gene mutation resulting in inability to regulate. normal cellular functions such as material metabolism and reproduction in other aspects or activation of proto-oncogenes leading to cancer.
A large body of research shows that with age, the ability of the animal body to repair DNA damage gradually decreases. For example, once the DNA of rat muscle cells and chicken red blood cells is damaged, only young animals can repair it, but old ones. animals cannot. The ability to repair DNA damage in the dog's small neurons declines with age.
A recent laboratory study shows that the ability to repair DNA damage in older people over 60 is significantly lower than that of young people aged 19-25. There are studies that demonstrate how the ability to repair DNA damage is related to the body's lifespan. Among mammals, those with longer lifespans have stronger regenerative abilities, while those with the shortest lifespans have the lowest regenerative abilities. A similar situation exists among animals of the same species. For example, bred long-lived breeds have stronger recovery abilities than short-lived ones.
The above scientific facts show that a reduced or defective ability to repair human DNA damage may be an important cause of aging or cancer of the body, on the contrary, any measures to improve the ability to repair DNA damage or compensate for defects in the repair of DNA is supposed to slow the aging of the body and improve aging. A recent double-blind comparison between us and clinical scientists showed that Cordyceps sinensis can significantly improve the ability to repair DNA damage.
A research institution conducted an experiment in which elderly people with various symptoms of aging were randomly divided into two groups using a double-blind method. One group received Cordyceps Sinensis and the other group received a placebo after premedication and postmedication. Recovery of lymphocytes and monocytes after UV damage was conducted under strictly controlled conditions and the experimenter did not know whether any of the subjects received Cordyceps Sinensis or placebo. The ability of cells in the Cordyceps sinensis group to repair DNA damage was significantly higher than that in the placebo group. At the same time, most of the aging symptoms of the subjects who took Cordyceps sinensis were significantly improved, such as mental improvement, energy, reduced dizziness and tinnitus, increased appetite and heat, sensitivity to cold, and lower back and leg pain were significantly reduced , especially the frequency of nocturia (frequent urination at night) was significantly reduced, significant reduction of age spots on the face