Why do people get sick?
In the 20s, even if you stay up late every day, three meals are irregular, but the skin is still tight, fine lines and white hair is not obvious. After a certain age, such as more than 30 years old, even if you have paid attention to health, but people are still like a deflated ball, quickly become shriveled and old, all aspects of the body feel much less than before, a variety of problems have emerged.
According to a paper published in Nature Medicine by a team from Stanford University in the United States, people probably do not age slowly and evenly.
But at the age of 34, 60, 78, suddenly accelerated collapse.
Time is relentless, with the growth of age, especially the facial skin aging is the most obvious, can be shown as dry skin slack, skin dullness, wrinkles, skin thinning,
Everyone is eager to youth not old, resistance to aging is the eternal topic of human beings, modern scientific research shows that although it is not feasible to prevent aging, but there are operational ways to delay aging.
Throughout history, human evolution has essentially been a struggle against disease, aging, and death.
Human beings in the fight against disease, aging to discover free radicals in the battle to carry out a health revolution, if the 20th century is the era of vitamins, then we can undoubtedly say that the 21st century will be the era of SOD!
SOD has many accolades
The world scientific community calls SOD a "magical enzyme."
The medical community calls SOD a specific "scavenger" of oxygen free radicals.
Social circles say SOD is the "scavenger" of human waste.
In Europe, SOD is called "soft gold" and "oral cosmetics" for the human body.
SOD is recognized in the world as the king of human anti-aging and the patron saint of physical health.
SOD is sufficient, free radicals are captured, cells are active and healthy, and the human body is young and healthy.
SOD loss, cells are damaged by free radicals, the human body will face illness, aging and death.
Supplement exogenous SOD
In order to maintain a young and healthy body, people need to supplement exogenous SOD throughout their lives.
However, although SOD is good, it is extremely delicate, and long-term exposure in the air, high temperature, seasonings, stomach acid, etc., will make SOD lose its activity.
Therefore, people through the daily diet, the absorption rate of SOD supplement is less than 5%, and can not meet the needs of the body to fight aging and prevent disease.
Therefore, exogenous SOD supplementation was performed.
The benefits of SOD supplementation
1️⃣ In order to supplement SOD for the body, increase the content of SOD, remove excessive free radicals in the body, activate cells, repair cells, to delay the effect of aging.
2️⃣ Supplement corn oligopeptide to provide energy to cells, and can achieve body detoxification.
3️⃣ restore intestinal peristalsis function, discharge intestinal stool, toxins.
Four stages of reverse age
The first stage: clear intestinal stool and toxins, activate intestinal function.
The gut is the body's largest detoxification organ and immune system, allowing the gut to return to a normal state.
The second stage: Clean the blood and organ toxins, improve the sleep cycle.
The third stage: SOD and Glutathione peroxidase and catalase enter the body to activate cells.
The fourth stage: 120 days for a complete cell metabolism cycle, the body functions return to normal, energetic, full of vitality, stick to use you can see a younger self.
Malondialdehyde is the end product of free radical chain reaction, which has been included in the list of carcinogens by the World Health Organization, and tyrosinase is an important rate-limiting enzyme for melanin formation.
Experimental data show that long-term administration of SOD can significantly reduce the level of malondialdehyde and tyrosinase, so as to repair skin damage, reduce color spots, bid farewell to dullness, firm skin, smooth wrinkles, improve skin from the root, make skin white, moisturizing, smooth and bright, and achieve a better life with biotechnology.
In addition, glutathione, simply from the perspective of composition characteristics, as a natural oxidizing reducing agent, plays an important role in skin whitening.
The main ingredient of whitening needles is glutathione, which has the function of inhibiting melanin synthesis, reducing melanosis, promoting the decomposition and excretion of melanin.
1. Inhibitory effect of glutathione on melanogenesis and its mechanisms: Song Y.J. et al. (2015). Inhibitory effect of glutathione on melanogenesis and its mechanisms.
Conclusion: Glutathione can inhibit melanin synthesis by inhibiting tyrosinase activity.
2, Antioxidant properties of Glutathione: Xiao X. et al. (2018). Glutathione: A review on its role and significance in dermatology.
Conclusion: Glutathione has a powerful antioxidant effect, which can clear free radicals in the body and reduce melanin production.
3. The role of glutathione in melanin decomposition and excretion Hao L. et al. (2017). Glutathione in melanogenesis and its clinical significance in hyperpigmentary disorders.
Conclusion: Glutathione can promote the decomposition and excretion of melanin, help to reduce melanosis and improve the uneven skin color.
The action mechanism of glutathione in whitening is various, including inhibiting melanin synthesis, having antioxidant properties and promoting melanin decomposition and excretion.
The combination of these mechanisms makes glutathione an effective whitening ingredient.
References:
Song Y.J., Xia M.Z., Zhang Y.L., et al. Inhibitory effect of glutathione on melanogenesis and its mechanisms. Journal of Dermatological Science. 2015; 79(3): 244-251.
Xiao X., Luo D., Li C., et al. Glutathione: A review on its role and significance in dermatology. Dermatologic Therapy. 2018; 31(3): e12593.
Hao L., Feng Y., Hao D., et al. Glutathione in melanogenesis and its clinical significance in hyperpigmentary disorders. Pigment Cell & Melanoma Research. 2017; 30(5): 548-558.
Liu, C., et al. (2019). "Superoxide dismutase as a potential therapy for melasma: A review." Journal of Cosmetic Dermatology 18(5): 1283-1288.
Li, Z., et al. (2018). "Superoxide dismutase: Activation and applications in skin disorders." Oxidative Medicine and Cellular Longevity 2018: 1984198.
Kim, J. E., et al. (2017). "Skin protective effect of superoxide dismutase on hairless mice exposed to UV radiation." Journal of Dermatological Science 86(3): 179-186.
