According to current literature reports, synthetic vitamin E has a protective effect on skin damage caused by ultraviolet radiation. This article will introduce how synthetic VE resists ultraviolet rays.
Ultraviolet rays are an important physical factor in human life and the occupational environment. The body produces a lot of free radicals after excessive UV radiation. This can cause cell oxidation, senescence and even mutations. Singlet oxygen free radicals are produced in the tissues, and lipid peroxides accumulate, showing dull skin tone and chloasma. Synthetic vitamin E is an antioxidant in the body, which is first oxidized by free radicals or lipid peroxides in the body. It can avoid the damage of free radicals and lipid peroxides to normal cells.
SOD is an effective scavenger of superoxide free radicals. SOD can effectively scavenge and prevent the chain reaction of free radicals caused by superoxide free radicals, and protect the subcutaneous tissues from free radical damage. And VE can improve the biological activity of superoxide dismutase (SOD), effectively prevent skin aging, and play a role in resisting UV radiation.
Ultraviolet radiation generates free radicals into the lipid phase and a chain reaction occurs. VE plays a role in capturing free radicals and is an important fat-soluble vitamin and natural antioxidant in the human body. Studies have shown that when exogenous VE is supplemented, it can prevent or block free radical reactions in pathological conditions. In addition, VE also enhances the activity of SOD and GSH2Px, and strengthens the anti-ultraviolet effect of VE. VE and the body's cell antioxidant defense system have a common antioxidant effect.
From the above information, we can know that Synthetic vitamin E has the effect of resisting skin ultraviolet radiation damage. Therefore, it is recommended to choose vitamin E dietary supplements to protect against UV skin damage and beauty.