What Is the Structure of Vitamin E?

Vitamin E is a fat-soluble vitamin whose hydrolysis product is tocopherol, which is one of the most important antioxidants. ^[1] Soluble in organic solvents such as fat and ethanol, insoluble in water, stable to heat and acids, unstable to alkalis, sensitive to oxygen, and insensitive to heat, but vitamin E activity is significantly reduced during frying. Tocopherol can promote the secretion of sex hormones, increase the sperm vitality and quantity of men; increase the concentration of female estrogen, increase fertility, prevent abortion, and can also be used to prevent and treat male infertility, burns, frostbite, capillary bleeding, menopausal syndrome, Beauty and other aspects. Recently, it was also found that vitamin E can inhibit the lipid peroxide response in the lens of the eye, expand the peripheral blood vessels, improve blood circulation, and prevent the occurrence and development of myopia. The phenolic hydroxyl group on the vitamin E benzene ring is acetylated, and the ester is hydrolyzed to the phenolic hydroxyl group to form tocopherol. People often mistake vitamin E for tocopherol.

Vitamin E

Vitamin E (Vitamin E) is a

Vitamin E was discovered as early as the 1920s. Evans and his colleagues discovered that rancid

Method name: Determination of Vitamin E-gas chromatography.

Application: The method uses

Vitamin E can promote

Vitamin E is the largest in the global market

1. Delays aging, effectively reduces wrinkles and maintains youthful appearance.

2. Reducing the oxygen consumption of cells makes people more durable and helps reduce leg cramps and stiff hands and feet.

3. Antioxidants protect the body's cells from the damage of free radicals.

4. Improve lipid metabolism and prevent

   Vitamin C, Vitamin E, and -carotene all have the effect of inhibiting free radical activity and protecting human cells, but their effects are different:

   Vitamin C is a water-soluble vitamin that can circulate in the blood and fluid inside the cell

   Vitamin E is fat-soluble and can protect unsaturated fatty acids from free radicals in the body. Unsaturated fatty acids have the function of protecting the internal organs.

   Beta-carotene regulates hypoxic sites, such as the microvessels in the muscle, so it has the most protective effect on parts with many microvessels such as eyeballs and lungs. Each type of antioxidant exerts its best effect in different parts, and three types of supplements can be added together to achieve comprehensive body protection.