1.它可以促进抗体形成。高浓度的维生素C有助于食物蛋白质中的胱氨酸还原

1. It can promote antibody formation. The high concentration of vitamin C helps reduce the cystine in food protein to cysteine, thereby synthesizing antibodies. <br>2. It can promote the absorption of iron. Vitamin C can reduce the hard-to-absorb trivalent iron to easily absorbed divalent iron, thereby promoting iron absorption. In addition, it can also make the sulfhydryl group of ferrous complex enzyme in an active state, in order to effectively play a role, so vitamin C is an important auxiliary drug for the treatment of anemia. <br>3. It can promote the formation of tetrahydrofolate. Vitamin C can promote the reduction of folic acid to tetrahydrofolate, so it has a certain effect on megaloblastic anemia. <br>4. It can maintain the activity of sulfhydrylase. It can prevent cancer. Many studies have shown that vitamin C can block the synthesis of carcinogen N-nitroso compounds and prevent cancer.

1. It can promote antibody formation. High concentrations of vitamin C help restore cysteine in food proteins to cysteine, which in turn synthesizes antibodies. <br>2. It can promote the absorption of iron. Vitamin C restores hard-to-absorb trilocal iron to easy-to-absorb tri-iron, thus promoting iron absorption. In addition, it is possible to make iron lysase and other 巯-based in an active state, in order to play an effective role, so vitamin C is an important auxiliary drug for the treatment of anemia. <br>3. It can promote the formation of tyhydroflic acid. Vitamin C can promote folic acid reduced to tyhydroflic acid after the role, so the giant young red blood cell anemia also has a certain effect. <br>4. It can 巯 the activity of the enzyme. It can prevent cancer. Many studies have shown that vitamin C blocks the synthesis of carcinogen N-nitro compounds and prevents cancer.

1. It can promote antibody formation. High concentration of vitamin C helps reduce cystine in food protein to cysteine, and then synthesize antibodies.<br>2. It can promote the absorption of iron. Vitamin C can reduce the hard to absorb trivalent iron to easily absorbed bivalent iron, thus promoting the absorption of iron. In addition, it can make the sulfhydryl group of ferrous complexase in active state, so as to play an effective role. Therefore, vitamin C is an important auxiliary drug in the treatment of anemia.<br>3. It can promote the formation of tetrahydrofolate. Vitamin C can promote the reduction of folic acid to tetrahydrofolate, so it has a certain effect on megaloblastic anemia.<br>4. It can maintain the activity of sulfhydrylase. It can prevent cancer. Many studies have shown that vitamin C can block the synthesis of carcinogen N-nitroso compounds and prevent cancer.<br>