It can combine with cholesterol to form esters, and may promote its degradation into bile acid for excretion, which has the effect of lowering blood cholesterol, reducing the content of triglycerides, low-density lipoproteins and very low-density lipoproteins, and increasing the content of high-density lipoproteins. It changes the distribution of cholesterol in the body, reduces the deposition of lipids in the blood vessel wall, and can change the composition and structure of lipoproteins, increase the fluidity of cell membranes and lipoproteins, and improve or protect the function of blood vessel walls.

It is converted into pyridoxal phosphate in red blood cells and acts as a coenzyme in various metabolic functions of proteins, carbohydrates, and lipids. It is also involved in the conversion of tryptophan into nicotinic acid or 5-hydroxytryptamine.

It is necessary for the formation of antibodies and collagen, tissue repair (including certain redox reactions), the metabolism of phenylpropanoid acid, tyrosine, and folic acid, the utilization of iron and carbohydrates, the synthesis of fats and proteins, the maintenance of immune function, the hydroxylation of 5-hydroxytryptamine, and the promotion of non-heme iron absorption.

It has the effect of lowering blood lipids, can combine with fatty acids, phosphoric acid, etc. to form inositol phospholipids, and has an effect similar to choline, which can promote fat metabolism in the liver and other tissues and prevent fat accumulation in the liver.

Linoleic acid polyene is an unsaturated fatty acid that can combine with cholesterol to form esters and may promote its degradation into bile acid for excretion. It has the effect of lowering blood cholesterol and also reduces the content of triglycerides, low-density lipoproteins and very low-density lipoproteins, and increases the content of high-density lipoproteins. It changes the distribution of cholesterol in the body and reduces the deposition of lipids in the blood vessel wall; it can also change the composition and structure of lipoproteins, increase the fluidity of cell membranes and lipoproteins, and improve or protect the function of blood vessel walls. Inositol has a lipid-lowering effect and can combine with fatty acids, phosphoric acid, etc. to form inositol phospholipids. It also has a similar effect to choline, which can promote fat metabolism in the liver and other tissues and prevent fat accumulation in the liver. Vitamin B6 is converted into pyridoxal phosphate in red blood cells and acts as a coenzyme on various metabolic functions of proteins, carbohydrates, and lipids. Vitamin B6 also participates in the conversion of tryptophan into nicotinic acid or 5-hydroxytryptamine. The exact function of vitamin E is still unknown, and it is an antioxidant. Vitamin C is necessary for the formation of antibodies and collagen, tissue repair (including certain redox reactions), the metabolism of phenylpropanoid acid, tyrosine, and folic acid, the utilization of iron and carbohydrates, the synthesis of fats and proteins, the maintenance of immune function, the hydroxylation of serotonin, and the promotion of non-heme iron absorption.

Linoleic acid polyene is an unsaturated fatty acid that can combine with cholesterol to form esters and may promote its degradation into bile acid for excretion. It has the effect of lowering blood cholesterol and also reduces the content of triglycerides, low-density lipoproteins and very low-density lipoproteins, and increases the content of high-density lipoproteins. It changes the distribution of cholesterol in the body and reduces the deposition of lipids in the blood vessel wall; it can also change the composition and structure of lipoproteins, increase the fluidity of cell membranes and lipoproteins, and improve or protect the function of blood vessel walls. Inositol has a lipid-lowering effect and can combine with fatty acids, phosphoric acid, etc. to form inositol phospholipids. It also has a similar effect to choline, which can promote fat metabolism in the liver and other tissues and prevent fat accumulation in the liver. Vitamin B6 is converted into pyridoxal phosphate in red blood cells and acts as a coenzyme on various metabolic functions of proteins, carbohydrates, and lipids. Vitamin B6 also participates in the conversion of tryptophan into nicotinic acid or 5-hydroxytryptamine. The exact function of vitamin E is still unknown, and it is an antioxidant. Vitamin C is necessary for the formation of antibodies and collagen, tissue repair (including certain redox reactions), the metabolism of phenylpropanoid acid, tyrosine, and folic acid, the utilization of iron and carbohydrates, the synthesis of fats and proteins, the maintenance of immune function, the hydroxylation of serotonin, and the promotion of non-heme iron absorption.

Calcium is necessary to maintain the normal function of the human nervous system, muscles, skeletal system, cell membranes and capillary permeability

Vitamin D can participate in the metabolism of calcium and phosphorus, promote their absorption and play an important role in bone formation.

It is an essential substance for human growth and development, especially for the development of fetuses and infants, the integrity of epithelial tissue, vision, reproductive organs, the stability of blood calcium and phosphorus, and the growth and development of bones and teeth.

It is an essential substance for human growth and development, especially for the development of fetuses and infants, the integrity of epithelial tissue, vision, reproductive organs, the stability of blood calcium and phosphorus, and the growth and development of bones and teeth.

Participate in some metabolic reactions in the body. It can fight against the peroxidation of free radicals, resist aging, protect the skin, enhance ovarian function, and prevent habitual abortion.

This product participates in some metabolic reactions in the body. It can fight against the peroxidation of free radicals, resist aging, protect the skin, enhance ovarian function, and prevent habitual abortion.