D-biotin is eight forms of water-soluble vitamins, biotin, also known as vitamin B7. It is a coenzyme-or coenzyme-used in many metabolic reactions in the body. D-biotin is involved in lipid and protein metabolism and helps to convert food into glucose, which the body can use as energy. It is also important for maintaining skin, hair and mucous membranes.
Biotin is an essential coenzyme in carbohydrate, fat and protein metabolism. Participate in the conversion between carbohydrates and proteins, and the conversion of proteins and carbohydrates into fats. It also acts as a coenzyme of carboxylase to transfer carboxyl and fix carbon dioxide. It also acts as a carboxyl carrier for many enzymes, fixing carbon dioxide and decarboxylation in carbohydrate metabolism. Biotin is involved in the metabolism of sugar, protein and fat in animals in the form of coenzymes.
Physiological function:
1. Biotin involved in lipid metabolism is involved in fatty acid synthesis, and is also an essential substance for long-chain unsaturated and normal fatty acid synthesis and fatty acid metabolism. By the way. Biotin is also related to acetylcholine synthesis and cholesterol metabolism. 2. Biotin involved in protein and nucleic acid metabolism plays an important role in protein synthesis, amino acid deamination, purine synthesis, carbamyl transfer and catabolism of leucine and tryptophan. It is also necessary for the transfer and decarboxylation of a variety of amino acids. 3. Participate in carbohydrate metabolism in the body. Biotinase, which is an essential component of tricarboxylic acid cycle, is involved in catalytic decarboxylation and carboxylation. It participates in and affects the metabolic process of decarboxylation of pyruvate to oxaloacetic acid, conversion of malic acid to pyruvic acid, mutual transformation of succinic acid and propionic-acid, and conversion of oxalyl succinic acid to n-ketoxanthic acid. 4. Biotin is also involved in the metabolism of other substances as a coenzyme component in other nutrients such as methyl transfer reaction and glucose metabolism. At the same time, biotin is also related to the activation of lysozyme and the function of sebaceous gland, and is closely related to the metabolism of folic acid and pantothenic acid.
Uses, benefits, Side Effects
Biotin is necessary to maintain the development of animal skin, hair, hoof, reproduction and nervous system, and can also improve feed utilization rate, weight gain and so on. When lacking, slow growth, reproductive disorders, dermatitis, hair removal, skin keratosis and so on. Pigs often see skin ulceration, inflammation of oral mucosa, diarrhea, spasms, cracks in the sole of the hoof and bleeding. It is mainly used as an adjuvant for diseases caused by vitamin H deficiency and malnutrition.
1) participate in the metabolism of fatty acids and carbohydrates in the body and are coenzymes of a variety of enzymes. 2) promote protein synthesis, urea synthesis and excretion.
improving the regulation of blood glucose is beneficial to the health and regeneration of cells.
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