99% l-Lysine API as supplement

Superiority:

Only l-lysine is absorbed by the organism. Free lysine readily absorbs carbon dioxide from the air, making it difficult to crystallize, and generally available in the form of lysine hydrochloride. Lysine is soluble in water and, compared to other amino acids, is the most easily absorbed by oral administration. Lysine intake in the body is first transported by active transport into small intestinal mucosa cells, and then into the liver through the portal vein. In the liver, lysine is involved in protein synthesis along with other amino acids. Lysine catabolism also occurs in the liver, where it condenses with ketoglutaric acid to form yeast amino acids, which are converted to L-α -aminoadipate hemaldehydes and eventually to acetyl coA. Unlike other amino acids, lysine does not participate in transamination and the deamination reaction is irreversible, so lysine catabolism is very special. Lysine is a ketogenic amino acid and therefore can be involved in the formation of D-glucose, lipids, and ultimately energy.

Lysine is involved in carnitine biosynthesis in vivo. Carnitine plays an important role in fat metabolism and is an essential cofactor in fat metabolism. Lysine is one of the precursors of carnitine synthesis, so lysine supplementation can speed up fat metabolism in the body. Lysine has a strong function through the blood-brain barrier, can directly enter the brain tissue, affect the respiratory chain, for nerve cell repair and normal physiological activities to provide the necessary energy source.

Lysine can chelate with calcium, iron and other mineral elements to form soluble small molecular monomers to promote the absorption of these mineral elements.

Lysine is considered as a non-specific bridging molecule, which can bind antigen to T cells and cause T cells to produce specific effects on antigen.

Lysine, as an essential amino acid, is involved in the synthesis of skeletal muscle, enzymes, serum proteins, polypeptide hormones and other proteins.