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L-carnitine powder Raw Materials CAS 541-15-1
Product Overview:
L-carnitine powder, also known as L-carnitine, has a chemical structure similar to that of choline and is similar to amino acids, but it is not an amino acid and cannot participate in protein biosynthesis. Since L-carnitine CAS 541-15-1 can be synthesised by humans and most animals to meet their physiological needs, L-carnitine Raw Materials is not a vitamin in the true sense of the word, but only a vitamin-like substance.
L-carnitine powder Raw Materials CAS 541-15-1 Attributes
MF:C7H15NO3
MW:161.2
EINECS:208-768-0
Specification:L-carnitine powder
Sample:L-carnitine powder
Brand:L-carnitine powder
Appearance: powder
Storage: Cool Dry Place
Brand: Globalchemical
Shelf Life: 2 Years
Test Method: HPLC
L-carnitine powder Raw Materials CAS 541-15-1 Details
Uses and synthesis of L-carnitine powder
L-carnitine powder, also known as L-carnitine, has a chemical structure similar to that of choline and is similar to amino acids, but it is not an amino acid and cannot participate in protein biosynthesis. Since L-carnitine CAS 541-15-1 can be synthesised by humans and most animals to satisfy their physiological needs, L-carnitine Raw Materials is not a vitamin in the true sense of the word, but only a vitamin-like substance.
Applications / Functions of L-carnitine powder
- L-carnitine powder is a newly approved animal nutrient fortifier in China. It is mainly used to fortify protein-based additives, and can promote the absorption and utilisation of fat.
- L-carnitine CAS 541-15-1 is used in drugs, nutritional health products, functional beverages, feed additives and so on.
- Appetite enhancer.
Physicochemical Property of L-carnitine powder
White crystal or transparent powder, melting point 200°C (decomposition). Easily soluble in water, lye, methanol and ethanol, insoluble in acetone and acetate, insoluble in trichloromethane. Hygroscopicity.
Production methodprocess of L-carnitine powder
Selective hydrolysis and splitting can be carried out using enzymes of microbial origin. For example, Qing Nakayama used the amidase of Pseudomonas aeruginosa and other microorganisms to selectively hydrolyse DL-carnitine amide or carnitonitrile, and L-carnitine Raw Materials with optical purity of more than 99% can be produced.
