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D-Serine powder Raw Materials CAS 312-84-5
Product Overview:
D-Serine powder is white crystal or crystalline powder. No odor. Soluble in water, almost insoluble in ethanol, acetone, or ethyl alcohol. D-Serine is used in biochemical research, preparation of tissue media, and medicine as an amino acid nutritional drug. Synthetic 25 peptide corticotropin analogue. The effect of D-Serine is 6 times stronger than that of natural corticotropin and corticotropin 24 peptide, and the maintenance time is longer, and the intravenous injection can last for 8h.
D-Serine powder Raw Materials CAS 312-84-5 Attributes
MF:C3H7NO3
MW:105.09
EINECS:206-229-4
Specification:D-Serine powder
Sample:D-Serine powder
Brand:D-Serine powder
Appearance: powder
Storage: Cool Dry Place
Brand: chemical Raw Materials
Shelf Life: 2 Years
Test Method: HPLC
D-Serine powder Raw Materials CAS 312-84-5 Details
Uses and synthesis of D-Serine powder
D-Serine powder is white crystal or crystalline powder. No odor. Soluble in water, almost insoluble in ethanol, acetone, or ethyl alcohol. D-Serine is used in biochemical research, preparation of tissue media, and medicine as an amino acid nutritional drug. Synthetic 25 peptide corticotropin analogue. The effect of D-Serine is 6 times stronger than that of natural corticotropin and corticotropin 24 peptide, and the maintenance time is longer, and the intravenous injection can last for 8h.
Applications/Functions of D-Serine powder
- D-Serine powder is used as a pharmaceutical intermediate and biochemical reagent
- D-Serine is used in biochemical research, preparation of tissue media, and medicine as an amino acid nutritional drug.
Physicochemical Property of D-Serine powder
D-Serine is white crystal or crystalline powder; No odor. Soluble in water, almost insoluble in ethanol, acetone, or ethyl alcohol.
Production methodprocess of D-Serine powder
D-Serine powder was prepared by reaction of DL-serine and chloroacetyl chloride under alkaline conditions, dried under reduced pressure, extracted with ethyl acetate, treated with activated carbon and separated by acylase I.