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D(+)-Tryptophan powder Raw Materials CAS 153-94-6
Product Overview:
D(+)-Tryptophan powder was white or white-like to slightly yellow crystalline powder at room temperature, odorless or slightly odorous, with slightly sweet taste. As a non-protein active amino acid, D(+)-Tryptophan CAS 153-94-6 has special physiological properties, and D(+)-Tryptophan Raw Materials are important nutritive agents, which can be used as medicine for the prevention and treatment of scaby disease
D(+)-Tryptophan powder Raw Materials CAS 153-94-6 Attributes
MF:C11H12N2O2
MW:204.23
EINECS:205-819-9
Specification:D(+)-Tryptophan powder
Sample:D(+)-Tryptophan powder
Brand:D(+)-Tryptophan powder
Appearance: powder
Storage: Cool Dry Place
Brand: chemical Raw Materials
Shelf Life: 2 Years
Test Method: HPLC
D(+)-Tryptophan powder Raw Materials CAS 153-94-6 Details
Uses and synthesis of D(+)-Tryptophan powder
D(+)-Tryptophan powder was white or white-like to slightly yellow crystalline powder at room temperature, odorless or slightly odorous, with slightly sweet taste. As a non-protein active amino acid, D(+)-Tryptophan CAS 153-94-6 has special physiological properties, and D(+)-Tryptophan Raw Materials are important nutritive agents, which can be used as medicine for the prevention and treatment of scaby disease
Applications/Functions of D(+)-Tryptophan powder
- D(+)-Tryptophan powder was used for biochemical studies.
- D(+)-Tryptophan CAS 153-94-6 is an important nutrient, which is used in medicine as a prevention and control agent for araphobic diseases
Physicochemical Property of D(+)-Tryptophan powder
White flake crystal, sweet taste; Soluble in hot ethanol, alkali solution and water, insoluble in chloroform, aqueous solution is weakly acidic;
Production methodprocess of D(+)-Tryptophan powder
Dl-tryptophan was used as Raw material, the chloracetic anhydride was added in the cooling state, then ground in ice water after sulfuric acid acidification, recrystallized in water after filtration, and finally treated with pancreatic carboxypeptide to remove the L-type, acetic acid acidification, ethanol recrystallization and refining to obtain D(+)-Tryptophan Raw Materials.