- Product Details
Keywords
- D-Galactose
- Cas 59-23-4
- D-Galactopyranose
Quick Details
- ProName: D-Galactose
- CasNo: 59-23-4
- Molecular Formula: C6H12O6
- Appearance: white powder
- Application: Targeted drug development Biochemical...
- DeliveryTime: Within 7 working days after received t...
- PackAge: 25kg/drum inner aluminum foil bag
- Port: Shanghai or Hangzhou
- ProductionCapacity: 1000 Metric Ton/Day
- Purity: 98.5% / 99.0%
- Storage: keep sealed and keep away from direct ...
- Transportation: by air ,express delivery
- LimitNum: 1 Kilogram
Superiority
Yixin’s plant derived D-galactose (NAD) is completely from nature tree, non GMO source,
developed specifically for biopharmaceutical use.
Yixin plant derived D-galactose controls Endotoxin at the very low level to ensure the highest quality
in biopharmaceutical products. It can meet special requirement less than 5 EU/g or more stricter requirement.
Yixin plant derived D-galactose is produced under GMP system to ensure the traceability and consistent supply.
For carbohydrates facility, NSF GMP certificate has been obtained since 2015, In 2015 Yixin carbohydrate facility was inspected and concluded by US FDA to meet the related requirements.
Details
D-Galactose is an aldohexose that occurs naturally in the body,
It is commonly found in dairy products, sugar beets, certain gums and mucilages.
D-Galacose is a basic ingredient usually used for creating brain senescence in animal models,
increasing glycoproteins production through adding to cell culture medium. As one of primary monosaccharides, D-Galactose can be acted as a basic start material for synthesis of many important intermediates.
Certain medications contain galactose as excipient.
Plant derived, low endotoxin D-galactose is specifically for biopharmaceutical use, It can serve as a key,
chemically defined component to optimize protein production while reducing lactate and ammonia formation.
Application
Targeted drug development
Biochemical reagent
Culture medium
Starting material for synthesis
Drug formulation excipient