D-(+)-Cellobiose CAS 528-50-7: Essential Beta-Glucosidase Substrate for Industrial Applications
Discover the critical role of D-(+)-Cellobiose in biochemical research and industrial processes, particularly as a substrate for beta-glucosidases. Learn about its unique properties and find reliable suppliers.
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D-(+)-Cellobiose (CAS: 528-50-7)
As a leading B2B supplier and manufacturer in China, we offer high-purity D-(+)-Cellobiose essential for research and industrial enzyme applications. Our commitment ensures consistent quality and competitive pricing for bulk purchases, supporting your R&D and production needs.
- Enables precise differentiation of bacteria through its role as a carbohydrate fermentation substrate.
- Serves as a key substrate for beta-glucosidase assays, crucial for enzyme characterization and screening.
- Supports lignocellulose degradation research by providing insights into enzyme mechanisms.
- High purity available for demanding applications from a trusted manufacturer.
Why Choose Our D-(+)-Cellobiose?
Exceptional Purity
Our D-(+)-Cellobiose (CAS: 528-50-7) consistently meets stringent purity standards (>97%), ensuring reliable and reproducible results for your beta-glucosidase assays and fermentation studies. Enquire about bulk pricing from our dedicated supplier.
Versatile Application Support
Ideal for applications ranging from bacterial identification to advanced glycobiotechnology, D-(+)-Cellobiose is a cornerstone reagent. We provide technical support to assist researchers and product formulators in leveraging its properties.
Reliable Supply Chain
As a prominent manufacturer in China, we guarantee a stable and efficient supply of D-(+)-Cellobiose. Partner with us for your ongoing requirements and benefit from our commitment to quality and customer satisfaction.
Key Application Areas for D-(+)-Cellobiose
Bacterial Identification
Used in microbiological laboratories to differentiate bacterial species based on their ability to ferment D-(+)-Cellobiose, a vital step in pathogen identification.
Enzyme Characterization
A critical substrate for assaying beta-glucosidase activity, enabling researchers to determine enzyme kinetics, specificity, and optimal conditions for industrial enzyme production.
Biotechnology Research
Essential in glycobiotechnology and studies related to lignocellulose degradation, contributing to the development of biofuels and biochemicals.
Formulation Development
Incorporated into formulations requiring specific enzymatic interactions or as a component in research chemicals for advanced material science applications.