D(+)-Ribonic Acid Gamma-Lactone: A Versatile Pharmaceutical Intermediate and Biochemical Reagent
Discover the critical role of D(+)-Ribonic Acid Gamma-Lactone, a key biochemical reagent and pharmaceutical intermediate for Vitamin B2 synthesis and complex organic chemistry.
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D-Ribonic Acid Gamma-Lactone
As a leading supplier in China, we provide high-quality D(+)-Ribonic Acid Gamma-Lactone (CAS: 5336-08-3), a crucial compound with 97% min purity. This gamma-lactone of ribonic acid is essential for the synthesis of Vitamin B2 and acts as a versatile synthetic reagent for chiral acyclic and oxyheterocyclic systems. Its preparation from glucose ensures a reliable supply for your chemical and pharmaceutical needs.
- Explore the capabilities of D-Ribonic acid gamma-lactone intermediate in complex chemical syntheses.
- Utilize this vital precursor for efficient vitamin B2 synthesis processes.
- Leverage its role as a chiral acyclic synthesis reagent for novel compound development.
- Incorporate this biochemical reagent for advanced organic synthesis applications.
Product Advantages
High Purity and Quality
Our D(+)-Ribonic Acid Gamma-Lactone is guaranteed with a purity of 97% min, ensuring reliable performance in your pharmaceutical intermediate manufacturing processes.
Key Vitamin B2 Precursor
This compound is a fundamental component in the production of Vitamin B2, supporting essential nutritional product development.
Versatile Synthetic Applications
As a biochemical reagent, it is indispensable for various organic synthesis applications, including the preparation of chiral compounds and oxyheterocyclic systems.
Key Applications
Pharmaceutical Intermediates
Critical building block for active pharmaceutical ingredients, supporting the production of essential medicines and vitamins, like in vitamin B2 synthesis.
Biochemical Reagent
Used in laboratories for research and development, facilitating studies in biochemistry and enabling complex molecular analyses.
Organic Synthesis
An important chiral acyclic synthesis reagent, vital for creating novel molecules and intricate oxyheterocyclic systems in organic chemistry.
Nutritional Product Synthesis
Essential precursor in the synthesis of nutritional supplements and compounds, highlighting its role in health and wellness industries.