Sodium Borodeuteride (CAS 15681-89-7): Your Deuterated Synthesis Partner
Explore the versatile applications of a key deuterated reagent in modern chemical synthesis and research.
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Sodium Borodeuteride
Sodium Borodeuteride, identified by CAS number 15681-89-7, is a critical deuterated compound vital for advanced chemical synthesis. Its unique isotopic composition makes it an indispensable tool for researchers aiming to prepare molecules with specific deuterium labels.
- Leverage Sodium Borodeuteride for the precise preparation of $alpha$, $alpha$-dideutero-$beta$-amino acids, enhancing molecular characterization.
- Utilize this moisture sensitive chemical (BD4Na) to synthesize amine-stabilized, deuterated borane-THF, a key intermediate in various organic reactions.
- Understand the specific applications of sodium tetradeuteridoborate in isotopic labeling for advanced spectroscopic analysis and mechanistic studies.
- Adhere to strict handling protocols for this flammable solid chemical, ensuring safety during storage and usage to prevent hazards related to moisture reactivity.
Key Advantages
Enhanced Deuteration Precision
Achieve superior results in isotopic labeling by using Sodium Borodeuteride, enabling detailed studies of reaction pathways and molecular structures through techniques like NMR.
Versatile Synthetic Utility
This deuterated reagent offers broad applicability in organic synthesis, facilitating the creation of complex molecules and intermediates essential for pharmaceutical development and materials science.
Controlled Reactivity and Stability
While sensitive to moisture, its predictable reactivity allows for controlled chemical transformations when handled correctly, making it a reliable component in sophisticated synthetic strategies.
Key Applications
Pharmaceutical Synthesis
Sodium Borodeuteride is instrumental in synthesizing deuterated pharmaceutical intermediates and active ingredients, aiding in drug discovery and metabolism studies.
Isotopic Labeling
Its primary use as a deuterated reagent facilitates isotopic labeling, crucial for analytical chemistry, tracer studies, and understanding reaction mechanisms.
Organic Chemistry Research
Researchers utilize Sodium Borodeuteride as a reducing agent and a source of deuterium for various transformations in academic and industrial research labs.
Materials Science
Potential applications extend to materials science, particularly in areas exploring deuterium-substituted materials for advanced properties.