PI12863 DL-Valine (CAS No.: 516-06-3)

DL-Valine Description

DL-Valine (C5H11NO2) is a racemic amino acid available in powder form. It serves as an essential reagent in chemical synthesis, supporting amino acid coupling and peptide assembly. The measured composition ensures consistent reactivity during formulation processes. The product's finely milled characteristics enable accurate dosing and compatibility with standard laboratory protocols designed for organic synthesis.

DL-Valine Applications

Chemical Synthesis
- Used as a reagent in peptide coupling to achieve controlled reaction kinetics by leveraging its defined chemical composition.
- Applied in the modification of polymers to adjust physical properties by utilising its reactive amine group.

Pharmaceutical Formulation
- Employed as an intermediate in the preparation of active pharmaceutical ingredients to optimise formulation stability with its racemic properties.
- Used in buffer systems to balance pH levels in drug synthesis by taking advantage of its solubility profile.

Research and Development
- Implemented as a component in model compound studies to evaluate reaction mechanisms by exploiting its predictable behaviour in chemical processes.

DL-Valine Packing

DL-Valine is packaged in airtight, moisture-resistant containers with inner anti-static bags to protect against environmental contamination. The packaging design incorporates secure sealing and cushioning to prevent mechanical stress. Storage instructions advise keeping the product in a temperature-controlled, low-humidity environment. Custom packaging options are available for bulk orders or specialised laboratory requirements, ensuring sample integrity during transit and storage.

Additional Information

DL-Valine plays a critical role in biochemical research and industrial chemical synthesis. Its defined molecular structure and racemic nature make it an important building block in the development of more complex compounds. Researchers often rely on detailed analytical data to understand its behaviour under various reaction conditions.

The material's applications extend into both fundamental studies and applied research, where rigorous quality control methodologies ensure its suitability for precise scientific processes. The provided product data assists engineers and laboratory professionals in optimising synthesis protocols and verifying material compatibility in experimental designs.