PI12885 beta-Alanine (CAS No.: 107-95-9)

beta-Alanine Description

beta-Alanine (C3H7NO2) is a non-proteinogenic amino acid commonly used in chemical synthesis reactions. Its powder form facilitates accurate weighing and mixing in laboratory environments. The material's defined molecular structure supports its function as a building block in the production of specialist chemicals and derivatives. The controlled production process ensures consistency in particle size and purity, which is essential for achieving reproducible outcomes in synthesis protocols.

beta-Alanine Applications

1.       Pharmaceutical Synthesis
   - Used as a precursor in the synthesis of peptide analogues to achieve specific therapeutic activity by leveraging its reactive amino group.

2.       Materials Science
   - Applied as an additive in polymer synthesis to modify material properties. Its molecular structure assists in fine-tuning the cross-linking density, leading to enhanced material performance.

3.       Research and Development
   - Utilised in biochemical studies to serve as a model compound for enzyme reaction studies. Its well-defined structure supports controlled experimentation and data reproducibility.

beta-Alanine Packing

beta-Alanine is packaged in moisture-resistant, sealed containers to protect against contamination and degradation. The packaging employs inert materials that prevent chemical interactions during storage and transport. Products are provided with detailed handling instructions to maintain their powder integrity. Custom packaging options, including bulk containers with desiccants, are available to suit various laboratory and production environments.

Additional Information

beta-Alanine plays a pivotal role in chemical synthesis, often serving as a precursor for other compounds due to its reactive amino functionality. In research, its behaviour under varying environmental conditions is studied to improve synthesis protocols and material performance. The analytical techniques used to monitor its production, such as HPLC and infrared spectroscopy, are part of standard practices in materials science laboratories.

Understanding the molecular interactions and reaction mechanisms of compounds like beta-Alanine is essential for advancing synthesis technologies. This compound continues to be a subject of academic and industrial research, contributing to innovations in chemical processing and product development.