HA10830 L-Alanine Powder

L-Alanine Powder Description

L-Alanine Powder, chemically designated as C3H7NO2, is produced with high chemical purity and consistent particle size distribution. Engineered for scientific applications, its defined crystalline structure facilitates reproducible reactions in enzymatic assays and material synthesis. The powder's minimal moisture content supports long-term stability, making it suitable for formulations in both academic and industrial laboratories. Its controlled purity enhances reaction predictability and supports accurate experimental outcomes.

L-Alanine Powder Applications

1.       Biochemical Research
- Used as a substrate in enzyme assays to achieve consistent reaction kinetics by leveraging its pure chemical composition.
- Applied in buffer solutions to maintain precise pH levels during protein crystallisation, ensuring stable experimental conditions.

2.       Industrial Processes
- Serves as a component in nutritional supplement formulations to optimise amino acid profiles by utilising its controlled purity.
- Used as an intermediate in organic synthesis to achieve predictable conversion rates through its consistent chemical properties.

L-Alanine Powder Packing

L-Alanine Powder is packaged in inert, sealed polyethylene bags and contained within rigid, moisture-resistant boxes. This method minimises exposure to ambient humidity and contaminants while ensuring physical protection during transit. The packaging design includes anti-static measures and tamper-evident seals. Specialised storage options, such as vacuum packaging, can be customised based on client requirements. The product is best kept under ambient, dry conditions to maintain its chemical stability.

Additional Information

Understanding the properties of amino acids like L-Alanine is fundamental in both biochemical research and industrial applications. Its role in protein synthesis and metabolic processes makes it a critical reagent in various scientific studies. Researchers benefit from the detailed compositional analysis and controlled manufacturing processes employed by specialised material suppliers.

Advanced laboratory methodologies have emphasised the importance of traceability and reproducibility in chemical formulations. Educational endeavours often focus on the chemical behaviour of amino acids under different environmental conditions, providing insights into reaction mechanisms and stability—an essential aspect for both academic research and industrial processing.