HA10849 L-Norvaline Powder

L-Norvaline Powder Description

L-Norvaline Powder is a non-proteinogenic amino acid derivative employed in biochemical assays and metabolic studies. Its defined chemical structure (C₅H₁₁NO₂) is verified through advanced chromatographic methods, ensuring consistency for experimental reproducibility. The powder's controlled particle size supports accurate dosing and enhanced solubility in aqueous solutions, facilitating its integration into various research protocols. Its detailed specification data assists in optimising reaction parameters and analytical outcomes.

L-Norvaline Powder Applications

1.       Healthcare Research
   - Used as a metabolic modulator in cell culture assays to achieve an accurate study of protein synthesis by leveraging its unique non-proteinogenic structure.
   - Applied as a reagent in enzyme kinetics studies to observe competitive inhibition effects, improving assay precision.

2.       Biochemical Analysis
   - Employed as a standard in chromatographic calibration for amino acid profiling, providing clear baseline data by leveraging its defined molecular structure.
   - Used in synthesis research to model amino acid analog interactions, facilitating targeted experimental setups with measurable outcomes.

L-Norvaline Powder Packing

L-Norvaline Powder is packaged in moisture-resistant, sealed polyethylene containers to prevent contamination and preserve chemical integrity. Each package includes desiccants and is secured in an outer carton to provide shock protection during transit. Storage under cool, dry conditions is recommended to maintain material stability. Customised packaging with tamper-evident seals and secondary containment options is available upon request.

Additional Information

L-Norvaline is studied extensively in biochemistry for its role as an analogue to common amino acids. Its application in metabolic pathway inhibition provides insights into enzyme behaviour and protein regulation. Researchers use this compound to examine the effects of amino acid analogues on cellular processes, enhancing fundamental understanding of protein biosynthesis.

Broader research into amino acid derivatives has improved analytical methodologies and refined synthesis protocols in academic and industrial laboratories. This ongoing development supports enhanced precision in biochemical assays and contributes to advancements in pharmaceutical and nutraceutical fields.