Marfey's Reagent (FDAA): A Key Tool for Chiral Compound Analysis via HPLC
Unlock precise chiral compound analysis with FDAA, a high-purity derivatization agent for advanced HPLC applications.
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1-Fluoro-2,4-dinitrophenyl-5-L-alanine Amide
FDAA is a critical analytical reagent renowned for its application in the analysis and detection of chiral compounds. Its efficacy in precolumn derivatization for HPLC significantly enhances the separation and quantification of enantiomers, making it indispensable for accurate analysis.
- Leverage FDAA for precise enantiomeric purity testing, ensuring the quality and efficacy of your chiral substances.
- Experience enhanced separation capabilities with amino acid derivatization methods using Marfey's reagent.
- Benefit from the versatility of FDAA in various HPLC chiral analysis reagent applications across different industries.
- Streamline your laboratory workflow with reliable chiral compound analysis by HPLC, facilitated by FDAA.
Benefits of Using Marfey's Reagent
Enhanced Detection Sensitivity
The derivatization process with Marfey's reagent introduces chromophores that improve detection sensitivity in HPLC, allowing for the identification of even trace amounts of chiral compounds.
Accurate Enantiomer Quantification
Achieve reliable quantification of D- and L-amino acids and other chiral molecules through precise separation and detection enabled by FDAA's unique properties.
Versatile Application Scope
From pharmaceutical quality control to biochemical research, Marfey's reagent serves as a vital component in various analytical procedures for identifying and quantifying chiral substances.
Key Applications
Amino Acid Analysis
Utilize FDAA in amino acid derivatization methods for accurate analysis and quantification of both D- and L-amino acids in various biological samples.
Chiral Drug Purity
Employ Marfey's reagent for chiral compound analysis by HPLC to determine the enantiomeric purity of pharmaceutical compounds, a critical step in drug development.
Peptide Characterization
Characterize peptides with precision by using FDAA as an HPLC chiral analysis reagent to assess the stereochemistry of amino acid residues.
Metabolomics Research
Support metabolomics research by leveraging FDAA in precolumn derivatization to identify and quantify chiral metabolites, contributing to a deeper understanding of biological pathways.