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- The technology allows for the simultaneous determination of absolute configuration, enantiomeric composition, and concentration, surpassing conventional methods
- With capabilities for multiwell plate technology, the assay streamlines processes, enabling rapid screening of numerous samples
- From chiral amines to challenging mono-alcohols, our assay demonstrates versatility, offering a wide scope of compound analysis
OVERVIEW
Georgetown University researchers developed an analytical method that offers a comprehensive solution for determining both the absolute configuration and concentration of chiral analytes, surpassing traditional techniques. The assay enables simultaneous data acquisition, innovating the landscape of analytical chemistry. With this method, users can seamlessly probe the absolute configuration, enantiomeric composition, and concentration of chiral compounds in a single assay, leveraging chiroptical and non-chiroptical techniques. The technology ensures accurate and reliable results, expediting analytical processes.Its compatibility with multiwell plate technology, enables high-throughput screening without compromising accuracy.
BACKGROUND
In the field of analytical chemistry, the quest for efficient and comprehensive methods for chiral compound analysis persists. Traditional approaches, characterized by sequential procedures and limited throughput, have long impeded progress in this domain. This innovation addresses this challenge, introducing a relay assay that integrates chiroptical and non-chiroptical techniques. It enables researchers to acquire knowledge into the absolute configuration, enantiomeric composition, and concentration of chiral analytes with unprecedented efficiency and accuracy. This technology is compatible with a wide range of chiral compounds, including challenging mono-alcohols, this method demonstrates its applicability across diverse chemical contexts.
Benefit
Market Application
Publications
US National Phase Patent Application Filed No. 17/923,446
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