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Product category: Data management software
News Release from: Advanced Chemistry Development | Subject: 1D NMR Processor
Edited by the Laboratorytalk Editorial Team on 21 April 2006

Scynexis speeds interpretation and
dissemination

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Extension of ACD/Labs NMR processing tools has increased efficiency and helped accelerate drug discovery and development at Scynexis

Advanced Chemistry Development, (ACD/Labs) says that Scynexis, a chemistry-focused drug discovery and development company, has expanded its installation of 1D NMR Processor, which eases the interpretation of NMR data through advanced multiplet analysis, verification, and quantitation techniques, at its research facility located in Research Triangle Park, North Carolina As a result, average NMR interpretation and dissemination times have been cut dramatically

This in turn helps speed the drug discovery and development project timelines of their research partners, which is critical in the competitive CRO marketplace.

1D NMR Processor supports all major NMR formats and brings an array of processing and analysis tools to the scientist's desktop.

The software is designed to complement the chemist's interpretation workflow and speeds up the process of turning data into the information required to direct a medicinal chemistry program.

Tools like J-Coupler, the multiplet analysis tool, are used to efficiently gather spectral features, which accelerates the preparation of patents and allows chemists to focus on chemistry.

Darryl LeBlanc, research investigator, reflects, "When Scynexis was formed in 2000, we initially had no NMR software other than at the workstations on the instruments".

"Scynexis management's decision to provide desktop NMR processing and analysis tools for all our chemists in 2001 resulted in a huge boost in efficiency." Scynexis scientists utilize ACD/Labs' extensive databases containing chemical shift values from literature, along with spectral prediction software to facilitate the rapid identification of reaction products and impurities.

Routine NMR data processing tasks are automated via macros to improve speed and consistency in an open-access environment.

These gains are particularly noticeable for chemical libraries, in which NMR spectra for each member is processed identically in minutes.

The flexibility of report formatting in ChemSketch accommodates the reporting needs of the wide array of projects at Scynexis.

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