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Impurity Lifecycle Management: Visualising a Vast Array of NMR and Other Analytical Data
EP25692
Poster Title: Impurity Lifecycle Management: Visualising a Vast Array of NMR and Other Analytical Data
Submitted on 13 Apr 2017
Author(s): Steve Coombes1, John Nightingale1, Azalea Micottis1, Albert Van Wyk2, Peter Russel2, Dimitris Argyropoulos2, Stephane Albrecht2
Affiliations: 1Astra Zeneca, Macclesfield, UK. 2Advanced Chemistry Development, Toronto, ON, Canada.
This poster was presented at 58th Experimental Nuclear Magnetic Resonance Conference (ENC 2017)
Poster Views: 1,516
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Poster Information
Abstract: Drug Development is a process that takes years, involves dozens of chemists & analysts, and generates huge amounts of information including one and two-dimensional NMR data as well as other analytical results. There is a need to efficiently communicate all this information to all the stakeholders throughout the project duration. One of the most important parts of this process is the management of information related to the impurities that are present in the various processes. The large amount of data generated is stored in multiple computers in multiple locations. Efficiently managing this transfer of knowledge is a very important practical requirement.Summary: The IRM database is a living/working tool that can grow over the
development lifecycle from Discovery to LCM. It enables the
visualization of many discrete elements like synthetic routes, spectra,
chromatograms impurity structures, levels and fate/purge profiles.
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