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An Integrated Synthesis–Purification System to Accelerate the Generation of Compounds in Pharmaceutical Discovery

 SYNTHESIS  Comments Off on An Integrated Synthesis–Purification System to Accelerate the Generation of Compounds in Pharmaceutical Discovery
Dec 302014
 

An Integrated Synthesis–Purification System to Accelerate the Generation of Compounds in Pharmaceutical Discovery

http://www.akademiai.com/content/r1t41145nn051252/?p=27bf59e482ec4093985c1e9ec3df3aba&pi=1

Flow Chemistry
Issue Volume 1, Number 2/December 2011
Pages 56-61
DOI 10.1556/jfchem.2011.00013
Authors
Jill E. Hochlowski1, Philip A. Searle2, Noah P. Tu1, Jeffrey Y. Pan3, Stephen G. Spanton1, Stevan W. Djuric2 Email for stevan.w.djuric@abbott.com

1Structural Chemistry, Advanced Technology, Global Research and Development, Abbott Laboratories 100 Abbott Park Road 60064 Abbott Park, IL USA
2Medicinal Chemistry Technologies, Advanced Technology, Global Research and Development, Abbott Laboratories 100 Abbott Park Road 60064 Abbott Park, IL USA
3Automation Engineering, Advanced Technology, Global Research and Development, Abbott Laboratories 100 Abbott Park Road 60064 Abbott Park, IL USA

Abstract

We report herein a high-throughput integrated ynthesis–purification platform termed SWIFT (synthesis with integrated-flow technology) and processes that accelerate the rate at which validated small-molecule organic compounds are generated. A segmented-flow synthesizer was integrated to a preparative HPLC-MS, where each reaction product was purified immediately upon reaction completion. Further, automated structure-validation processes accelerate the rate at which drug discovery candidates are available for biological screening.

Keywords
flow synthesis, high-throughput organic synthesis, high-throughput purification, segmented flow, meso-flow

 

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