A scalable process for the synthesis of (E)-pterostilbene involving aqueous Wittig olefination chemistry |
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Authors: | James McNulty David McLeod |
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Affiliation: | Department of Chemistry & Chemical Biology, McMaster University, 1280 Main Street West, Hamilton, Ontario L8S 4M1, Canada |
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Abstract: | A synthetic approach toward the pharmacologically active (E)-stilbene pterostilbene is described using a Wittig reaction conducted under mildly basic, aqueous conditions. A surprising, non-intuitive difference in (E)/(Z) stereoselectivity was observed comparing the two possible isomeric Wittig routes, allowing for the development of a highly efficient process to access the title stilbene derivative through a one-pot olefination deprotection sequence. |
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Keywords: | Wittig reaction Olefination Aqueous chemistry Stilbene Pterostilbene |
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