Stereoselective Dichlorination of Allylic Alcohol Derivatives to Access Key Stereochemical Arrays of the Chlorosulfolipids
Grant M. Shibuya, Jacob S. Kanady, Christopher D. Vanderwal
Abstract
Grant M. Shibuya, Jacob S. Kanady, Christopher D. Vanderwal
Abstract
Dichlorination of (Z)-allylic trichloroacetates efficiently and stereoselectively generates the syn,syn hydroxydichloride stereotriad that is prevalent in the understudied polychlorinated sulfolipid class of natural products. Further, the dichlorination of a (Z)-allylic chlorohydrin affords with high selectivity a stereotetrad present in one of the chlorosulfolipids.
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Dichlorination of (Z)-allylic trichloroacetates efficiently and stereoselectively generates the syn,syn hydroxydichloride stereotriad that is prevalent in the understudied polychlorinated sulfolipid class of natural products. Further, the dichlorination of a (Z)-allylic chlorohydrin affords with high selectivity a stereotetrad present in one of the chlorosulfolipids.
Key concepts: Chemistry, Allylic rearrangement, Stereoselectivity, Allylic alcohol, Selectivity, Key (lock), Alcohol, Stereochemistry