Chemical Communications · 1998 · 45 citations · 6 references
Chemical EngineeringEnantiomeric ExcessEngineeringEnantioselective SynthesisBiochemistryNatural SciencesSubstituent EffectsOrganic ChemistryPyruvate EstersCatalysisHomogeneous CatalysisChemistryHydrogenMolecular CatalysisAsymmetric CatalysisEnantioselective HydrogenationCatalytic Synthesis
The outcome of the enantioselective hydrogenation of pyruvate esters using cinchona alkaloid-modified palladium catalysts is dependent on the choice of solvent/substituent; the sense of the enantioselectivity can be switched from S to R whilst maintaining the magnitude of the enantiomeric excess.
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