Catalytic Redox-Initiated Glycolate Aldol Additions of Silyl Glyoxylates
摘要:
Lanthanide triisopropoxides catalyze a rapid, tandem MPV reduction/Brook rearrangement/aldol sequence between silyl glyoxylates and aldehydes that achieves catalytic turnover through alkoxide transfer from a strain-release Lewis acidic silacycle.
Catalytic Redox-Initiated Glycolate Aldol Additions of Silyl Glyoxylates
摘要:
Lanthanide triisopropoxides catalyze a rapid, tandem MPV reduction/Brook rearrangement/aldol sequence between silyl glyoxylates and aldehydes that achieves catalytic turnover through alkoxide transfer from a strain-release Lewis acidic silacycle.
Catalytic Redox-Initiated Glycolate Aldol Additions of Silyl Glyoxylates
摘要:
Lanthanide triisopropoxides catalyze a rapid, tandem MPV reduction/Brook rearrangement/aldol sequence between silyl glyoxylates and aldehydes that achieves catalytic turnover through alkoxide transfer from a strain-release Lewis acidic silacycle.
Catalytic Redox-Initiated Glycolate Aldol Additions of Silyl Glyoxylates
作者:Stephen N. Greszler、Jeffrey S. Johnson
DOI:10.1021/ol802828d
日期:2009.2.19
Lanthanide triisopropoxides catalyze a rapid, tandem MPV reduction/Brook rearrangement/aldol sequence between silyl glyoxylates and aldehydes that achieves catalytic turnover through alkoxide transfer from a strain-release Lewis acidic silacycle.