Multiple‐Organocatalyst‐Promoted Cascade Reaction: A Fast and Efficient Entry into Fully Substituted Piperidines
Yao Wang, De‐Feng Yu, Yao‐Zong Liu, Hao Wei, Yong‐Chun Luo, Darren J. Dixon, Peng‐Fei Xu
Abstract
Yao Wang, De‐Feng Yu, Yao‐Zong Liu, Hao Wei, Yong‐Chun Luo, Darren J. Dixon, Peng‐Fei Xu
Abstract
Multiple reactions in a single pot: The development of a catalytic asymmetric approach to fully substituted piperidines, which previously remained elusive, is achieved by the use of a multi-catalyst-promoted cascade reaction (see scheme). The one-pot reaction cascade is easy to perform, highly stereoselective and broad in scope, and the reaction products are high-value intermediates for multiple synthetic transformations.
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Multiple reactions in a single pot: The development of a catalytic asymmetric approach to fully substituted piperidines, which previously remained elusive, is achieved by the use of a multi-catalyst-promoted cascade reaction (see scheme). The one-pot reaction cascade is easy to perform, highly stereoselective and broad in scope, and the reaction products are high-value intermediates for multiple synthetic transformations.
Key concepts: Cascade, Cascade reaction, Stereoselectivity, Catalysis, Combinatorial chemistry, Chemistry, Scope (computer science), Reaction conditions