Abstract Efficient one-pot Ugi-Smiles couplings are reported for the use of furyl-substituted aldehyde components. In the presence of these heterocyclic aldehydes, reactions tolerated variations in amine components and led to either isolated N-arylamide Ugi-Smiles adducts or N-arylepoxyisoindolines, products of tandem Ugi-Smiles Diels-Alder cyclizations, in moderate yields. A thienyl-substituted aldehyde was also a competent component for Ugi-Smiles adduct formation. 203
Multicomponent coupling reactions (MCRs) are high-conversion, one-pot processes that combine three o...
International audienceFollowing our previous mechanistic studies of multicomponent Ugi-type reaction...
A multicomponent coupling reaction (MCR) is a highly efficient process that is capable of producing ...
Efficient one-pot Ugi–Smiles couplings are reported for the use of furyl-substituted aldehyde compon...
Synthesis of complex, biologically active molecules is critical for the discovery and development of...
With the endeavor to find new efficient synthetic methods to rapidly access diverse molecular struct...
A multicomponent coupling reaction (MCR) is a very efficient synthetic method, capable of forming se...
Ugi type reactions are well known for decades. These multicomponent reactions involve an aldehyde,an...
Use of allylamine and substituted 2-furaldehydes as components in Ugi-Smiles couplings of 2-nitrophe...
This work highlights the potential of multicomponent couplings isocyanides in heterocyclic chemistry...
Organic methodology development is focused on finding new ways to prepare organic compounds. Multico...
Multicomponent coupling reactions (MCRs) are high-conversion, one-pot processes that combine three o...
International audienceFollowing our previous mechanistic studies of multicomponent Ugi-type reaction...
A multicomponent coupling reaction (MCR) is a highly efficient process that is capable of producing ...
Efficient one-pot Ugi–Smiles couplings are reported for the use of furyl-substituted aldehyde compon...
Synthesis of complex, biologically active molecules is critical for the discovery and development of...
With the endeavor to find new efficient synthetic methods to rapidly access diverse molecular struct...
A multicomponent coupling reaction (MCR) is a very efficient synthetic method, capable of forming se...
Ugi type reactions are well known for decades. These multicomponent reactions involve an aldehyde,an...
Use of allylamine and substituted 2-furaldehydes as components in Ugi-Smiles couplings of 2-nitrophe...
This work highlights the potential of multicomponent couplings isocyanides in heterocyclic chemistry...
Organic methodology development is focused on finding new ways to prepare organic compounds. Multico...
Multicomponent coupling reactions (MCRs) are high-conversion, one-pot processes that combine three o...
International audienceFollowing our previous mechanistic studies of multicomponent Ugi-type reaction...
A multicomponent coupling reaction (MCR) is a highly efficient process that is capable of producing ...