Aziridines, the nitrogen counterparts of epoxides, are among the most challenging and intriguing heterocycles in organic chemistry since they not only represent the endpoints of several total syntheses as common scaffolds in natural products but also act as crucial precursors of complex molecules. The present review provides a brief overview of aziridine derivatives as well as the authors’ choice of published papers that highlight recent enhancements concerning asymmetric organocatalytic strategies involved in aziridination reactions
Small heterocyclic rings constitute systems of central importance in theoretical, synthetic organic,...
Enantioselective desymmetrization of meso-aziridines and meso-epoxides with various nucleophiles by ...
This PhD thesis describes the original developments of new reactions of lithiated aziridines and pyr...
Aziridines, the nitrogen counterparts of epoxides, are among the most challenging and intriguing het...
Aziridines, the nitrogenous analogues of epoxides, have until recently excited far less interest amo...
Aziridines, the nitrogenous analogues of epoxides, are useful building blocks for the synthesis of v...
This microreview describes recent advances in asymmetric synthesis of aziridine derivatives, which h...
An overview of our research activity of the last 11 years on asymmetric organocatalysed synthesis of...
An overview of our research activity of the last 11 years on asymmetric organocatalysed synthesis of...
An overview of our research activity of the last 11 years on asymmetric organocatalysed synthesis of...
An overview of our research activity of the last 11 years on asymmetric organocatalysed synthesis of...
An overview of our research activity of the last 11 years on asymmetric organocatalysed synthesis of...
Some recent advances in the field of stereoselective synthesis of aziridines focusing on new methodo...
Small heterocyclic rings constitute systems of central importance in theoretical, synthetic organic,...
Small heterocyclic rings constitute systems of central importance in theoretical, synthetic organic,...
Small heterocyclic rings constitute systems of central importance in theoretical, synthetic organic,...
Enantioselective desymmetrization of meso-aziridines and meso-epoxides with various nucleophiles by ...
This PhD thesis describes the original developments of new reactions of lithiated aziridines and pyr...
Aziridines, the nitrogen counterparts of epoxides, are among the most challenging and intriguing het...
Aziridines, the nitrogenous analogues of epoxides, have until recently excited far less interest amo...
Aziridines, the nitrogenous analogues of epoxides, are useful building blocks for the synthesis of v...
This microreview describes recent advances in asymmetric synthesis of aziridine derivatives, which h...
An overview of our research activity of the last 11 years on asymmetric organocatalysed synthesis of...
An overview of our research activity of the last 11 years on asymmetric organocatalysed synthesis of...
An overview of our research activity of the last 11 years on asymmetric organocatalysed synthesis of...
An overview of our research activity of the last 11 years on asymmetric organocatalysed synthesis of...
An overview of our research activity of the last 11 years on asymmetric organocatalysed synthesis of...
Some recent advances in the field of stereoselective synthesis of aziridines focusing on new methodo...
Small heterocyclic rings constitute systems of central importance in theoretical, synthetic organic,...
Small heterocyclic rings constitute systems of central importance in theoretical, synthetic organic,...
Small heterocyclic rings constitute systems of central importance in theoretical, synthetic organic,...
Enantioselective desymmetrization of meso-aziridines and meso-epoxides with various nucleophiles by ...
This PhD thesis describes the original developments of new reactions of lithiated aziridines and pyr...