Imine-azomethine ylides- 1,3-Dipolar cycloaddition cascades reactions fumishing pynolidine compounds
derived from amine and cı-aminoasit ester were reported and reviewed by Grigg e, a//. This cascade
chemistry have been applied to provide a series of peptidomimetics and nikkomycin analogous2. It has
been reported that carbothioyl compounds and their metal complexes show a wide range of biological
activitiesr.
In this study, continuation of our previous worka, some novel cyclic- and bicyclic-aminocarboüioyl
pynolidines (1,2) were prepared fiom substituted pyrrolidines, derived from conesponding cı -aminoasit
ester vıa metal catalysed imine-azomethine ylides- 1,3-Dipolar Cycloaddition reaction in excellent yield.
The strucfures of prepared novel compounds were determined by NMR, , FT...