Versatile Pyrrole Synthesis through Ruthenium (II)-Catalyzed Alkene C–H Bond Functionalization on Enamines
L Wang, L Ackermann
Index: Wang, Lianhui; Ackermann, Lutz Organic Letters, 2013 , vol. 15, # 1 p. 176 - 179
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Citation Number: 93
Abstract
Pyrroles are among the most abundant heterocycles and represent indispensable structural motifs for instance in bioactive natural products or material sciences.(1-5) Therefore, there is a continued strong demand for methods that give broad access to this important heteroaromatic scaffold. Despite significant recent advances through transition-metal catalysis, the majority of available methods for pyrrole syntheses capitalized upon preactivation of the ...
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