Over the past few years, nickel catalysis "encountered" allenes in organic transformations, opening direct access to a plethora of chemical scaffolds in straightforward manner. The activation of allenes or their reaction partners by means of [Ni(0)] as well as [Ni(II)] species enabled chemical diversity and complexity to be achieved simultaneously through desirable concepts like selectivity, functional group tolerance and mildness. An overview of the most recent findings in the area is presented herein.
Nickel Catalyzed Functionalization of Allenes / Yang Liu; Marco Bandini. - In: CHINESE JOURNAL OF CHEMISTRY. - ISSN 1001-604X. - ELETTRONICO. - 35:5(2019), pp. 431-441. [10.1002/cjoc.201800568]
Nickel Catalyzed Functionalization of Allenes
Yang LiuMethodology
;Marco Bandini
Conceptualization
2019
Abstract
Over the past few years, nickel catalysis "encountered" allenes in organic transformations, opening direct access to a plethora of chemical scaffolds in straightforward manner. The activation of allenes or their reaction partners by means of [Ni(0)] as well as [Ni(II)] species enabled chemical diversity and complexity to be achieved simultaneously through desirable concepts like selectivity, functional group tolerance and mildness. An overview of the most recent findings in the area is presented herein.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
