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Regioselective/electro-oxidative intermolecular [3 + 2] annulation for the preparation of indolines

机译:用于制备吲哚的区域选择/电氧化分子[3 + 2]附图

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Compared with the reported intramolecular electro-oxidative cyclization of alkenyl amines or vinyl anilines for the preparation of pyrrolidines or indolines, the intermolecular version is less studied. Herein, this electrochemical intermolecular oxidative annulation of anilines and alkenes for the preparation of indolines proceeded under external oxidant-free conditions. The most noteworthy achievement of our work is the facile generation of indolines with quaternary centers at the 2-position. In addition, alkenes and anilines bearing various functional groups can be well tolerated. Remarkably, electrolyte-free conditions were used in an electrochemical flow cell, which shows the application potential of this method.
机译:与报告的亚烯基胺或乙烯基苯胺的报告的分子内电氧化环化相比,用于制备吡咯烷或吲哚,分子间较小。在此,在外部氧化剂条件下,该苯胺和烯烃的苯胺和烯烃的电化学分子氧化环化进行。最值得关注的工作是我们在2位的第四纪中心的indolines的浅色产生。另外,含有各种官能团的烯烃和苯胺可以耐受良好。值得注意地,在电化学流动池中使用无电解质条件,其显示该方法的应用潜力。

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