作者:Li, Linqiang、Wang, Dong、Zhang, Yue、Liu, Jingjing、Wang, Han、Luan, Xinjun
DOI:10.1021/acs.orglett.4c01416
日期:——
including ring expansion, ring opening, ring contraction, and atom transmutation of aryl scaffolds. This approach enables the synthesis of a diverse array of azepinones, unsaturated amides, isoquinolines, and indenones from naphthol substrates. Its application in the synthesis of bioactive and functional molecules as well as the conversion of complex molecular skeletons underscores its broad potential applicability
银催化的萘酚氨基脱芳构化反应已被开发出来,并整合到逐步的方法中,用于随后的骨架多样化,包括扩环、开环、收缩和芳基支架的原子嬗变。这种方法能够从萘酚底物合成多种氮杂酮、不饱和酰胺、异喹啉和茚酮。其在生物活性和功能分子的合成以及复杂分子骨架的转化中的应用强调了其广泛的潜在适用性。机理研究表明脱芳构化中间体的中间作用。