作者:Basheer, Huma、Shamsi, Sadia、Qadir, Abdul、Sharma, Kalicharan、Azad, Chandra S.、Kumar, Amit、Khan, Imran A.
DOI:10.1002/ejoc.202400328
日期:——
The transformative potential of kanamycin−copper (II) complexes for Ullmann amine synthesis at room temperature showcases the efficient creation of diverse N−aryl compounds via SO4−• mediated generation of Cu(III)−aryl species. Additionally, it highlights the catalyst's role in degrading methylene blue, advancing both catalytic methodologies and environmental applications.
卡那霉素-铜(II) 配合物在室温下用于乌尔曼胺合成的转化潜力展示了通过SO 4 −•介导的Cu(III)−芳基物种的生成来有效产生多种N−芳基化合物。此外,它还强调了该催化剂在降解亚甲基蓝方面的作用,推进了催化方法和环境应用。