-transparent.png){kind=logo}
Electrochemically generated N-iodoaminium species as key intermediates for selective methyl sulphonylimination of tertiary amines. 2020
State Key Lab of Urban Water Resource and Environment, School of Science, Harbin Institute of Technology (Shenzhen), Shenzhen 518055, China. jiazhou@hit.edu.cn xiawj@hit.edu.cn.
Reported herein is a straightforward protocol for approaching N-sulphonylamidines via an electricity-driven, iodine-mediated cross dehydrogenative condensation (CDC) between sulphonamides and tertiary amines, which features exclusive N-CH3 selectivity for the amine partners. Mechanistic studies indicate that an in situ generated N-iodoaminium species serves as the key intermediate.
| UI | MeSH Term | Description | Entries |
|---|
Related Publications
Binbin Huang, and
Chao Yang, and
Jia Zhou, and
Wujiong Xia
January 1966,
Journal of pharmaceutical sciences,
Binbin Huang, and
Chao Yang, and
Jia Zhou, and
Wujiong Xia
January 2010,
Journal of combinatorial chemistry,
Binbin Huang, and
Chao Yang, and
Jia Zhou, and
Wujiong Xia
October 2015,
Analytical chemistry,
Binbin Huang, and
Chao Yang, and
Jia Zhou, and
Wujiong Xia
August 1964,
Science (New York, N.Y.),
Binbin Huang, and
Chao Yang, and
Jia Zhou, and
Wujiong Xia
December 2019,
Accounts of chemical research,
Binbin Huang, and
Chao Yang, and
Jia Zhou, and
Wujiong Xia
February 2024,
Organic letters,
Binbin Huang, and
Chao Yang, and
Jia Zhou, and
Wujiong Xia
January 2012,
Organic & biomolecular chemistry,
Binbin Huang, and
Chao Yang, and
Jia Zhou, and
Wujiong Xia
July 2015,
Journal of advanced research,
Binbin Huang, and
Chao Yang, and
Jia Zhou, and
Wujiong Xia
January 2007,
Chemosphere,
Binbin Huang, and
Chao Yang, and
Jia Zhou, and
Wujiong Xia
August 2017,
Science advances,
