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Cu-I-Catalysed Enantioselective Alkyl 1,4-Additions to (E)-Nitroalkenes and Cyclic Enones with Phosphino-Oxazoline Ligands

Title
Cu-I-Catalysed Enantioselective Alkyl 1,4-Additions to (E)-Nitroalkenes and Cyclic Enones with Phosphino-Oxazoline Ligands
Author(s)
Shin, MinkyeongGu, MinjiLim, Sung SooKim, Min-JaeLee, JuHyungJin, HyeongGyuJang, Yun HeeJung, Byung Hyuck
Issued Date
2018-06
Citation
European Journal of Organic Chemistry, v.2018, no.24, pp.3122 - 3130
Type
Article
Author Keywords
P ligandsLigand designZincAsymmetric catalysisMichael additionNucleophilic additionN
Keywords
ASYMMETRIC CONJUGATE ADDITIONALLYLIC SUBSTITUTION-REACTIONSORGANOMETALLIC REAGENTSDIALKYLZINC REAGENTSSTEREOGENIC CENTERSTERTIARY ALCOHOLSMICHAEL ADDITIONSNITROALKENESEFFICIENTHYDROGENATION
ISSN
1434-193X
Abstract
Catalytic enantioselective conjugate additions of simple alkyl groups to nitroalkenes or cyclic enones that result in the formation of tertiary C–C bonds are described. For these stereoselective addition reactions, new chiral phosphino-oxazoline ligands were synthesized and used. The reactions were promoted by a Cu-based catalyst (2 mol-%), and gave the chiral products in up to 92 % yield with 95 % ee. A larger-scale synthesis was demonstrated, and the origin of the stereoselectivity was proposed based on DFT calculations. © 2018 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim
URI
http://hdl.handle.net/20.500.11750/9009
DOI
10.1002/ejoc.201800476
Publisher
John Wiley & Sons Ltd.
Related Researcher
  • 장윤희 Jang, Yun Hee
  • Research Interests Multiscale molecular modeling (quantum mechanics calculation; molecular dynamics simulation) : Supercomputer-assisted molecular-level understanding of materials and their chemistry; which leads to rational design of high-performance organic-inorganic-hybrid materials for clean and renewable energy as well as low-energy-consumption electronic devices
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Appears in Collections:
Department of Energy Science and Engineering CMMM Lab(Curious Minds Molecular Modeling Laboratory) 1. Journal Articles
Department of Physics and Chemistry Asymmetric Organic Synthesis and Drug Synthesis Laboratory 1. Journal Articles

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