Abstract
Moreover, chiral selenideand diselenides containing ligands offer attractive and practical options in the development of asymmetric transformations. In this context, a straightforward synthesis of a new set of chiral β-seleno amine through a stereoselective aziridine ring opening with selenium nucleophiles, generated by reducing agents such as NaBH4, LiBHEt3, zinc or indium salts have been described by our group 2 . We herein report an ecofriendly procedure for the synthesis of chiral β-seleno amine under mild conditions, using selenium nucleophile generated by base in the presence of CuO nanopowder as a catalyst in ionic liquid BMIM[BF4] as solvent.
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