Brett P Fors1, Stephen L Buchwald. 1. Department of Chemistry, Massachusetts Institute of Technology, Cambridge, Massachusetts 02139, United States.
Abstract
An alternative approach to catalyst development, which led to a Pd catalyst based on two biarylphosphine ligands for C-N cross-coupling reactions, is reported. By effectively being able to take the form of multiple catalysts this system manifests the best properties that catalysts based on either of the two ligands exhibit separately and displays the highest reactivity and substrate scope of any system that has been reported to date for these reactions.
An alternative approach to catalyst development, which led to a Pd catalyst based on two n class="Chemical">biarylphosphine ligands for C-N cross-coupling reactions, is reported. By effectively being able to take the form of multiple catalysts this system manifests the best properties that catalysts based on either of the two ligands exhibit separately and displays the highest reactivity and substrate scope of any system that has been reported to date for these reactions.
Authors: Nicolas Marion; Oscar Navarro; Jianguo Mei; Edwin D Stevens; Natalie M Scott; Steven P Nolan Journal: J Am Chem Soc Date: 2006-03-29 Impact factor: 15.419
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