Easy Route to Suzuki Precursor

Easy Route to Suzuki Precursor

Author: ChemViews

The Suzuki reaction — which involves the use of palladium to catalyze the cross-coupling of organoboron compounds with organic halogen-containing molecules — makes it possible to link carbon atoms together in a very straightforward way.

Paul Knochel and colleagues, Ludwig-Maximilians-University, Munich, Germany, have developed a practical and general method for the synthesis of boronic derivatives suitable for the Suzuki reaction. Most arylboronic compounds are prepared in a two-step process, however, Knochel’s team use an atom-economical one-pot synthesis to prepare the boronic derivatives by direct magnesium insertion in the presence of B(OBu)3 and LiCl. This allows a broad range of functionalized (hetero)aryl and alkenyl bromides to be converted into magnesium diorganoboronates through a procedure that uses low cost starting materials and produces very few byproducts.


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