Session 1: Making Grignard reagents and safety aspects of making and handling Grignard reagents. This presentation will cover the main ways for preparing organomagnesium compounds, and consider their ...

A time-honored laboratory exercise for students of organic chemistry is to make a Grignard reagent from magnesium metal turnings and an organohalide so that they can then use the resulting nucleophile ...

In 1912, Victor Grignard was awarded the Nobel Prize in Chemistry for his discovery of what came to be known as Grignard reagents. Since then, these compounds have come to play a key role in the ...

Well-established, traditional Kumada cross-couplings involve preformed Grignard reagents in dry ethereal solvent that typically react, e.g., with aryl halides via Pd catalysis to afford products of ...

The Grignard reaction is used to synthesize carbon-carbon bonds, a crucial step for making new molecules for academic and industry uses. Finding efficient and selective methods for this reaction, ...

α-Chiral amines are of significant importance in medicinal chemistry, asymmetric synthesis and material science, but methods for their efficient synthesis are scarce. In particular, the synthesis of α ...

The reaction utilizes an iron catalyst together with an N-heterocyclic carbene (NHC) ligand, which suppresses unwanted side reactions to promote highly selective nucleophile addition. In organic ...