Chiral organoboronates have played a critical role in organic chemistry and in the
development of materials science and pharmaceuticals. Much effort has been devoted to …

Synergistic catalysis, a type of plural catalysis which utilizes at least two different catalysts to
enable a reaction between two separately activated substrates, has unlocked a plethora of …

Organoboronates represent a cornerstone functional group in modern synthesis owing to
their unique reactivity and divergent synthetic capability. Copper catalysis has become one …

The development of efficient and straightforward methods for obtaining all optically active
isomers of structurally rigid spirocycles from readily available starting materials is of great …

Organoboron reagents are one of the most widely studied and applied classes of reagent
throughout organic synthesis and catalysis. Not only are these reagents integral to many of …

Organoboron compounds are valuable synthetic intermediates that find application in a
diverse variety of processes including both C–X and C–C bond-forming transformations …

A nickel‐catalyzed asymmetric diarylation reaction of vinylarenes enables the preparation of
chiral α, α, β‐triarylated ethane scaffolds, which exist in a number of biologically active …

A stereodivergent Pd/Cu catalyst system has been developed for the unprecedented
dynamic kinetic asymmetric transformation (DyKAT) of racemic unsymmetrical 1, 3 …

Three‐component reactions can directly convert three reactants into the desired products in
one pot and thus greatly shorten the synthetic path. Recently, transition‐metal catalysis has …

From its beginnings in the Sonogashira reaction, synergistic dual transition-metal catalysis
has gained increasing prominence and importance. In the past decade, this strategy has …