Direct C–H bond arylation of (hetero) arenes is a very convenient approach for the synthesis
of a wide variety of molecular targets, including compounds of pharmaceutical interest and π …

Ferrocene is of great significance in the fields of organic synthesis, materials science, and
biomedical research. Of particular importance is the fact that ferrocenes with planar chirality …

C− H functionalization of aliphatic carboxylic acids without attaching exogenous auxiliary
has been so far limited at the proximal β‐position. In this work, we demonstrate a ligand …

Transition metal‐catalyzed direct functionalization of C− H bonds is an economical and
efficient way to construct complex molecules that is currently attracting tremendous attention …

An unusual hybrid palladium catalyst containing an anionic chiral CoIII complex and a chiral
phosphoramidite ligand shows a high capacity for catalyzing asymmetric thioamide‐directed …

Planar chiral ferrocenes have received great attention in both academia and industry.
Although remarkable progresses have been made over the past decade, the development of …

Chemoselective C− H arylations were accomplished through micellar catalysis by a versatile
single‐component ruthenium catalyst. The strategy provided expedient access to C− H …

A synthetic method has been developed for the synthesis of unsymmetrical ferrocene aryl
chalcogenides by C–H activation of ferroceneamide using 8-aminoquinoline as a directing …

Aliphatic systems are ubiquitous in numerous natural products and pharmacoactive
compounds. Selective remote C–H functionalization of such aliphatic chains is of great …

The sulfhydryl-directed peri-selective C–H bond activation and tandem cyclization of
naphthalene-1-thiols with alkynes proceed efficiently. Most products of naphthothiopyrans …