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 …

The direct functionalization of two different C− H bonds of the same organic molecule using
different procedures‐also called regiodivergent C− H bond functionalization‐currently …

Herein, we report the development of an effective synthetic protocol for the synthesis of
oxindoles in flow based on a C (sp3)–H activation process promoted by a supported N …

Direct C–H functionalization catalyzed by a robust and recyclable heterogeneous catalyst is
highly desirable for sustainable fine chemical synthesis. Bipyridine units covalently …

Structural units substituted with imidazole motif play significant roles in many functional and
biologically active molecules. Such units are important for naturally occurring chemicals …

Catalysts as the dynamo of chemical reactions along with solvents play paramount roles in
organic transformations in long-lasting modes. Thus, developing effective and biobased …

The development of highly active and reusable supported catalysts for Suzuki‐Miyaura
coupling and catalytic C− H arylation is important for fundamental and applied chemistry …

Sequence-specific C-arylation strategies have important applications in medicinal and
material research. These strategies allow C–C bond formations in a regioselective manner …

An efficient method for the C (2)− H arylation of (benz) imidazoles and (benz) oxazoles with
aryl chlorides and aryl bromides under Ni/NHC catalysis has been developed. The main …

The increasing attention towards environmentally friendly synthetic protocols has boosted
studies directed to the development of green and sustainable methods for direct C− H bond …