Indanones are key structural motifs in pharmaceuticals and bioactive natural products, making their efficient synthesis a subject of continued interest. Conventional methods typically rely on transiti...

A team is organizing the Workshop on Reproducibility in Homogeneous Catalysis in January 2026. By bring together community members, the workshop aims to identify challenges and opportunities in homoge...

Thioxanthone synthesis from o-silylaryl triflates and thioureas is disclosed. Double aryne insertion into the C═S double bond of thioureas and subsequent hydrolysis realized the facile preparation of ...

The reactions of reductive amination are of paramount importance as tools of synthetic organic chemistry. Recently, the applicability of sodium hypophosphite as a promising reductant for such reaction...

This Special Issue will celebrate the chemistry and biology of peptides, from synthesis, to structure and modifications, to biology and applications, and finally to degradation. Submit your manuscript...

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We have developed the N-heterocyclic carbene/organic photoredox-cocatalyzed acyl azolation of styrenes using acyl azoles. The cooperative action of organic photoredox catalysis and NHC catalysis enabl...

This Special Issue will showcase the breadth of modern Physical Organic Chemistry and will set the stage for future innovation. Submit your manuscript by April 1, 2025.

Polymer-supported selenium has been reported as a heterogeneous catalyst that is easily separated from the reaction system, thereby making the recovery and reuse of the catalyst more convenient. However, the utilization of polymer-supported selenium in the preparation of catalysts is not restricted to the aforementioned technical advantages. Recent studies have shown that polymer-supported selenium and small-molecule organoselenium catalysts have significant performance differences, leading to distinct reaction mechanisms, which offer more opportunities for the development of new organic reactions.