The oxygenation of C (sp3)–H bonds is a key chemical reaction in the production of fine
chemicals and pharmaceuticals. Hydrogen atom transfer has recently gained significant …

A mediated electrosynthetic method has been developed for selective benzylic oxidation of
methylarenes. Phthalimide-N-oxyl (PINO) radical generated by proton-coupled …

Due to the high oxidation potential of arenes and alkenes, previous methods of benzylic and
allylic C–H oxidation necessitated the use of strong oxidizing agents, metal catalysts, or free …

Selective oxidation of hydrocarbons with molecular oxygen at ambient temperature is full of
challenge, and efficient activation of the inert C–H bond under mild conditions is the …

Photo-oxygenation represents an appealing strategy for the effective production of high
value-added carbonyls by directly manipulating the ubiquitous C–H bonds. Nevertheless …

The field of photoredox catalysis has been transformed by the use of organic photocatalysts,
which give access to re-activities that were previously only possible with transition-metal …

A photocatalyzed metal‐free method for benzylic C (sp3)− H bond oxidation has been
developed. Achieved under the mild conditions, a variety of methylarenes and benzyl …

The selective and controllable functionalization of unreactive C (sp3)–H bonds under mild
conditions is a highly desirable yet challenging goal in both organic synthesis and …

Photocatalytic selective oxidation of C (sp 3)-H bonds is an attractive strategy for synthesis of
high value-added products due to the property of solar-driven and mild reaction conditions …

Converting hydrocarbons into high-value-added products using cheap catalysts and energy
input (eg, visible light) under mild conditions has always remained at the heart of chemistry …