Metal catalyzed notable organic reactions: Synthesis, mechanistic insights and applicationsJournal of Molecular Chemistry​

Review Articles, Catalyst, Heteroatom bonds, organic transformations, Organic synthesis, Heck reaction, heterocyclic chemistry, C-H activation

Transition metal catalysts have played an important role in forming carbon–carbon and carbon–heteroatom bonds. Formation of these bonds by using various transition metals such as Pd, Ni, Ru, Rh has been extensively investigated and documented in the literature. Recent years have witnessed a tremendous growth in the number of metal-catalyzed highly selective chemical transformations. The catalysis of organic reactions by different metals has been shown to be a powerful tool in organic synthesis. This review focuses on various metal catalyzed notable synthetic strategies adopted for the synthesis of a series of organic molecules and explores the mechanistic insights and applications of selected unique reactions.

URN:NBN.sciencein.jmc.2023.586

Transition metal catalysts have played an important role in forming carbon–carbon and carbon–heteroatom bonds. Formation of these bonds by using various transition metals such as Pd, Ni, Ru, Rh has been extensively investigated and documented in the literature. Recent years have witnessed a tremendous growth in the number of metal-catalyzed highly selective chemical transformations. The catalysis of organic reactions by different metals has been shown to be a powerful tool in organic synthesis. This review focuses on various metal catalyzed notable synthetic strategies adopted for the synthesis of a series of organic molecules and explores the mechanistic insights and applications of selected unique reactions. URN:NBN.sciencein.jmc.2023.586 

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Journal of Molecular Chemistry