“…Once again, the iridium complex catalyst demonstrates its catalytic activity not only in nonpolar solvent media but also in highly polar media such as ionic liquids. 34 In a recent contribution by Ning et al (2021), 192 a novel synthetic methodology was developed for the production of phosphoramides via iridium-catalyzed C–H amidation of benzamides with phosphoryl azides in ionic liquids. This study introduces a direct, efficient, and environmentally friendly strategy for catalyzing the conversion of C–H bonds into amides using a transition metal iridium catalyst.…”
Section: Recent Advances In Transition Metal-mediated C–h Activation ...mentioning
This article reviews the recent advances in the transition metal-catalyzed sulfonamidation and phosphoramidation of a variety of organic compounds. It also covers fundamental concepts and mechanistic aspects, including key intermediates and reaction pathways.
“…Once again, the iridium complex catalyst demonstrates its catalytic activity not only in nonpolar solvent media but also in highly polar media such as ionic liquids. 34 In a recent contribution by Ning et al (2021), 192 a novel synthetic methodology was developed for the production of phosphoramides via iridium-catalyzed C–H amidation of benzamides with phosphoryl azides in ionic liquids. This study introduces a direct, efficient, and environmentally friendly strategy for catalyzing the conversion of C–H bonds into amides using a transition metal iridium catalyst.…”
Section: Recent Advances In Transition Metal-mediated C–h Activation ...mentioning
This article reviews the recent advances in the transition metal-catalyzed sulfonamidation and phosphoramidation of a variety of organic compounds. It also covers fundamental concepts and mechanistic aspects, including key intermediates and reaction pathways.
“…3 d , e Subsequently, an iridium-catalyzed C–H phosphoramidation of N -aryl-7-azaindoles, and benzamides with phosphoryl azides has been reported. 4 (Scheme 1). This process produces the benign N 2 gas byproduct.…”
A series of amidated and phosphoramidated pyrrolo[2,3-d]pyrimidine derivatives were synthesized by Ru-catalysed direct C–H amidation using azides as amino sources in a mild, efficient and highly site-selective manner.
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