2023Organic LettersRequires access

Phosphonium Salt-Promoted C2–H Functionalization of Heterocyclic N -Oxides

Qian Ma, Yuze Shi, Dong Wang

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Abstract

We report the development of a phosphonium salt as a remarkable activating agent that enables the direct conversion of C2–H bonds of a variety of heterocyclic N -oxides into C2–N, C2–O, or C2–S bonds with high efficiency. The phosphonium salt was prepared on a >150 g scale in a single step and is tolerant of multiple functionalities.

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What this paper is about

We report the development of a phosphonium salt as a remarkable activating agent that enables the direct conversion of C2–H bonds of a variety of heterocyclic N -oxides into C2–N, C2–O, or C2–S bonds with high efficiency. The phosphonium salt was prepared on a >150 g scale in a single step and is tolerant of multiple functionalities.

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OpenAlex reports 16 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

We report the development of a phosphonium salt as a remarkable activating agent that enables the direct conversion of C2–H bonds of a variety of heterocyclic N -oxides into C2–N, C2–O, or C2–S bonds with high efficiency. The phosphonium salt was prepared on a >150 g scale in a single step and is tolerant of multiple functionalities.

Key concepts: Phosphonium, Chemistry, Salt (chemistry), Phosphonium salt, Surface modification, Combinatorial chemistry, Organic chemistry, Physical chemistry

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