Nitrogen Centered Radicals (NCR) are known in literature since the first years of 1900, but only with the spread of photoredox catalysis, and in particular visible light-mediated radical processes, nitrogen radical chemistry became more accessible generating these kinds of radicals in situ employing mild conditions. In fact, unlike their carbon counterpart, nitrogen radicals have not historically spread in academia or industry due to a lack of an efficient strategy to produce them. Nowadays, NCR are more established, and this graphical review illustrates the key publications from the literature categorized them by both the type of NCR and the type of reaction. In fact, nitrogen radicals can be divided in four different categories according to their electronical configuration, orbital structure and chemical behaviour. The reactivity of all these radicals can be summarized into four main classes: they are mostly exploited into intramolecular cyclization; intramolecular hydrogen atom abstraction; Norrish type-I fragmentation and intermolecular addition to π systems.

Nitrogen centered radicals in visible-light promoted reactions / M.F. Boselli, F. Medici, F. Franco. - In: SYNOPEN. - ISSN 2509-9396. - 8:4(2024 Dec), pp. 273-299. [10.1055/a-2441-3612]

Nitrogen centered radicals in visible-light promoted reactions

M.F. Boselli
Primo
;
F. Medici
Secondo
;
F. Franco
Ultimo
2024

Abstract

Nitrogen Centered Radicals (NCR) are known in literature since the first years of 1900, but only with the spread of photoredox catalysis, and in particular visible light-mediated radical processes, nitrogen radical chemistry became more accessible generating these kinds of radicals in situ employing mild conditions. In fact, unlike their carbon counterpart, nitrogen radicals have not historically spread in academia or industry due to a lack of an efficient strategy to produce them. Nowadays, NCR are more established, and this graphical review illustrates the key publications from the literature categorized them by both the type of NCR and the type of reaction. In fact, nitrogen radicals can be divided in four different categories according to their electronical configuration, orbital structure and chemical behaviour. The reactivity of all these radicals can be summarized into four main classes: they are mostly exploited into intramolecular cyclization; intramolecular hydrogen atom abstraction; Norrish type-I fragmentation and intermolecular addition to π systems.
nitrogen radicals; photoredox catalysis; visible-light-driven reactions; amidyl radicals; cyclizations; addition to π systems; hydrogen atom transfer
Settore CHEM-05/A - Chimica organica
   Enabling technologies for sustainable and innovative catalytic transformations (BEST-CAT)
   BEST-CAT
   MINISTERO DELL'UNIVERSITA' E DELLA RICERCA
   20222989TP_001

   MUSA - Multilayered Urban Sustainability Actiona
   MUSA
   MINISTERO DELL'UNIVERSITA' E DELLA RICERCA
dic-2024
14-ott-2024
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/1115727
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