Demonstrates efficient synthesis of complex heterocycles, indicating a novel method in organic chemistry.
) bond formation while preserving the diazo functionality. The method tolerates a broad range of functional groups, substitution patterns, and pharmaceutically relevant motifs. Mechanistic studies, including radical trapping, UV-vis spectroscopy, light on/off experiments, and Stern-Volmer analysis, support a radical chain propagation and distinguish the EDA-driven versus photoredox pathways. The resulting diazo heterocycles undergo downstream transformations to access new chiral centers and functional motifs.
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Sarró et al. (2026) studied this question.
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