Evaluates the synthesis of chiral aromatic heterocycles for medicinal chemistry applications, suggesting potential therapeutic benefits.
-heteroatom bond. The reaction leads to a diverse array of aromatic heterocyclic products featuring stereogenic sulfur centers. A combination of computational and spectroscopic techniques were utilized to investigate the complex relationship between stereochemistry and aromaticity as well as to explore their unique electronic and geometric features. Finally, the potential for these heterocyclic motifs to be utilized for medicinal chemistry was evaluated by synthesizing an analogue of enzalutamide featuring the heterocyclic core and determining its resulting pharmacokinetic properties and bioactivity.
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Toth-Williams et al. (2026) studied this question.
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