This research demonstrates efficient synthesis of diverse SF5 building blocks using a stable platform reagent, suggesting new pathways for organic synthesis.
Key Points
The study shows that silylated SF5 alkynes enable the production of various SF5-containing building blocks.
High yields of up to 99% were achieved for (E)-configured vinyl sulfides through nucleophilic substitution.
Analysis used a versatile platform reagent, highlighting a novel in-situ elimination strategy for synthesis.
Development contributes to overcoming accessibility restrictions for sulfur pentafluoride derivatives, increasing practical applications.