Synthesis of Polysubstituted Furans through Electrochemical Selenocyclization of Homopropargylic Alcohols

The current method represents an electrochemi-cally driven synthetic route to access polysubstituted selenofuran derivatives through the diselenide-promoted cyclization of homopropargyl alcohols. The tandem electro-oxidative trans-formation operates at ambient temperature and in the absence of an external oxidant. This mild and efficient methodology exhibits good functional group compatibility, providing a broad range of substrate scopes up to 84% isolated yield. Further conversion of the seleno-functionality afforded other valuable furan derivatives.

Automated summary

The mild and efficient electrochemically driven synthetic route allows for the access of polysubstituted selenofuran derivatives through diselenide-promoted cyclization of homopropargyl alcohols, with up to 84% isolated yield. This methodology demonstrates good functional group compatibility and further conversion to valuable furan derivatives.