Concise total synthesis of (±)-serotobenine

Area of Science:

• Organic Chemistry
• Synthetic Chemistry
• Natural Product Synthesis

Background:

• Serotobenine is a complex alkaloid with a unique indolofuran core structure.
• Understanding its biosynthesis can guide synthetic strategies.

Purpose of the Study:

• To achieve a concise total synthesis of (±)-serotobenine.
• To develop and apply a novel iron-catalyzed radical cross-coupling reaction for constructing the indolofuran core.

Main Methods:

• Total synthesis of (±)-serotobenine.
• Iron-catalyzed intermolecular oxidative radical cross-coupling reaction.
• Strategy inspired by the biosynthetic hypothesis.

Main Results:

• A concise synthetic route to (±)-serotobenine was successfully established.
• The key indolofuran core was efficiently constructed using the developed radical cross-coupling methodology.
• The synthesis demonstrates the utility of iron-catalyzed radical reactions in complex molecule construction.

Conclusions:

• The total synthesis of (±)-serotobenine was accomplished efficiently.
• The developed iron-catalyzed oxidative radical cross-coupling is a powerful tool for constructing indolofuran motifs.
• The synthetic strategy validates the proposed biosynthetic hypothesis.