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Indolyl‐Ynones: Building Blocks for Molecular Diversity

Ahalya Behera

2024Advanced Synthesis & Catalysis16 citationsDOI

Abstract

Abstract This review centers on the synthetic strategies employed with indolyl‐ynones. Indolyl‐ynone, owing to its highly reactive ynone moiety, frequently partakes in dearomatizing spirocyclization reactions and subsequent rearrangement reactions when subjected to various reaction conditions. Hence, various heterocycles such as densely functionalized spiroindolenines, carbazoles, quinolines and carbo‐and hetero‐cycle substituted indoles are synthesized from indolyl‐ynones. In addition to this, the versatile spirocyclic indole scaffold exhibits the capability to produce tetracyclic and polyclic structures through intricate skeletal rearrangement processes. Moreover, the total synthesis of natural products using the indolyl‐ynone moiety was also compiled in this review.

Topics & Concepts

MoietyChemistryIndole testCombinatorial chemistryStereochemistrySynthesis of Indole DerivativesSulfur-Based Synthesis TechniquesCatalytic C–H Functionalization Methods