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Evolution Of Multi-component Anion Relay Chemistry (arc): Construction Of Architecturally Complex Natural And Unnatural Products

机译:多组分阴离子中继化学(arc)的演变:建筑复杂的天然和非天然产物的构建

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Efficient construction of architecturally complex natural and unnatural products is the hallmark of organic chemistry. Anion relay chemistry (ARC)-a multi-component coupling protocol-has the potential to provide the chemist with a powerful synthetic tactic, enabling efficient, rapid elaboration of structurally complex scaffolds in a single operation with precise stereochemical control. The ARC tactic can be subdivided into two main classes, comprising the relay of negative charge either through bonds or through space, the latter with aid of a transfer agent. This review will present the current state of through-space anion relay, in conjunction with examples of natural and unnatural product syntheses that illustrate the utility of this synthetic method.
机译:有效构造建筑复杂的天然和非天然产品是有机化学的标志。阴离子中继化学(ARC)-一种多组分偶联方案-可能为化学家提供强大的合成策略,从而能够在一次操作中通过精确的立体化学控制高效,快速地修饰结构复杂的支架。 ARC策略可分为两大类,包括通过键或空间传递负电荷,后者借助转移剂传递。这篇综述将介绍通过空间阴离子中继的当前状态,并结合天然和非天然产物合成的实例,说明这种合成方法的实用性。

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