Boger Dale L
Department of Chemistry, The Scripps Research Institute La Jolla, California 92037, USA.
Chemist. 2025 Oct;96(1):1-18.
The total synthesis of a series of natural products targeted by virtue of their biological properties are highlighted. Their complex structures inspired the development of new divergent synthetic strategies and synthetic methodology designed especially for the natural products of interest. The subsequent extension to the divergent total syntheses of key analogues that bear deep-seated structural changes are summarized that were used to define the structure-function properties of the natural products, to identify their biological target if unknown, to define fundamental features of their interaction with their biological target, and ultimately to improve their properties, producing supernatural products endowed with features not found expressed by the natural products themselves.
重点介绍了一系列因其生物学特性而成为目标的天然产物的全合成。它们复杂的结构激发了新的发散性合成策略和专门为感兴趣的天然产物设计的合成方法的发展。随后总结了对具有深层次结构变化的关键类似物的发散性全合成的扩展,这些合成用于定义天然产物的结构-功能特性,在未知时识别其生物靶点,定义其与生物靶点相互作用的基本特征,并最终改善其特性,生产出具有天然产物本身未表现出的特征的超自然产物。