四氢吡喃
天然产物
聚酮
戒指(化学)
化学
组合化学
成交(房地产)
产品(数学)
普林斯反应
类型(生物学)
全合成
立体化学
催化作用
数学
有机化学
业务
生物
酶
生物合成
几何学
生态学
财务
作者
Erika A. Crane,Karl A. Scheidt
标识
DOI:10.1002/anie.201002809
摘要
Abstract Prins‐type macrocyclizations have recently emerged as a successful strategy in the synthesis of polyketide‐derived natural products. This reaction provides a concise and selective means to form tetrahydropyran‐containing macrocyclic rings of varying size. A high degree of functionality within the macrocycle is tolerated and the yields for these transformations are typically good to excellent. Since the initial report of a Prins macrocyclization reaction in 1979, examples of this approach did not re‐emerge until 2008. However, the use of this method in natural product synthesis has rapidly gained momentum in the synthetic community, with multiple examples of this macrocyclization tactic reported in the recent literature.
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