首页> 外文期刊>The Journal of Organic Chemistry >Indole Diterpene Synthetic Studies. Total Synthesis of (+)-Nodulisporic Acid F and Construction of the Heptacyclic Cores of (+)-Nodulisporic Acids A and B and (-)-Nodulisporic Acid D
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Indole Diterpene Synthetic Studies. Total Synthesis of (+)-Nodulisporic Acid F and Construction of the Heptacyclic Cores of (+)-Nodulisporic Acids A and B and (-)-Nodulisporic Acid D

机译:吲哚二萜的合成研究。 (+)-根瘤菌酸F的全合成和(+)-根瘤菌酸A和B以及(-)-根瘤菌酸D的七环核的构建

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摘要

A first-generation strategy for construction of (+)-nodulisporic acids A (1) and B (2) is described. The strategy entails union of the eastern and western hemisphere subtargets via the indole synthesis protocol developed in our laboratory. Subsequent elaboration of rings E and F, however, revealed the considerable acid instability of the C(24) hydroxyl, thereby preventing further advancement. Nonetheless, preparation of the heptacyclic core of (+)-nodulisporic acids A and B, the total synthesis of (+)-nodulisporic acid F, the simplest member of the nodulisporic acid family, and elaboration of the heptacyclic core of (-)-nodulisporic acid D were achieved.
机译:描述了构建(+)-去甲孢酸A(1)和B(2)的第一代策略。该策略需要通过我们实验室开发的吲哚合成方案将东半球和西半球的子目标联合起来。然而,随后对环E和F的修饰揭示了C(24)羟基的明显酸不稳定性,从而阻止了进一步的发展。然而,制备(+)-瘤孢子酸A和B的七环核,(+)-瘤孢子酸F的全合成,所述瘤孢子酸家族中最简单的成员,以及拟定(-)-的七环核。获得了根瘤菌酸D。

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