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Elucidating the Cyclization Cascades in Xiamycin Biosynthesis by Substrate Synthesis and Enzyme Characterizations

机译:通过底物合成和酶表征阐明夏霉素生物合成中的环化级联

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摘要

Indolosesquiterpene xiamycin A features a pentacyclic core structure. The chemical synthesis of two key precursors, 3-farnesylindole and 3-(epoxyfarnesyl)-indole, allowed elucidation of the enzymatic cascades forming the pentacyclic ring system of xiamycin A by XiaO-catalyzed epoxidation and the membrane protein XiaH-catalyzed terpene cyclization. The substrate flexibility of XiaI, an indole oxygenase for assembly of the central ring, was also demonstrated.
机译:吲哚倍半萜烯霉素A具有五环核心结构。化学合成了两个关键的前体3-法呢基吲哚和3-(环氧法呢基)-吲哚,通过XiaO催化的环氧化作用和形成膜蛋白XiaH的萜烯环化作用,阐明了形成霞霉素A五环系统的酶联级联反应。还证明了XiaI(一种用于组装中心环的吲哚加氧酶)的底物柔性。

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