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Polyol Synthesis through Hydrocarbon Oxidation: De Novo Synthesis of l-Galactose

机译:通过烃氧化合成多元醇:从头合成l-半乳糖

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摘要

Direct oxidation of C-H bonds has the potential to emerge as a powerful approach for introducing oxygen and nitrogen functionality in the synthesis of complex molecules.[1] Functional- group manipulations (FGMs) that are required for carrying oxygenated functionalities throughout a synthetic route may be avoided by installing them directly into the hydrocarbon framework.[2] For a hydrocarbon oxidation strategy to reach its full potential, C-H-oxidation reactions with high levels of chemo-, regio- and stereoselectivity must be identified and developed.
机译:C-H键的直接氧化有可能成为一种在复杂分子的合成中引入氧和氮官能度的强大方法。[1]通过将氧化官能团直接安装到烃骨架中,可以避免在整个合成路线中携带氧化官能团所需的官能团操纵(FGM)。[2]为了使烃氧化策略发挥最大潜力,必须确定和开发具有高化学,区域和立体选择性的C-H-氧化反应。

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