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现在,化学家们有了一个现成的工具,能高产率、高光学纯度地制备几乎所有需要的光学活性化合物。制备的方法差不多都是在最近五年中发展出来的。这些方法将为今后以不对称模型化合物的形式研究有机和生化的机理结出丰硕的果实。在天然产物全合成中,由于每一步反应都可有许多新的方法来控制其立体化学,所以这种全合成将会越来越巧妙。随着大量的方法用于工业生产,制药工业将从这些不对称合成的变革中文大得益。食品工业和农业也可以用光
Now chemists have an off-the-shelf tool to prepare nearly all of the optically active compounds they need, in high yields and with high optical purity. Almost all methods have been developed in the last five years. These methods will yield fruitful results for the future study of organic and biochemical mechanisms in the form of asymmetric model compounds. In the total synthesis of natural products, the total synthesis will be clever and clever because there are many new ways to control the stereochemistry of each reaction step. With a large number of methods for industrial production, the pharmaceutical industry will benefit greatly from these asymmetric synthetic Chinese changes. The food industry and agriculture can also use light