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Recent Breakthroughs in the Synthesis of Novel Functional Macrocyclic Molecules

机译:新型官能宏环分子合成的近期突破

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摘要

Organic macrocycles have been attracted much attention as functional host molecules that selectively recognize and encapsulate small molecules such as ions and organic molecules within its cavity. Usually, artificial organic macrocycles are synthesized by repetitive connection of monomer units and cyclization of linear oligomers formed thereby. In this context, there have been problems in the control of the number of units or in the selectivity of cyclic products over linear ones. This review focuses on recent breakthroughs that achieved the synthesis of novel functional macrocyclic molecules from fresh and original points of view to overcome the synthetic challenges.
机译:有机宏细胞被吸引了许多关注,作为功能性宿主分子,可选择性地识别并将小分子(例如离子和有机分子)封装在其腔内。 通常,通过重复连接单体单元和由此形成的线性低聚物的环化合成人造有机宏型。 在这种情况下,控制单位数或在线性的循环产品的选择性存在问题。 本综述重点是近期突破,从新鲜和原始观点达到了新的功能宏环分子,以克服综合挑战。

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