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Design and synthesis of a bis-macrocyclic host and guests as building blocks for small molecular knots

机译:设计和合成BIS-MACROCYCLIC主机和客人作为小分子结的构建块

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摘要

The thread–link–cut (TLC) approach has previously shown promise as a novel method to synthesize molecular knots. The modular second-generation approach to small trefoil knots described herein involves electrostatic interactions between an electron-rich bis-macrocyclic host compound and electron-deficient guests in the threading step. The bis-macrocyclic host was synthesized in eight steps and 6.6% overall yield. Ammonium and pyridinium guests were synthesized in 4–5 steps. The TLC knot-forming sequence was carried out and produced a product with the expected molecular weight, but, unfortunately, further characterization did not produce conclusive results regarding the topology of the product.
机译:线程链路切割(TLC)方法先前所示的承诺作为合成分子结的新方法。本文所述的小型三叶型结的模块化第二代方法涉及磨性步骤中的电子的双宏环宿主化合物和电子缺陷的客体之间的静电相互作用。双 - 宏环宿主以八步合成,总产量为6.6%。铵和吡啶鎓客人以4-5步合成。进行TLC结形成序列并制备具有预期分子量的产物,但不幸的是,进一步表征并未对产品的拓扑产生决定性的结果。

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