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Molecular switch based on very weak association between BPX26C6 and two recognition units

机译:基于BPX26C6与两个识别单元之间非常弱的关联的分子转换

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摘要

A [2]rotaxane has been constructed through metal ion-templated pseudorotaxane formation from a weakly interacting host (bis-p-xylyl[26]crown-6) /guest (diphenylurea derivative) complex and post-assembly modification to form another weakly interacting tertiary ammonium ion recognition site for the host. The combination of this pair of weakly interacting components allowed bifunctional (pH, Na~+ ions) switching of the crown ether unit, highlighting the potential applicability of weakly associated components within molecular switches.
机译:通过弱相互作用的主体(双-对-二甲苯基[26] crown-6)/客体(二苯基脲衍生物)复合物的金属离子模板化伪轮烷的形成和组装后的修饰形成另一种弱相互作用的[2]轮烷宿主为叔铵离子识别位点。这对弱相互作用的组分的组合允许冠醚单元的双功能(pH,Na〜+离子)转换,从而突出了分子开关中弱关联组分的潜在适用性。

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