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Organic Nanotubes Derived from Dendrons with Cyclodextrin-Inclusion Complex and Their Supramolecular Transformation

机译:来自具有环糊精夹杂物复合物的树枝状的有机纳米管及其超分子转化

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Self-organization of dendrons into supramolecular assemblies has been demonstrated in a various conditions. Recently, we presented that the amide dendrons can self-organize in various conditions to exhibit a multiplicity of architectures and functions. In particular, we reported that the transition of the self-organized structure from vesicles to rods and spherical micelles was triggered by the increase of the molecular weight of the hydrophilic PEG focal moiety.Therefore, we reasoned that the nature of the focal functionality of the amide dendrons could determine the supramolecular structure in aqueous phase.
机译:在各种条件下,已经证明了在超分子组件中的树枝形式的自组织。最近,我们提出了酰胺树枝可以在各种条件下自我组织,以表现多种架构和功能。特别地,我们报道,通过增加亲水PEG焦焦部分的分子量的增加,引发了将自组织结构从囊泡和球形胶束的转变引发。因此,我们推理了焦点功能的性质酰胺树枝状细纹可以确定水相中的超分子结构。

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