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Supramolecular assembly of designed α-helical polypeptide-based nanostructures and luminescent conjugated polyelectrolytes~a

机译:设计的基于α-螺旋多肽的纳米结构的超分子组装和发光共轭聚电解质

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摘要

Designed polypeptides with controllable folding properties are utilized as supramolecular templates for fabrication of ordered nanoscale molecular and fibrous assemblies of LCPs. The properties of the LCPs as well as the three dimensional conformation of the polypeptide-scaffold determine how the polymers are arranged in the supramolecular construct, which highly affects the properties of the hybrid material. The ability to control the polypeptide conformation and assembly into fibers provides a promising route for tuning the optical properties of LCPs and for fabrication of complex functional supramolecules with well defined structural properties. (Figure Presented)
机译:具有可控制的折叠特性的设计多肽被用作超分子模板,用于制造LCP的有序纳米级分子和纤维组装体。 LCP的性质以及多肽支架的三维构象决定了聚合物在超分子构建体中的排列方式,这极大地影响了杂化材料的性质。控制多肽构象和组装成纤维的能力为调节LCP的光学性质和制造具有明确定义的结构性质的复杂功能超分子提供了一条有希望的途径。 (图呈现)

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