作者:Stephen R. Diegelmann、Nikolaus Hartman、Nina Markovic、John D. Tovar
DOI:10.1021/ja211539j
日期:2012.2.1
Oligopeptides bearing internal diacetylene units are shown to self-assemble in water into one-dimensional nanostructures and aligned macroscopic hydrogels. The diacetylene units can be photopolymerized into polydiacetylenes that run coincident to the nanostructure and noodle long axes, and the resulting nanostructures show evidence for ambipolar charge transport. This self-assembly, alignment and polymerization
带有内部丁二炔单元的寡肽在水中自组装成一维纳米结构和对齐的宏观水凝胶。丁二炔单元可以光聚合成与纳米结构和面条长轴重合的聚丁二炔,所得纳米结构显示出双极性电荷传输的证据。这种自组装、排列和聚合技术提供了一种快速方法来产生全局排列的共轭聚合物链集合。