cell. Through the recognition of the terminal alkyl substituent and the amphiphilic pyridine motif, we show that the cell provides different complementary pathways for self-assembly that can be traced easily with fluorescence microscopy as their molecular organization emits in distinct fluorescent bands. Importantly, the control and induction of both forms are achieved by time, temperature and the use
原位自组装(其中合成分子被编程为在特定且复杂的环境中,即在活细胞内组织)可能是影响细胞功能的独特策略。在这里,我们介绍了一系列合理设计的寡聚
噻吩类似物,它们专门针对,定位并动态自我报告其在细胞范围内的超分子行为。通过识别末端烷基取代基和两亲性
吡啶基序,我们表明细胞为自组装提供了不同的互补途径,可以通过荧光显微镜轻松地追踪它们的分子结构,因为它们的分子结构在不同的荧光带中发光。重要的是,通过时间,温度和细胞内转运
抑制剂bafilomycin A1的使用来实现两种形式的控制和诱导。