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Electron Cryo‐Microscopy of TPPS4⋅2HCl Tubes Reveals a Helical Organisation Explaining the Origin of their Chirality

机译:TPPS4⋅2HCl管的电子低温显微镜揭示了一个螺旋结构解释了它们的手性来源

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摘要

>A widely studied achiral porphyrin, which is highly soluble in aqueous solutions (TPPS4), is shown to self‐assemble into helical nanotubes. These were imaged by electron cryo‐microscopy and a state‐of‐the‐art image analysis allows building a map at ∼5 Å resolution, one of the highest obtained so far for molecular materials. The authors were able to trace the apparent symmetry breaking to existing nuclei in the “as received samples”, while carefully purified samples show that both handnesses occur in equal amounts.
机译:>一种广泛研究的非手性卟啉(可高度溶于水溶液(TPPS4))显示自组装成螺旋纳米管。这些都是通过电子冷冻显微镜成像的,而最新的图像分析技术可以以约5Å的分辨率建立图谱,这是迄今为止分子材料获得的最高图谱之一。这组作者能够追踪到“原样”中现有核的明显对称性断裂,而经过仔细纯化的样本表明,两种手性均以相同的数量出现。

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