08/23/2024, 04:04 PM UTC
高分辨率细胞动力学High-Resolution Cellular Dynamics
➀ 奥斯纳布吕克大学的研究人员开发了一种显微镜技术，能够在活细胞中以高时空分辨率同时成像和分析分子相互作用及其直接纳米环境。➁ 这种新型荧光显微镜为实时追踪分子过程并将其与细胞结构的总体动力学相关联开辟了新途径。➂ 该独特的新系统结合了两种高分辨率显微技术，能够直接可视化细胞膜中单个蛋白质复合物的形成，并深入了解免疫受体的信号激活机制。➀ Researchers at the University of Osnabrück have developed a microscopy method that allows simultaneous imaging and analysis of molecular interactions and their immediate nanoenvironment in living cells with high temporal and spatial resolution. ➁ The new fluorescence microscope opens up new possibilities for tracking molecular processes in real-time and correlating them with the overarching dynamics of cellular structures. ➂ The unique new system combines two high-resolution microscopy techniques, enabling direct visualization of individual protein complex formations in the cell membrane and deeper insights into the signal activation of immune receptors.
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