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How to reveal the spatial location, path and dynamics of chemical reactions at the single-molecule level is one of the essential scientific problems facing chemistry and biology research, which puts forward a major research demand for precise chemical and physical measurements Electrochemiluminescence is a form of using a series of chemical reactions on the surface of an electrode to generate light Inspired by fluorescence super-resolution microscopy (Nobel Prize in Chemistry in 2014), the research team used spatially isolated molecular reaction positioning information to perform optical reconstruction imaging, and for the first time achieved electrochemiluminescence imaging that broke the optical diffraction limit
Figure 1 Micro-nano structure imaging and cell imaging effect of single-molecule electrochemiluminescence microscope
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