Zhejiang University Feng Jiandong Nature published a paper: Direct imaging of single-molecule electrochemical reactions in solution

Chemical reactions are often conceptualized as the conversion of individual molecules into products, which are usually observed in experiments that explore the overall average behavior of substances

Today, Feng Jiandong of Zhejiang University reported on the optical imaging of single-molecule electrochemical reactions in aqueous solutions and its use in super-resolution microscopy

Specifically, this article uses a thin indium tin oxide (ITO) electrode to allow the electrochemical measurement and optical imaging system to be synchronized through an inverted microscope

Studies have shown that it can directly capture the electrochemiluminescence single photon of a single reaction, and develop a super-resolution electrochemiluminescence microscope to image the adhesion dynamics of living cells with high temporal and spatial resolution, so as to achieve targeted cell structure Visualization of sex

Related research results were published on Nature with the title "Direct imaging of single-moleculeelectrochemical reactions in solution"