In the realm of life science research, the perpetual pursuit is to achieve deeper, clearer, and swifter visualization. Given that the majority of biological processes occur within a three-dimensional framework, traditional imaging techniques frequently necessitate compromises among imaging depth, speed, and resolution. The optically sectioned structured light microscopy system, boasting a high signal-to-noise ratio and developed by Professor Lei Ming's research team at Xi'an Jiaotong University, has introduced an "intelligent noise reduction" capability to microscopes. This advancement empowers them to penetrate tissues up to millimeters in thickness while simultaneously capturing intricate dynamics at the organelle level.
