The 9-channel fluorescence microscope workstation based on the team's self-developed spectral chip is integrated into the inverted fluorescence microscope platform, achievingsynchronous acquisition of 9 spectral channels. Combined with the nonlinear spectral unmixing algorithm, it integrates the technical advantages of wide-field and confocal fluorescence microscopy, achieving high-speed, large-field-of-view acquisition and automatic classification processing of multi-color fluorescence images.

This system can achieve real-time imaging of more fluorescent targets, significantly enhancing the dynamic monitoring capability and targetspecimen throughput, filling the technical blank of domestic multi-spectral real-time imaging in live observation. It is especially suitable for multi-factor cell dynamics research, drug screening, neuroscience and other cutting-edge biomedical research fields.