On April 25, the 2023 Qingdao Project Launch Meeting of the National Key R&D Program "Basic Scientific Research Conditions and Major Scientific Instruments and Equipment R&D" key project guided by the High-tech Department of the Ministry of Industry and Information Technology, the 21st Century Agenda Management Center, and the Qingdao Municipal Science and Technology Bureau was held in Qingdao.

      At the launch meeting, relevant persons in charge of the China 21st Century Agenda Management Center, Qingdao Municipal Science and Technology Bureau and other relevant persons in charge delivered speeches. Representatives of project experts and project units spoke on project demonstration, project localization, and industrialization. At the launch meeting, SHANDONG LIFEI BIOLOGICAL GROUP signed a contract with Beijing Institute of Technology.

      At the review meeting of the implementation plan of the "High-speed Hyperspectral Fluorescence Microscope Imaging Analyzer" project, the experts of the review group first listened to the detailed introduction of the project team and learned about the basic situation and progress of the project. Subsequently, the review group conducted a serious analysis and evaluation of the project. At the same time, it also put forward a series of specific improvement suggestions, which provided strong support for the further improvement and development of the project.

      The "High-speed Hyperspectral Fluorescence Microscope Imaging Analyzer" project was approved on December 29, 2023 as a key special project of the 2023 National Key R&D Program "Basic Scientific Research Conditions and Major Scientific Instruments and Equipment R&D". The project is led by LIFEI and jointly applied by nine institutions including Rehabilitation University, University of Science and Technology of China Hangzhou Institute of Advanced Studies, Qingdao University, Qingdao Institute of Optoelectronic Engineering Technology and Ocean University of China. It aims to break through key technologies and develop high-speed hyperspectral fluorescence microscopy analyzers with independent intellectual property rights to meet the testing needs in the fields of medicine, chemistry, materials, and biological proteins. The instrument of this project will break through key technologies such as multiple fluorescent target labeling, hyperspectral image unmixing analysis, and high-throughput automatic scanning of samples, and carry out application demonstration and industrial promotion in the fields of multiple fluorescent immunohistochemistry tumor microenvironment precision diagnosis, yeast cell morphology rapid imaging identification, etc.