On September 6, 2023, Guangzhou Bio-key Biotechnology Co., Ltd. and Leica Microsystems (Shanghai) Trading Co., Ltd. jointly hosted the Zhongshan Medical College Leica Multicolor Fluorescence Staining Technology Exchange Conference and Leica Pathological Instrument Operation Technology Training. The training was hosted by Professor Lan Xiujian, the instrument manager of the Research Instrument Management Center of Zhongshan Medical College. Dr. Wang Yongbin, the senior product expert of Leica Biosystems, Ms. Zhou Huan, the senior application manager of Leica Biosystems, and Pan Qingdong, the application engineer of Leica Biosystems, participated in this training session.

       Dr. Wang Yongbin, with the theme of "Research and Application of Multicolor Fluorescence Staining Schemes", showcased and discussed the latest achievements of multi-color fluorescence staining technology in related fields. He had in-depth discussions with teachers from Zhongshan Medical College on common problems and solutions in the process from conventional pathology to multi-color fluorescence staining experiments, as well as the future development direction of multi-color fluorescence staining schemes in the field of life sciences.

       Ms. Zhou Huan, Senior Application Manager of Leica Biosystems, also shared the specific process and precautions of pathological experimental operations, and provided training on the operation, use, and maintenance of existing pathological instruments in the laboratory. The relevant pathological instruments include tissue embedding machines, fully automatic rotary slicers, frozen slicers, vibration slicers, digital pathological scanning systems, etc.

       Leica Biosystems has always pursued a focus on the forefront of life sciences. This exchange conference provides a platform for users to exchange and share ideas. During the training, wonderful speeches and discussions were held on the theme of "Multicolor Fluorescence Staining Scheme", including sample processing methods, technological updates, application cases, standard interpretation, etc., which gave users a deeper understanding of multi-color fluorescence technology. We believe that more practical problems will be solved in future scientific research.