Introduction to the speaker

Zhu Xiaoli , director of the Laboratory Department of Shanghai Tenth People's Hospital, chief scientist of the National Key R&D Program, and part-time secretary of the Shanghai Laboratory Alliance. He is mainly engaged in the research of new medical testing technologies. Cell diagnosis-related technology products have won honorary awards such as the National Disruptive Technology Innovation Award.

Lecture Introduction

Cell phenotype real imaging technology, relying on advanced molecular probes, high-resolution imaging technology and innovative algorithms, has opened up a new horizon for cell research. This technology breaks through the limitations of traditional observation and can comprehensively and accurately capture the diverse phenotypes of cells. It can clearly display rich information such as the morphological structure of cells, the distribution of internal components, and the location of various substances, providing extremely intuitive and comprehensive cell phenotype data for cell biology research. In terms of clinical diagnosis, cell phenotype real-life imaging technology is of great value. It can accurately identify disease-specific cell phenotype characteristics. For example, in tumor diagnosis, it clearly presents the abnormal morphology and proliferation characteristics of tumor cells, providing a key basis for early cancer diagnosis, significantly improving diagnostic accuracy, and helping patients receive treatment as early as possible.

Everyone is welcome to actively participate

Follow the video account

Get more lecture information