We seek to develop magnetic nanomaterials with innovative surface modification and binding strategy, to achieve highly efficient biomarker enrichment for large volume clinical & environmental samples.
We seek to develop fluorescence enhancing materials and strategies to achieve amplification free, multiplexed biomarker analysis with high sensitivity, and solve related clinical issues including detection of multiple viruses and mutations, various autoimmune markers, panel of cancer markers, etc.
Based on the fluorescence detection information of multiple biomarkers, the clinical pathway and disease progression prediction model of rapid detection, early diagnosis and early precision treatment of respiratory pathogens were constructed based on Artificial Intelligence.