Our research focuses on the development of biocompatible nano-optical materials designed for advanced biomedical applications. We explore their light emission characteristics and phototherapy functions, with a primary focus on cancer cells and living tumors, as well as antibacterial research.

 

This integrated biomedical optoelectronic project aims to combine these materials with anti-cancer drugs, creating a multi-faceted approach to treatment. By establishing various target modification techniques, we enable precise fluorescent imaging and provide the potential for Raman-based optical positioning, allowing for in-depth single-cell experiments.

 

Our work is at the forefront of combining nanotechnology and biomedicine, offering innovative solutions for more effective diagnostics and therapies.