Our aim is to investigate the interaction between nanomaterials and biological barriers, and to solve the problems in oncology and regenerative medicine. The representative technologies in our lab include genetic engineered ferritin nanocages, antibody-engineered cell membrane nanomedicines, Artificial Intelligence (AI)-assisted nanotechnology.
1. Biological effects of nanomaterials.
The main current theme of our lab is to understand whether and how nanomaterials penetrate various physiological or pathological barriers, to study active regulation effect of bioactive nanomaterials; to explore how nanomedicines regulate body immune system.
2. Tumor diagnosis and treatment.
The main current theme of our lab is to design biomimetic nanomedicines for tumor theranostics by integrating synthetic biology, machine learning with nanotechnology.
3. Tissue engineering and regenerative medicine.
The main current theme of our lab is to create bioactive nanomaterials for modulation of vascular regeneration in ischemic tissues; to develop nanomedicines for the prevention and treatment of Alzheimer’s disease.