Nanozymes are functional nanomaterials that exhibit enzymatic properties. Since the research team led by Chinese scientist Yan Xiyun reported the first case of Fe3O4 nanozyme in 2007, this research field has flourished, forming a new frontier in enzyme studies.

With the theme “Nanozymes: Challenges and opportunities for next-generation artificial enzymes”, this session focuses on the forefront of nanozyme research and invites scholars to engage in academic exchanges and discussions, aiming to further promote nanozyme studies.

Chairs

Yan Xiyun

CAS academician, Institute of Biophysics, Chinese Academy of Sciences (CAS)

Qu Xiaogang

Researcher, Changchun Institute of Applied Chemistry, CAS

Invited speakers & reports

Xu Xin

Professor, Fudan University 

Report: Enhanced precision: A preliminary exploration of the application of double-hybrid functionals in nanozymes

Xu Chuanlai

Professor, Jiangnan University

Report: Precision synthesis of chiral nanomaterials and their broad-spectrum antiviral mechanisms

Xiong Yujie

Professor, University of Science and Technology of China

Report: Intelligent customization for biomimetic photosynthetic systems

Li Quanshun

Professor, Jilin University

Report: Research on exosome-mediated synergistic delivery of natural enzymes and nanozymes against Parkinson's disease

Gao Dawei 

Professor, Yanshan University

Report: Piezoelectric nanozymes for anti-tumor therapy

Ji Xiaoyuan 

Professor, Tianjin University

Report: Heterojunction nanomedicine