AI-Driven RNA Synthetic Biology and Therapeutic Development

Our laboratory is developing next-generation RNA synthetic biology platforms empowered by artificial intelligence (AI). By integrating large-scale computational modeling, structural prediction, high-throughput screening, and biological computing strategies, we aim to design programmable functional RNAs and synthetic regulatory circuits capable of environmental sensing, logical computation, and dynamic cellular responses.

We are also exploring AI-assisted RNA therapeutic discovery and delivery systems, with the long-term goal of advancing intelligent RNA-based diagnostics, antiviral technologies, and precision medicine applications.