We are interested in the design of artificial modules and probing their applications in synthetic biology. Currently, we are focusing on developing efficient experimental approaches to determining and optimizing the foldability of computationally designed proteins. We are also attempting to design new molecular tools/switches for performing information processing and control biological functions in living systems and apply these tools to programming and probing biological systems.

We are interested in the design of artificial modules and probing their applications in synthetic biology. Currently, we are focusing on developing efficient experimental approaches to determining and optimizing the foldability of computationally designed proteins. We are also attempting to design new molecular tools/switches for performing information processing and control biological functions in living systems and apply these tools to programming and probing biological systems.