(4gb) Synthetic Biology Mediated Applications of Electrochemical Biosensor and the Formation of Artificial Organelle in Living System

Synthetic biology involves reconstituting nature’s biological design to perform new capabilities, innovating medicine and biotechnology. In this presentation, I will first introduce my doctoral works on interfacing electrochemistry with synthetic gene circuit design, providing new analytical chemistry concepts enabling diverse sensing applications. I will further introduce my postdoctoral works on de novo design of synthetic biomolecular condensates in living cells through protein engineering, delivering a new paradigm for applications of orthogonal biological controls on endogenous systems.

Research Interests: Liquid-Liquid Phase Separation, Protein Engineering, Internal Disordered Proteins, Electrochemistry, Biosensing, Synthetic Gene Circuit

Teaching Interests: Biochemistry, Molecular Biology, Electrochemistry, Thermodynamics, Protein Engineering, Bioelectrochemistry, Biomaterials