[Phage Therapy]

Our lab discovers and engineers bacteriophages to fight antimicrobial resistance and understand host–pathogen interactions. 

By combining phage hunting with biotechnology and synthetic engineering, we aim to transform phages into powerful tools for medicine, agriculture, aquaculture, and environmental health. 

[Industrialization of Phage]

We focus on the industrial-scale development of bacteriophages to ensure their practical application in medicine, food, and agriculture. 

Our research covers both upstream and downstream processes, including mass production, standardization, and process optimization. 

By establishing robust production and purification pipelines, we aim to accelerate the transition of phage research from the laboratory to real-world solutions.

[Phage Engineering]

We engineer bacteriophages and phage-derived proteins to enhance their antimicrobial efficacy and expand their application spectrum. 

Our work includes genetic modification, synthetic biology approaches, and protein engineering to develop next-generation phages with improved stability, host range, and therapeutic potential. 

Through these strategies, we aim to establish phages as versatile tools for precision antimicrobial therapy and biotechnology.