We develop a range of genome engineering technologies, notably CRISPR, aimed at addressing the question of 'How to write genome'. Our focus lies in enhancing the versatility, precision, efficiency, and scalability of genome engineering tools. Through our efforts, we aim to establish a comprehensive engineering toolbox capable of generating desired cellular constructs with unprecedented control and efficiency.

We enhance the versatility, precision, efficiency, and scalability of genome engineering tools by fine-tuning each component, verified through various NGS-based analysis tools.

Not limited to single gene/mutation editing, we specialize in massively-parallel high-throughput genome engineerings. Our expertise extends beyond gene knockout to include SNP, epigenetic modification, and structural variation. By introducing multiple genome engineerings to numerous cells and analyzing them, we gain insights into the effects of more than hundreds of genetic modifications simultaneously.