Ran Chao

Papers

Total Citations

443

H-Index

About

Ran Chao is a pioneer in the automation of synthetic biology, driving the transition from manual genetic engineering to algorithm-driven biosystems design. His seminal work, "Automated multiplex genome-scale engineering in yeast" (2017, 201 citations), broke a critical barrier by enabling high-throughput, genome-wide editing in *Saccharomyces cerevisiae*—a feat previously limited to bacterial systems, opening new frontiers for eukaryotic engineering. Chao further revolutionized the field with "Towards a fully automated algorithm driven platform for biosystems design" (2019, 192 citations), which integrated the design-build-test-learn (DBTL) cycle into a closed-loop, automated workflow. This platform dramatically reduced experimental variability and cost while unlocking insights missed by traditional methods. Earlier, he contributed "FairyTALE: A High-Throughput TAL Effector Synthesis Platform" (2013, 50 citations), a liquid-handling solution for rapidly assembling custom TALEs for genome editing and gene regulation. Collectively, Chao’s work has established foundational infrastructure for scalable, reproducible synthetic biology, earning him recognition as a leader in laboratory automation and multiplex engineering. His innovations continue to empower researchers to design and optimize complex biological systems with unprecedented speed and precision.