Papers
2
Total Citations
47
H-Index
2
About
Han Min Woo is a leading figure in synthetic biology and metabolic engineering, whose work centers on advancing DNA assembly and laboratory automation to accelerate the construction of complex biological systems. His major contributions include the development of RoboMoClo, a robotics-assisted modular cloning framework that integrates computer-aided design with biofoundry automation, enabling efficient and versatile multi-gene assembly. This framework, detailed in his highly cited 2022 paper (43 citations), has significantly streamlined the design-build-test-learn cycle, reducing manual labor and error rates. Woo’s research also extends to evaluating the economic efficiency of lab automation, as shown in his 2024 study (4 citations), which provides critical metrics for cost-effective biotechnology. His impact is evident in the growing adoption of his methods by synthetic biology labs worldwide, and he is recognized for bridging the gap between theoretical design and practical, scalable implementation. Through his innovative frameworks, Woo is shaping the future of biofoundries, making them more accessible and productive for researchers tackling challenges from drug development to sustainable bioproduction.
Research Focus
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