Frontiers in Synthetic Biology Distinguished Lecture

The contemporary world is facing the formidable challenges posed by the climate crisis and a globally aging population. These issues underscore the urgent need for sustainable solutions that also promote a healthier environment. In this context, microorganisms present a promising avenue for the eco-friendly production of a wide array of substances, including solvents, plastics, pharmaceuticals, and natural products. By harnessing these biological workhorses, we can make significant strides towards achieving sustainability and fostering a healthier planet. However, the efficiency of these microbial processes must be substantially enhanced to ensure their economic viability compared to traditional manufacturing methods. To address this challenge, systems metabolic engineering emerges as a pivotal approach to develop and optimize microbial cell factories. These engineered microorganisms are tailored to produce chemicals, fuels, materials, and natural products more efficiently and sustainably. In this lecture, Dr. Lee will delve into the strategies and tools of systems metabolic engineering and showcase the development of strains engineered for the production of a diverse range of chemicals, fuels, materials, and natural products. This discussion will highlight the transformative potential of systems metabolic engineering in advancing biotechnological applications and contributing to a sustainable and healthier world.

Speaker: Sang Yup Lee, Korea Advanced Institute of Science and Technology

Room: S360