Explore how metabolic engineering is transforming medicine, agriculture, and sustainable manufacturing by reprogramming living cells to produce valuable chemicals.
Explore how genetic and metabolic engineering are revolutionizing medicine, sustainability, and manufacturing by reprogramming biological systems.
Exploring how engineering principles are transforming biological discovery and creating programmable living systems in 2025
Exploring how promoter-gene-engineered biosensors are transforming environmental monitoring, medicine, and biotechnology through living cellular detection systems.
Exploring plant metabolism as nature's chemical powerhouse and its potential to revolutionize agriculture, medicine, and sustainable energy.
Exploring how combinatorial engineering of monodisperse coacervate droplets is advancing protocell research and synthetic biology.
Explore Dr. Sang Yup Lee's groundbreaking work in metabolic engineering, transforming microbes into bio-factories for sustainable production of fuels, plastics, and medicines.
Discover how MOE-PCR transforms synthetic biology with high-throughput DNA assembly techniques, enabling rapid genetic engineering breakthroughs.