Discover how algae, Earth's ancient inhabitants, are revolutionizing sustainability through climate change mitigation, nutrition, and circular economy solutions.
Discover how bacteria are creating sustainable bioplastics and recycling plastic waste through cutting-edge scientific research.
Explore how biosurfactants, nature's microscopic cleaners, are revolutionizing industries through genetic engineering and sustainable production methods.
Discover how engineered bacteria are creating sustainable bioplastics from unusual feedstocks, offering solutions to plastic pollution.
Explore how industrial biocatalysis is transforming manufacturing through AI-driven enzyme design, sustainable processes, and innovative applications across industries.
Discover how sustainable metabolic engineering is transforming biotechnology by turning living cells into microscopic factories programmed for sustainability.
Exploring how pink-pigmented Methylobacteria are revolutionizing sustainable agriculture and green technology through plant symbiosis and lignin conversion.
Discover how scientists are engineering Ralstonia eutropha bacteria to produce biodegradable PHA plastics from simple plant sugars like fructose.
Explore Sang Yup Lee's pioneering work in metabolic engineering and its potential to revolutionize sustainable production through engineered biological systems.
Discover how filamentous fungi are revolutionizing sustainable biotechnology by producing TCA cycle organic acids for industries from food to pharmaceuticals.