Explore how metabolic engineering creates sustainable omega-3 fatty acids through microbial factories, addressing health needs and environmental challenges.
Explore how metabolic pathway engineering is reprogramming living cells to produce valuable substances from life-saving drugs to sustainable biofuels.
Scientists are hacking baker's yeast to transform cheese whey waste into valuable biofuel through metabolic engineering.
Discover how Mannheimia succiniciproducens is engineered to produce malic acid using DMSO as an electron acceptor in sustainable biotechnology.
Explore how cutting-edge metabolic engineering is revolutionizing phenolic acid production through microbial factories, offering sustainable alternatives to traditional plant extraction.
How scientists are rethinking the very building blocks of life to create everything from sustainable jet fuel to life-saving medicines through metabolic engineering.
Discover how metabolic engineering transforms rice into a powerful tool for detoxifying industrial pollutants like thiocyanate, offering sustainable environmental cleanup solutions.
Discover how scientists are engineering Chlamydomonas reinhardtii to produce valuable ketocarotenoids like astaxanthin through metabolic engineering.
Discover how metabolic engineering using MsYABBY5 transcription factor from spearmint is revolutionizing terpene production for fragrances and medicines.
Explore how modular optimization is transforming metabolic engineering, enabling scientists to program cellular factories for sustainable production of medicines, biofuels, and materials.