Exploring advances in terpenoid biosynthesis, chemical diversity, and emerging industrial applications in pharmaceuticals, fragrances, and biofuels.
Explore how metabolic engineering is revolutionizing flavonoid production, unlocking nature's chemical treasures for medicine, nutrition, and sustainable manufacturing.
Discover how fungi are revolutionizing nanotechnology through eco-friendly biosynthesis of nanoparticles for medicine, agriculture and industry.
Explore how bacteria produce wax esters and triacylglycerols as survival strategies and their potential applications in sustainable biotechnology.
Discover how scientists are engineering bacteria to produce bacterial cellulose on demand through inducible biosynthesis, creating sustainable materials for medicine, fashion, and technology.
Explore the fascinating biochemical process of vitamin C biosynthesis in plants, from the L-galactose pathway to groundbreaking research applications.
Discover how biochemical engineering is revolutionizing medicine production by reprogramming microbes to synthesize natural products like artemisinin.
How scientists are learning to copy nature's most efficient assembly lines to build life-saving medicines using multi-enzyme systems.
Exploring the biosynthesis of coenzyme F430, the nickel-containing tetrapyrrole at the heart of methane metabolism in archaea.