Explore the latest advances in biomolecular engineering, from therapeutic proteins to synthetic biology applications and future possibilities.
Learn how metabolic engineering of reducing equivalents in E. coli enables sustainable biochemical production through strategic electron flow management.
Explore how synthetic metabolons are revolutionizing biology, from medicine to sustainable energy, through cutting-edge engineering of cellular processes.
How scientists are establishing polycistronic expression in Ustilago maydis to create biological factories for medicine and biofuels.
How scientists are programming living cells to fight disease and fuel the future through metabolic engineering, synthetic biology, and systems biology.
Explore how DNA nanotechnology is revolutionizing synthetic biology by creating artificial cells that can mimic complex biomolecular signaling pathways.
Explore the scientific journey to understand life's origins, from historical theories to modern breakthroughs in synthetic biology and astrobiology.
Exploring the latest advances in biomolecular engineering, from synthetic cellular compartments to designer proteins that are reshaping medicine, agriculture, and environmental sustainability.
Exploring advances in genetic circuit design for cellular computing, including predictive modeling in plants and future prospects for biological programming.
Explore how metabolic engineering transforms microbes into cellular factories for sustainable chemical production, from medicines to biofuels.