Discover how recent breakthroughs in identifying sorghum's gibberellins are unlocking genetic secrets for more productive, climate-resilient crops to address global food security challenges.
Explore how Aspergillus, a microscopic fungus, is revolutionizing biotechnology through big data, machine learning, and genetic engineering to optimize product formation.
Exploring the engineering of Catharanthus roseus for monoterpenoid indole alkaloids production in homologous and heterologous systems
Discover how metabolic engineers are transforming E. coli into microscopic factories that convert biodiesel waste into n-butanol, a superior biofuel.
Explore how multiplex metabolic engineering transforms E. coli into efficient L-Homoserine producers through systematic genetic reprogramming.
Discover how integrating enzymatic data revolutionizes bacterial metabolic models and enables efficient design of poly-γ-glutamic acid production strains.
Discover how transcriptome research revealed Sacha Inchi's genetic secrets for α-linolenic acid production and its implications for nutrition and sustainable agriculture.
Exploring how specially trained microbial cleanup crews are tackling TCE contamination through remarkable scientific advances in bioremediation.
Discover how genetic engineering is revolutionizing production of cancer-fighting drugs from the Madagascar periwinkle plant.
Discover how scientists are engineering lactic acid bacteria to produce natural folate, addressing global nutritional deficiencies through metabolic engineering.