Explore how B-vitamins enhance L-threonine production in E. coli through fed-batch fermentation, with data visualizations and scientific insights.
Explore how systems metabolic engineering transforms microorganisms into efficient factories for sustainable chemical production, from medicines to biofuels.
Discover how Giardia parasites manipulate cellular oxygen sensing and metabolic pathways to survive in the human gut.
Explore how computational models are revolutionizing our understanding of plant metabolism, from digital tomatoes to sustainable agriculture.
Explore how technological microbiology is transforming medicine, agriculture, industry and environmental solutions through engineered microorganisms.
Exploring the paradigm shift in cancer treatment through metabolic reprogramming, featuring key research from the 2nd International Conference for Cancer Metabolism and Therapy.
Explore the revolutionary field of synthetic biology, its applications, and the international regulatory challenges it presents.
Discover how biochemical engineering is revolutionizing medicine production by reprogramming microbes to synthesize natural products like artemisinin.
Discover how hyperpolarized xenon-129 MRI is transforming lung disease research by enabling non-invasive, real-time observation of treatment effects in living mice.
Discover how intermittent lighting regimens are revolutionizing broiler chicken production, improving leg health, disease resilience, and production efficiency.