Exploring how synthetic biology is engineering Chlamydomonas reinhardtii to produce clean hydrogen fuel from sunlight and water.
Exploring the scientific quest to redesign plant enzymes to function optimally in yeast for sustainable production of medicines, biofuels, and nutraceuticals.
Explore recent developments in the synthetic biology toolkit for Clostridium engineering, including CRISPR systems, therapeutic applications, and future directions.
Discover how metabolite channeling transforms cellular processes and revolutionizes metabolic engineering for sustainable biomanufacturing.
Discover how scientists are using spatiotemporal regulation in baker's yeast to revolutionize astaxanthin production, the king of antioxidants.
Discover how systems metabolic engineering transforms microbes into sustainable factories for producing fuels and chemicals, reducing our dependence on petroleum.
Explore how plant metabolic engineering is transforming agriculture through knowledge-driven approaches to create more nutritious food, sustainable fuels, and powerful medicines.
Exploring how synthetic biology approaches are redesigning plant genes to reduce photorespiration and create climate-resilient crops
Discover how metabolic engineering combines rational design and evolutionary approaches to transform E. coli into efficient L-tryptophan production factories.
Explore how metabolic engineering and synthetic biology are revolutionizing bio-production through advanced genetic tools and sustainable approaches.