Discover how CRISPR technology is revolutionizing lycopene production by engineering Bacillus subtilis bacteria into efficient biofactories.
Discover how scientists are creating artificial cells with pH-switchable walls that could revolutionize drug delivery and synthetic biology.
Explore how metabolic engineering pioneer Sang Yup Lee is reprogramming microbes to create sustainable factories for chemicals, materials, and fuels.
Explore how bacterial promoters function as genetic switches that control gene expression and power biotechnology applications from medicine to sustainable manufacturing.
Explore how scientists are dissecting and exploiting intermodular communication in polyketide synthases to create novel medicines and combat antibiotic resistance.
Discover how Multiple Overlap Extension PCR (MOE-PCR) is revolutionizing synthetic biology by enabling rapid, seamless DNA assembly of multiple fragments in a single reaction.
How scientists are turning a common food microbe into a next-generation, living medicine for tissue repair and antioxidant defense.
Explore how protein engineering is revolutionizing bioproduction, turning microbes into efficient factories for medicine, biofuels, and sustainable materials.
Discover how scientists use engineered E. coli cocultures for de novo production of the powerful soy antioxidant genistein, a breakthrough in sustainable biotechnology.
Discover how engineered red fluorescent proteins are overcoming chromoprotein limitations in synthetic biology and biomedical imaging.