Discover how scientists are engineering probiotics to combat fructose-induced metabolic syndrome through synthetic biology and gut microbiome manipulation.
Explore how plant viruses are being transformed from agricultural pathogens into powerful biomedical tools for vaccine development, cancer therapy, and drug delivery.
Discover how scientists uncovered the genetic secrets behind rhizoxin biosynthesis in the symbiotic relationship between Burkholderia rhizoxina and Rhizopus microsporus.
How scientists are optimizing living cells through pathway analysis and metabolic engineering to build a better future
Explore Michael Shuler's groundbreaking work in biochemical engineering and how his Body-on-a-Chip technology is transforming drug development and personalized medicine.
Discover how biobutanol is emerging as a powerful, versatile biofuel that could transform our energy future with superior performance and environmental benefits.
Discover how transposons, once called 'jumping genes', have evolved from genetic curiosities to powerful molecular tools revolutionizing genome investigation and therapeutic development.
Discover how genetically rewiring T-cells' internal power plants creates more resilient cancer-fighting cells capable of attacking solid tumors.
Discover how scientists are enhancing Clostridium saccharoperbutylacetonicum N1-4 through metabolic engineering and cell immobilization for efficient butanol production.
Explore how growth hormone and magnetic field stimulation synergistically enhance stem cell differentiation for revolutionary bone regeneration therapies.