Discover how scientists use satellite-to-rover habitat mapping to find microbial life in Chile's Atacama Desert and what this means for Mars exploration.
Explore how the baculovirus-insect cell expression system evolved from a specialized lab tool to a mainstream biotechnology platform revolutionizing vaccine production.
Discover how Spirulina, the blue-green algae, is being engineered to produce life-saving protein therapeutics in a sustainable, cost-effective way.
Discover how glyco-engineering in E. coli is creating breakthrough vaccines against bacterial infections through sugar-protein hybrids
Explore how scientists use structure-based rational design to create TLR4 decoy receptors that can prevent dangerous inflammatory responses in conditions like sepsis.
Discover how plant-made pharmaceuticals are transforming drug production with safer, more affordable medicines grown in fields and bioreactors.
Explore how metabolic engineering pioneer Sang Yup Lee is reprogramming microbes to create sustainable factories for chemicals, materials, and fuels.
Discover how the combination of hydrostatic pressure and TGF-β3 protein enhances cartilage regeneration from mesenchymal stem cells, offering new hope for joint repair.
Explore how scientists use site-directed mutagenesis to understand the conformational stability of human skeletal tropomyosin and its implications for muscle function.
Explore how the measles virus is being transformed into a revolutionary cancer treatment through oncolytic virotherapy, targeting tumors while sparing healthy tissue.