Breakthrough in chemoselective amide-forming ligations enables rapid creation of artificial phospholipid membranes, revolutionizing synthetic biology and drug delivery systems.
Exploring the development of protein organelles for tunable metabolite diffusion and sequestration of multi-enzyme pathways in synthetic biology.
Engineering E. coli to produce cancer-fighting Taxol precursors through synthetic biology approaches
Exploring how sustainable biosynthesis is revolutionizing chemical manufacturing through biological engineering and green chemistry principles.
How baker's yeast is being engineered to produce pharmaceutical compounds like (S)-2-aminobutyric acid and (S)-2-aminobutanol through synthetic biology
How researchers hijacked E. coli's protein-making machinery to incorporate fluorinated amino acids, with profound implications for drug discovery and materials science.