Exploring phage therapy as a solution to antibiotic-resistant superbugs through scientific research and experimentation.
Explore the engineering marvel of industrial liquid-phase air oxidation, the process that transforms hydrocarbons into plastics and other essential materials using air.
Explore how biotechnology is revolutionizing food lipids through metabolic engineering, enzymatic modification, and microbial fermentation for healthier and more sustainable fats.
Explore how directed evolution is transforming enzyme engineering for sustainable biotechnology applications through AI, CRISPR, and automation.
Explore how silica coating techniques are revolutionizing nanotechnology with applications in medicine, electronics, and environmental science.
Explore how virus-like particles (VLPs) are transforming medicine through targeted drug delivery, vaccine development, and advanced imaging techniques.
Discover how specialized cartridges are revolutionizing environmental clean-up efforts, from PFAS detection to industrial dust removal and historical artifact restoration.
Explore how biocatalysis and biomimetics are transforming science by harnessing nature's wisdom for sustainable innovation.
Exploring how biocatalysis is transforming polymer science through sustainable synthesis, advanced recycling, and innovative materials design.
Exploring recent breakthroughs in catalysis and photochemistry that are revolutionizing sustainable energy technologies.