How a Single Groundbreaking Experiment Redefined the Possible in Biology. Explore the creation of the first synthetic cell in 2010 and its revolutionary impact.
Exploring how John P. Sanroma's low insertion force grommet patent enables precision astronomical instrumentation like the Roman Space Telescope.
Exploring how scientists use enzymes and plant sugar to create sustainable, biodegradable plastics through solvent-free enzymatic polycondensation.
Explore how oxidoreductase enzymes from Trametes fungi are transforming biotechnology with applications in pulp processing, food tech, environmental remediation, and medicine.
Exploring the groundbreaking developments in industrial biocatalysis presented at the 10th Wädenswil Day of Life Sciences and the 2nd CCBIO Symposium.
Discover how enzyme-immobilized porous crystals are revolutionizing environmental cleanup through advanced biocatalysis and molecular engineering.
How MicroNiche Engineering™ is revolutionizing water treatment and chemical production using engineered bacterial communities.
Exploring the revolutionary field of biocatalysis and how engineered enzymes are solving modern problems like plastic waste and sustainable manufacturing.
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.