Researchers have developed a breakthrough workflow that transforms inert protein scaffolds into highly active artificial enzymes—a leap toward sustainable chemistry. The method could unlock new bio-based manufacturing solutions.

The engineered enzymes showed 10,000-fold higher activity than their original scaffold structures.

This method bypasses the need for evolutionary trial-and-error in enzyme design.

Next steps include optimizing the system for large-scale industrial applications.

Potential applications range from biodegradable plastics to carbon-neutral fuel production.

The global enzyme market is projected to reach $16.9 billion by 2028, driven by demand for sustainable alternatives to chemical synthesis.

Scientists Engineer First Artificial Enzymes from Nonfunctional Protein Scaffolds