Martin B. Johansen

The paper uses fragment-based methods to explore urethanase active sites and identifies diverse binding modes for polyurethane fragments.

This study identifies and characterizes five novel bacterial urethanases capable of degrading polyurethanes, with u15 showing high catalytic efficiency and structural insights for biocatalytic recycling.

This study identifies novel enzymes capable of degrading polyurethane and nylon by screening plastic-degrading bacteria, finding enzymes with improved thermostability and hydrolysis ability.