Researchers from Rice and Houston universities have developed a new biodegradable material made from bacterial cellulose that could replace conventional plastics in multiple industries.

By controlling bacterial movement inside a specialized bioreactor, scientists created highly organized structures with exceptional strength and durability.

Enhanced with boron nitride nanosheets, the material also improves thermal performance while remaining scalable and environmentally friendly. The breakthrough could help reduce microplastic pollution and open a new era of sustainable high-performance manufacturing.

This episode includes AI-generated content.