A possible replacement for plastic: Spinning bacteria create improved cellulose

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July 8, 2025, 5:10 PM

• •Developed a method to transform bacterial cellulose into a multifunctional, plastic-replacing material.
• •Incorporated boron nitride nanosheets for enhanced mechanical and thermal properties.
• •Utilized a rotational culture device to achieve structural alignment and multifunctional properties.

University of Houston researchers, led by Maksud Rahman, have created a method to convert bacterial cellulose, a biodegradable material, into a versatile substitute for plastic. This new material can be used for various applications, from water bottles to wound dressings. By incorporating boron nitride nanosheets, the team enhanced the material's strength and thermal properties. The process utilizes a unique rotational culture device to guide bacteria, creating a strong, multifunctional material poised to reduce environmental plastic waste.

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