Bacterial cellulose (BC) from G. xylinum is produced as a porous nanofibrillar structure consisting of fibrils with diameters of less than 100 nm. The 'pellicles' produced under static culture may ...

Cellulose, composed of glucose molecules held together by covalent bonds, forms complex fibrils stabilized by hydrogen bonds. These bonds hinder enzyme access to covalent bonds, slowing cellulose ...

A special type of laboratory-produced wood known as "cellulose nanofiber" has microscopic structures that are key to this breakthrough idea. We'll join FUKUHARA as he consults with the inventor of ...

scientists can be funny too), the fermented fashion project uses a colony of Acetobacter bacteria — the kind that ferment wine into vinegar – to create 'micro fibrils of cellulose', a material ...