Researchers have turned to bacteria-produced cellulose to create ... embedded soy protein isolated from soybeans into the cellulose structure and coated it with an oil-resistant composite made ...

Professor Ying-Chih Liao from the Department of Chemical Engineering at National Taiwan University has published a study in ...

Both the fungus and the bacteria's cellulose degradation system also exhibit similar hydrolytic activity (the way that they use water to break down the cellulose's chemical bonds). But the two ...

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 ...

which is similar to the plant-based cellulose used to make paper but with a closer-knit molecular structure. It is synthesised by many types of bacteria… Receive a weekly dose of discovery in ...

A new type of 3-D printing ink has a special ingredient: live bacteria ... Swathes of cellulose grown on 3-D printed structures could precisely match the contours of specific body parts, curbing ...

Intriguingly, patches made from plant-produced cellulose did not have the same effect. A chemical analysis revealed that the bacterial cellulose contained plant hormones, probably produced by the ...

Both the fungus and the bacteria's cellulose degradation system also exhibit similar hydrolytic activity (the way that they use water to break down the cellulose's chemical bonds). But the two ...

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 ...