"I chose cellulose as a research object because of its natural origin and favorable properties: its biocompatibility and degradability, variety of chemical strains, and wide range of applications," ...

Cellulose is now recognized as the most abundant organic polymer on Earth and is primarily used for paper and cardboard. It's also used in industries like construction, pharmaceuticals, food, and ...

"I chose cellulose as a research object because of its natural origin and favorable properties: its biocompatibility and degradability, variety of chemical strains, and wide range of applications ...

biodegradable properties that make them environmentally friendly and in certain cases economic advantages over more sophisticated and expensive products and technologies. Bacterial cellulose is ...

"I chose cellulose as a research object because of its natural origin and favourable properties: its biocompatibility and degradability, variety of chemical strains, and wide range of applications ...

A recent study has aimed to create hydrophobic paper by exploiting the mechanical properties and water resistance of cellulose nanofibers, and so produce a sustainable, high-performance material ...

It’s the cellulose in particular that is responsible for the properties of paper that we value. Cellulose, the most abundant natural polymer, also gives distant cousins of paper—woven cotton textiles ...

A growing demand for textiles and smart packaging solutions will drive nanocrystalline cellulose demand.Wilmington, Delaware, ...