Besides the most popular isolation of cellulose from plants the principal pathways of
cellulose include the biosynthesis by different types of microorganisms, the enzymatic in …

Cellulose microfibrils play essential roles in the organization of plant cell walls, thereby
allowing a growth habit based on turgor. The fibrils are made by 30 nm diameter plasma …

The chemical composition, molecular structure and physicochemical properties of bacterial
cellulose are discussed, including its occurrence and biosynthesis by Acetobacter strains …

The enzymatic formation of glycosidic bonds may be catalyzed by the transfer of the glycosyl
moiety from an activated nucleotide-diphospho-sugar donor to a specific acceptor. SpsA is a …

Cellulose occurs in all higher plants and some algae, fungi, bacteria, and animals. It forms
microfibrils containing the crystalline allomorphs, cellulose Iα and Iβ. Cellulose molecules …

With the world oil reserves projected to be depleted in about 40 years at the current pace of
use, emphasis has shifted to alternative sources of liquid fuel. Currently, ethanol produced …

Detergent extracts of microsomal fractions from suspension cultured cells of Rubus
fruticosus (blackberry) were tested for their ability to synthesize in vitrosizable quantities of …

The wall of an expanding plant cell consists primarily of cellulose microfibrils embedded in a
matrix of hemicellulosic and pectic polysaccharides along with small amounts of structural …

The fashion industry is well known for its highly polluting production processes. Researchers
around the world still are looking for alternative sustainable raw materials. Bacterial …

O presente trabalho discute os recentes avanços na biossíntese e na produção de celulose
bacteriana (CB) pela gram-negativa, aeróbia e aceto-ácida Gluconacetobacter. xylinus. A …