Sentence examples for major wall polymers from inspiring English sources

Subsequently, we characterized the different effects of three major wall polymers on biomass digestibility in Miscanthus.

Although cellulose crystallinity significantly influences biomass saccharification, little is known about the impact of three major wall polymers on cellulose crystallization.

Most current primary cell wall models agree that the major wall polymers are bound to each other largely non-covalently, although physically intertwined [ 1, 2].

Studies on the effects of the three major wall polymers, particularly cellulose and hemicelluloses, on lignocellulose digestibility in plants are very limited.

Due to the complicated structures and diverse functions of plant cell walls [ 25- 27], the effects of the three major wall polymers (cellulose, hemicelluloses, and lignin) on biomass digestion were initially compared.

These dimensions suggest that monomeric extensin can span inter-microfibrillar distances, and it is therefore conceivable that the formation of network extensin could help lock the major wall polymers to increase cell wall rigidity [ 8].

Hence, the data suggested that the cell wall composition (three major wall polymer levels) was not the major factors on biomass enzymatic digestibility in wheat, in particular, upon NaOH pretreatment.

To find out the associations among three major wall-polymer features, we also calculated their correlation coefficients in this work.

Notably, to our knowledge, this is the first report of the positive effect of H/G on biomass digestion, and of three major wall-polymer features in wheat and rice.

In this study, analysis of nine typical pairs of wheat and rice samples with distinct cell-wall composition/structure and wide biomass saccharification rates, has resulted in identification of three major wall-polymer features (CrI, Xyl/Ara, H/G), other than wall-polymer levels, that predominately affect biomass digestibility.

To confirm the effects of cell-wall structures on biomass enzymatic digestion in wheat and rice, we analyzed three major wall-polymer features including cellulose crystalline index (CrI) (Additional file 3), monosaccharide composition of hemicelluloses (Additional file 4), and monomer constitution of lignin (Additional file 5).