Sentence examples for wall matrices from inspiring English sources

β-1,3-Glucanase treatment not only removed above those granular protrusions and underlying amorphous materials on the wall surfaces but also removed wall matrices embedding chitin microfibrils on the cell walls of most stipe regions, except for the outer cell wall surfaces of the non-elongating stipe regions where most of the wall matrices remained.

We propose that the surface deposition of granular protrusions and amorphous materials and the change of microfibril architecture and wall matrices may cause loss of wall plasticity and cessation of stipe elongation.

Despite its promise, the inherent heterogeneous nature of the supramolecular structures occurring in plant cell wall matrices currently limit poplar's use in biofuel applications.

The two major classes of cell wall matrix polysaccharides are the hemicelluloses and the pectic polysaccharides, or pectins.

Once pretreatment temperatures rise above the phase-transition temperature for lignin, lignin is fluidized and mobility is permitted within the confines of the cell wall matrix.

It suggests that upon melting under T g, lignin in biomass becomes fluid, coalesce, and has potential to move throughout the cell wall matrix.

Although the cellulose and lignin biosynthetic pathways have been extensively studied, modifications of other wall matrix components during secondary growth have attracted relatively less attention.

Different low levels of cell wall matrix components have a strong impact on the microfibril architecture and enable moisture penetration upon hydration.

In addition, the multi-enzyme could disrupt the cell wall matrix of fibrous feedstuffs, thereby causing easy access of the endogenous proteolytic and cellulolytic enzymes to digest the entrapped protein and carbohydrate (Asmare, 2014).

Effective biological pretreatment requires various chemical mediators and enzymes to address biochemical and physical barriers to hydrolysis; mixtures of enzymes can work synergistically for expanding small pores and increasing access by opening the cell wall matrix (Jeremic et al. 2014).

Corn syrup solids were added to the emulsions and then the emulsions were spray-dried, which produced a powder consisting of spheroid microcapsules (diameter = 5 30 μm) containing tuna oil droplets (diameter <1 μm) embedded within a carbohydrate wall matrix.