Sentence examples for basic cell wall from inspiring English sources

Clearly, the basic cell wall components were greatly changed in appearance during fermentation.

The basic cell wall structure of C. albicans consists of a linear β-glucan backbone from which there are covalently attached branches of additional β-glucan and mannoproteins.

These results suggest that GAUT12 functions in the synthesis of a structure that is highly integrated into the basic cell wall architecture, and that when GAUT12 function is reduced, the plants synthesize more easily extractable walls.

Surprisingly, whilst extreme transgenic low-lignin phenotypes (e.g. < 15% lignin on a mass basis) show reduced recalcitrance [ 27], none of the natural variation in basic cell wall compositional components (such as lignin and sugar contents) account sufficiently well for this variability in cell wall recalcitrance, leaving its fundamental causes unresolved.

Ohad and Danon [18] applied the microfibril term to the basic plant cell wall structures having a diameter of 3.5 nm, i.e. the elementary fibrils [12, 14, 19, 20].

Similarly, a large number of COGs related to the biosynthesis of basic cell components, such as cell wall material, vitamins, protective mechanisms and stress responses.

Murein is the basic component of the bacterial cell wall and consists of cross-linked peptide chains with repeating GlcNAc and muramic acid residues [35, 36].

Because they are largely or completely lacking in cell wall, the basic shape of L-forms is spherical, but they are highly malleable and take on an array of irregular shapes influenced by the surrounding milieu.

Our results show that in addition to the classical domestication genes, there are many other genes differentially expressed between the wild genotypes, landraces and modern cultivars, which may be involved in control of agriculturally important traits and basic biological processes, plant development, cell wall composition, stress tolerance, and pigmentation.

Like many species that survive via dependent interaction on other organisms (dead or alive), osmotrophic oomycetes secrete a suite of proteins with functions including basic metabolic processes, nutrient acquisition, cell wall manufacture/adhesion/digestion, and virulence (Kamoun 2009; Raffaele et al. 2010; Brown et al. 2012).

Cellulose, a complex carbohydrate that is the basic structural component of the plant cell wall, is the most abundant polymer on earth.