Sentence examples for binding to cell wall from inspiring English sources

Saturation of the desorbable component reflects the equilibrium between Cd2+ and other cations for binding to cell wall sites, rather than absolute saturation of binding sites with Cd2+.

Other reported effects of Al exposure are the disruption of Ca2+ homeostasis [ 6, 7], increased ACC oxidase activity with a consequent increase in ethylene production [ 8], Al binding to cell wall polysaccharides [ 9, 10] and reduced membrane fluidity [ 11].

Examination of cells stained with Aniline Blue and concanavalin A FITC, fluorescent dyes binding to cell wall 1,3-β d-glucan and mannoproteins, respectively, revealed that pun1 ∆ cells exhibited significantly weaker fluorescence compared to wild-type cells, indicating a reduced amount of these cell wall components (Fig. 5A, upper and middle panel).

The extent of procyanidin binding to cell walls was assessed by the weight increase of procyanidin cell wall complexes as compared to weights of cell walls alone.

IF did not provide clear evidence of LM10 binding to cell walls of any fern or lycophyte studied; weaker binding compared to that of LM11 (as reported previously [ 58]) could easily have been obscured by autofluorescence.

Because higher eukaryotic cells do not have a cell wall and because LL-37 exerts its effects by binding to cell-wall components, these components may be drug candidates for Candida infection.

We suggest that binding of Na+ ions to cell wall components might influence the passage of Na+ and that Na+ can influence the binding of other ions and hinder the function of pectin during cell growth.

YvcD is a TPR-repeat protein, which might interact with nucleic acids; YkyA has a lipoprotein signal, and is similar to cell wall binding proteins; YqgE SE1448) is similar to MultiDrug Efflux proteins and finally YfmM is likely to code for polyphosphate-AMP phosphotransferase.

On the basis of their inferred network, they proposed a mechanism whereby murine Ptx3 binding to C. albicans leads to cell wall remodeling via fungal Hap3 target genes, thereby altering recognition of the fungus by immune cells and attenuating host immune responses [ 49].

Low Cd concentrations in the uptake solutions were chosen to minimise Cd binding to root cell wall constituents and to simulate soil solution Cd2+ concentrations that might be experienced in non-polluted agricultural soils.

To determine the specificity of LM15 recognition of xyloglucan and to assess its possible binding to other cell wall polymers, LM15 was used to probe glycan microarrays in which large numbers of plant cell wall polysaccharides were assembled [ 28].