Sentence examples for surface adherence from inspiring English sources

The plate was incubated for 1.5 hours at 37°C in a shaker at 75 rpm to allow the cells to adhere to the well surface (adherence phase).

The tests characterise the influences of two admixtures: a superfluidifier to reduce the water absorption (SikaMix®) of mortar plaster and an adhesive emulsion to improve the surface adherence (SikaLatex®).

A 5-nm thick Ti layer was used to promote the Au surface adherence.

From the study, the reduction of the microbial load was very low on the plastic jerry cans and the main reason was the nature of their material which was, first, hydrophobic thus exhibiting greater microbial surface adherence when compared with hydrophilic materials such as aluminium cans, glass and stainless steel (Sinde and Carballo 2000).

Together these data suggest that the effect of blocking N-glycosylation is both stage- and cell type-dependent and the process involves complexity which may be explained by differences in surface adherence molecule expression between cell types.

To distinguish prolonged cell surface adherence from intracellular capture, SupT1 cells were exposed to VSV-G pseudotyped GFP-encoding lentivector at 37°C, or 4°C to allow binding while preventing uptake [9], [10], followed by serial washes in PBS and direct co-culture on pre-plated 293T fibroblasts, as indicator cells.

Taking all these together, the QTL genes unveiled in the present study have been shown to be involved in multiple pathways that govern the cellular development (RGA1), the behaviour of daughter cells (AMN1), and the cell-surface adherence property (FLO1 and FLO8).

Or microbes could change the surface-adherence properties of the oil by modifying the hydrocarbon molecules.

The activated endothelium and the expression of specific surface adhesion molecules promote adherence of phagocytes [ 31], upon which MPO will be released.

These findings are concordant with observations on surface adhesion (greater invasive capacity and less adherence to surfaces).

We report the development of a bio/synthetic interpenetrating network (BioSINx), containing gelatin methacrylamide (GelMA) polymerized within a poly ethylene glycol) (PEG) framework to form a mechanically robust network capable of supporting both internal cell encapsulation and surface cell adherence.