Significats de bacterial adhesion en anglès

We hypothesize that secreted diglucosyl-diacylglycerol blocks host binding sites, thereby preventing bacterial adhesion.

The bacterial adhesion characteristics onto glass bead substratum were also evaluated by packed bed method.

Instead, invasion increased due to increased bacterial adhesion to epithelial monolayers with compromised cell-cell junctions.

Binding-induced mechanical stabilization plays key roles in proteins involved in muscle contraction, cellular mechanotransduction, or bacterial adhesion.

Here, we demonstrate a novel relationship between NMF expression in AD skin and strength of bacterial adhesion.

Therefore, inhibition of bacterial adhesion and biofilm formation on the surface of medical devices can reduce the risk of SSIs.

This structural shift has not been noted in structural studies of other bacterial adhesion sub-structures assembled via donor strand complementation.

Int280 comprises three domains; two immunoglobulin-like domains and a C-type lectin-like module, which define a new family of bacterial adhesion molecules.

Strong binding forces originate from a specific interaction between the bacterial adhesion clumping factor B (ClfB) and skin ligands.

The CB coating is able to efficiently resist bacterial adhesion and contamination during fog harvesting, protecting the device from microbiological corrosion.

Therefore, in order to assess the influence of zwitterionic nature in in vitro bacterial adhesion, studies were carried out with Staphylococcus aureus.

In both species, they mediate bacterial adhesion to mannose receptors on host cells and share essentially the same morphology and assembly mechanisms.

Initial bacterial adhesion to medical devices and subsequent biofilm formation are known as the leading causes of surgical site infection (SSI).

There is growing evidence that the production of extracellular polymeric substances at the cell-substrate interface plays a key role in strengthening bacterial adhesion.

In contrast, FimH-R66 completely lost shear-enhanced binding properties, with bacterial adhesion being inhibited by shear forces and lacking a rolling mode of binding.

We also investigated the role of FnBPA expressed on the surface of S. aureus in promoting biofilm formation and bacterial adhesion to fibrinogen.