The phrase "adherence surface" is correct and usable in written English.
It can be used in contexts related to materials science, engineering, or biology, where the focus is on the surface that allows for adherence or bonding.
Example: "The adhesive's effectiveness depends on the quality of the adherence surface it is applied to."
Alternatives: "bonding surface" or "attachment surface".
Those regions marked were cleaned in order to create solid and clean adherence surface.
As main results, it can be stated that the bond strength values are directly related to the adherence extension (effective adherence surface) measured at mesoscopic scale and that the greatest influence on bond was exerted by the aggregate grain size and shape.
Large apertures might thus reflect adaptations to predation pressure and/or water current by offering a larger adherence surface for the snail's foot.
The decrease in the ability to form biofilm can be explained by the occurrence of various resistance mechanisms, which are still not completely understood given by the expression of resistance genes, and which can be attributed to a decrease in the rate of cell growth, particularly to those situated close to the adherence surface [ 35].
This involves adherence by surface molecules like proteins, accumulation through helper proteins that cells normally use for the incorporation of essential elements, and/or reduction by enzymatic processes.
This is an advantage from a tribological point of view, and the protection from oxide films depends on several factors such as composition, adherence to surface, and the balance between removal and formation rates.
They also concluded that bacterial adherence to surface pigments in some two lenses exhibited significantly higher adherence compared with their clear counterpart.
However, with time, RSCs adherence on surfaces increased significantly and, at 8 hours, 28% of RSCs were attached on ChM surface.
Some have been proved to involve the pathogenicity [39], [40], while some were found to serve a structural role benefitting the bacterium by providing protection from antimicrobial agents and host defenses [16], [41] [43], helping nutrient acquisition [44], or promoting adherence to surfaces [45] [47] and biofilm formation [17], [48].
This suggests that adherence to surface-associated MUC5B may have 'primed' the cells allowing them to respond to the presence of MUC5B in the fluid phase.
Bacterial adherence to surfaces is one of the initial steps leading to biofilm formation and is therefore a significant microbiological event in medicine and the environment [ 17, 18].
