The phrase "adhesion on surfaces" is correct and usable in written English.
It can be used in contexts related to physics, chemistry, or materials science when discussing how substances stick to or bond with different surfaces.
Example: "The adhesion on surfaces plays a crucial role in the effectiveness of adhesives used in construction."
Alternatives: "bonding on surfaces" or "sticking on surfaces".
Additionally, we indicated in a previous study the possibility of a correlation between in vivo and semi-static in vitro findings in respect to microbial adhesion on surfaces with different surface properties [25].
The glass transition temperatures were all relatively low (∼650 750 °C), favouring particle adhesion on surfaces in gas turbines.
Next we investigated cell adhesion on surfaces with varying densities of immobilised scaffold.
Satriano et al. [ 21] investigated cell adhesion on surfaces of two different polymers, which were poly(hydroxymethylsiloxane) (PHMS) and poly ethylene terephthalate) (PET), before and after treating surfaces with ion beam irradiation.
Physical methods include all techniques for structured superhydrophobic surfaces avoiding any adhesion on the surfaces.
Further, results also indicate higher cell adhesion on PCL surfaces followed by cNW and cPCL surfaces.
In a qualitative model we propose that the initial microbial adhesion on nanorough surfaces is controlled by the titanium surface peak density via nano adhesion points.
To evaluate the feasibility of using these patterned surfaces for guiding cell behavior, human dermal fibroblast adhesion on hydrogel surfaces patterned with acryloyl PEG RGDS was investigated.
Moreover, in vivo studies on biofilm formation have shown more adhesion on rough surfaces as well as a clear influence of surface free energy when placed in supragingival locations [ 44, 46].
Immobilized RGDS facilitated initial EC adhesion on the surfaces and INS modification was demonstrated to induce EC proliferation, respectively.
Living cell cultures exhibit improved adhesion on polymer surfaces engineered with nano-scale structures as compared to their flat counterparts.
