Biomimetic methods can precisely determine how individual surface features influence wettability, and comparisons of different species determine how overall surface may influence plant ecology.
Within the limitations of an in vitro study, our results indicate that surface roughness as well as wettability may influence the adhesion properties of bacteria on implant surfaces.
Both surface roughness and wettability may influence the adhesion properties of bacteria on biomaterials; in this context, the predominant factor is dependent on the bacterial species.
Porosity, tortuosity, hydrophilic pore size, hydrophilic pore fraction and wettability of the HABPs which may influence the permeated water flux, are measured by mercury intrusion, weighing and contact angle methods.
These results show the effects of the graphene-based nanotopographies on the wettability of the naturally hydrophobic graphene, which may influence the proliferation of cells as a result of the adhesion of important biomolecules [20, 21, 22, 51, 52].
This may influence their preference.
We expect that other factors, such as oil saturation, capillary pressure, rock wettability, and representative elementary volume (REV) involving grain size of reservoir rock must be also considered in understanding oil swelling in oil reservoir because they may influence the interfacial area between oil and CO2, which affects the dissolubility of CO2 in oil.
Illness uncertainty may influence QOL.
Therapeutic interventions may influence hedonic eating behavior.
Genetic variability may influence hedonic hyperphagia.
