The phrase "adhesion potential" is correct and usable in written English.
It can be used in contexts related to materials science, biology, or engineering, where the ability of substances to stick to each other is being discussed.
Example: "The adhesion potential of the new adhesive was tested under various environmental conditions to determine its effectiveness."
Alternatives: "bonding capacity" or "stickiness potential".
The model takes into account an adhesion potential that depends on the distance of vesicle to the substrate.
The PEG-based polymers exhibited a very low cell adhesion potential, whereas the TMP-based hydrophobic polymer exhibited high cell adhesion and proliferation potentials.
An analytical method based on a virtual interface crack model was developed to evaluate the adhesion potential and was used to quantitatively predict the adhesion loss of two polymer coated sheet metals.
Studies have been conducted on Istanbul-Büyükcekmece Waste Water Tunnel route in order to determine the influence of plastic behavior and adhesion potential of fine grained clayey sedimentary soils as well as the lump form effect on the EPB-TBM's excavation performance.
To understand why Listeria monocytogenes may persist in food industry equipment and premises, notably at low temperature, scientific studies have so far focused on adhesion potential, biofilm forming ability, resistance to desiccation, acid and heat, tolerance to increased sublethal concentration of disinfectants or resistance to lethal concentrations.
However, these changes in the adhesion potential of P. fluorescens were not associated with global variations in surface polarity, as demonstrated by measuring the bacterial affinity to solvent.
The normalised relative adhesion potentials of the two groups were compared using the unpaired t-test for each time point.
To compare the anti-adhesion potential of 1% methylene blue (MB) solution and 2% N,O-carboxymethylchitosan (NOCC) gel in a rat uterine horn model.
When implanted into rats, the gellan gum-cin film exhibited the most promising anti-adhesion potential in 2 out of 10 rats without forming any tissue adhesion.
For in vivo evaluation of tissue anti-adhesion potential, the copolymer films with/without drug were implanted between the cecum and peritoneal wall defects of rats and their tissue adhesion extents were compared.
This paper describes the creation of hybrid surfaces containing cationic nanoparticles and biocompatible PEG (polyethylene glycol) brushes that manipulate bacterial adhesion for potential diagnostic and implant applications.
