The phrase "adhesion amount" is correct and usable in written English.
It can be used in contexts related to materials science, engineering, or any field discussing the quantity of adhesion between surfaces or materials.
Example: "The adhesion amount between the two surfaces was measured to ensure optimal bonding in the final product."
Alternatives: "level of adhesion" or "quantity of adhesion".
(b) Focal adhesions (amount of vinculin staining) versus dot diameters for cells cultured on nanodot arrays.
Using concentrations of each B2 Ab that elicited sub-maximal CL responses, the increase attributable to pre-adhesion amounted to twofold for 1 μg/mL G1, threefold for 5 μg/mL G2 and seven- to eightfold for 10 μg/mL G1Δnab or G1Δnac.
As cadherin levels must match on the membranes of both cell types, somatic and germline, an increase or decrease of adhesion molecule amounts is immediately communicated to the other cell type via direct cell-cell contacts.
While these materials provide a passive approach to limit protein or bacterial adhesion, even small amount of adsorbed fibrinogen can lead to platelet activation and adhesion, and ultimately the proliferation of bacteria that can lead to biofilm formation and infection.
The activated partial thromboplastin times (APTTs) of various coatings are similar to the TiNi substrate, the coatings can also inhibit platelet adhesion, and the amount of platelets of TiNi is more than the Cu/Ti coating from the LDH assay.
The work of adhesion with the amount of FGO is studied and the surface energy of FGO containing paints is calculated and compared with the bare paints using Zisman plot analysis.
These results provide definitive proof that the conformation of adsorbed Fg is the critical determinant of platelet adhesion, not the amount of Fg adsorbed, with adsorption-induced unfolding potentially exposing two distinctly different types of platelet binding sites in Fg; one that induces platelet adhesion alone and one that induces both platelet adhesion and activation.
The area of real contact characterizes the frictional properties of the contact, as well as the strength of adhesion and the amount of wear [3, 4, 5].
Adhesion decreased the amount of annexin-positive cells compared to suspension (24±4%, p<0.05).
Oxides that formed directly on Ce-implanted Ni 20Cr never failed under the pull test, which showed the strongest scale adhesion; however, similar amounts of interfacial sulfur, which segregated from the alloy during oxidation, were found at all interfaces.
