The phrase "adhesion control" is correct and usable in written English.
It can be used in contexts related to materials science, engineering, or any field where the control of adhesion between surfaces is relevant.
Example: "The research focused on adhesion control to improve the performance of composite materials in various applications."
Alternatives: "bonding regulation" or "adhesion management".
Besides fabrication and characterization of bioinspired adhesives with high and robust adhesion and adhesion control using "passive" peeling or shearing, the control of adhesion by an external stimulus has been studied and improved to obtain switchable adhesives even in extreme environments like outer space.
CA IX is involved in tumorigenesis through many pathways, such as pH regulation and cell adhesion control.
Targeted applications include lung surfactant replacement preparations; adhesion control of cells capable of insulin production; parenteral oxygen delivery and pulmonary drug delivery; and tools for biomedical research.
To develop a quantitative perspective on how cellular contractility, scaffold curvature and cell-substrate adhesion control such rupture processes, human aortic smooth muscle cells were grown on glass substrates with submillimeter semichannels.
Thereafter, their mechanism of action (e.g., cell patterning, adhesion control, molecule absorption) and potential applications in the osteogenic differentiation of MSCs will be extensively discussed (Fig. 1).
Work by Tan et al. investigated on adhesion control to the pillars, relationship between cell morphology and traction forces coating effects to promote adhesion at the top of pillars [40].
Cell adhesion controls cell cycle progression by mechanotransducing the rigidity of the substrate.19 We found that more MCF10A cells cycle on rigid substrates with 1.8 kPa stiffness than on softer substrates with 0.2 kPa stiffness (Fig. 5b).
Epithelial cells remodel their contacts, and intercellular adhesion controlled by cadherin molecules is spatially and temporally regulated.
The morphology, swelling ratio, mechanical properties, bioactivity, non-specific protein adhesion, controlled introduction of cell adhesion, and cytocompatibility of the hydrogels were characterized.
Because structural organization of components which mediate cell matrix and cell cell adhesion controls cell physiology these parameters could be a sensitive indicator for the biocompatibility of implant materials.
During migration, adhesion controls the friction required for efficient translocation between the cell and its substrate [ 1 4].
