The phrase "a reduction in adhesion" is correct and usable in written English.
It can be used in contexts discussing materials, surfaces, or biological processes where the sticking or bonding between two surfaces is decreased.
Example: "The experiment showed a significant reduction in adhesion between the two materials after the treatment."
Alternatives: "a decrease in adhesion" or "a decline in adhesion".
In addition, we also found a reduction in adhesion of B16F10 cells treated with plain ETO and non-conjugated micellar formulations, which suggests that ETO might have some role in the prevention of adhesion of B16F10 cells.
The lack of intimate contact between pillar tips and probe causes a reduction in adhesion.
We hypothesize that increased cellular motility caused by contact guidance on grooved substrates will inhibit osteogenesis through a reduction in adhesion maturation and reduced RUNX2 transcription.
Moreover, adherent cell number increased over three days in culture, indicating a reduction in adhesion rather than toxic effects of the crosslinked films.
Although the studies only used limited numbers of patients, they showed a reduction in adhesions and, in the smaller study [38], the pregnancy rate in patients treated with Hyalobarrier® was significantly greater than in the control group (surgical treatment only) [40] and similar to that seen with Interceed® [29].
To determine whether or not the PDGF-BB-stimulated increase in rVSMC migration correlates with a reduction in rVSMC adhesion to laminin-5, thirty-minute in vitro adhesion assays were performed.
We report that in this system, Hakai overexpression leads to a reduction in cell adhesion to the substrate with impact on the key focal adhesion-associated protein Paxillin, and increases cell invasion.
In this system, Hakai overexpression leads to a reduction in cell adhesion to the substrate with impact on decreasing protein levels of Paxillin, a key focal adhesion-associated protein, although its downregulation was controlled by a proteasome-independent mechanism [ 89].
EPCL235-P and EPCL570-P micelles also showed a reduction in cell adhesion in the absence of ETO, which further supports the role of EILDV in the prevention of cell adhesion.
In the same manner, RA showed to cause a reduction in cell adhesion and cell migration.
DAOY cells transfected with pU followed by irradiation showed a reduction in cell adhesion to collagen, fibronectin and vitronectin by 48 %, 71 and 64% and 64%tively.
