The phrase "attachment capabilities" is correct and usable in written English.
It can be used when discussing the features or functions related to attaching files or documents in a software or system context.
Example: "The new email client has improved attachment capabilities, allowing users to send larger files more efficiently."
Alternatives: "file attachment features" or "attachment functions".
Finally, the cell attachment capabilities of the surfaces were determined by culturing mouse fibroblasts on them.
Mouse fibroblasts (L929) were seeded onto the non-irradiated and irradiated surfaces to evaluate cell attachment capabilities.
In this study, we characterized both surfaces of the thin films and evaluated their cell attachment capabilities.
In this study, the correlation between surface properties, including the carbon-bonding state for ion-beam irradiated poly l-lactic acid) films, and cell attachment capoly l-lactics investigacid.
We conducted a series of experiments designed to compare the orientation, locomotion and attachment capabilities of these two species of lice, in relation to louse flies.
"Empathy, caring, sharing, inhibition of aggression, capacity to love and a host of other characteristics of a healthy, happy and productive person are related to the core attachment capabilities which are formed in infancy and early childhood," noted Professor Bruce Perry, the renowned child mental health researcher.
It also illustrates the role of roughness in the attachment capability of several insect feet possessing soft pads.
Although no significant differences in the levels of membrane transporters such as P-glycoprotein or multidrug resistance protein 1 (MRP1) were detected, the cell migratory ability of the ET-743-resistant cell variant was reduced, as was its attachment capability to gelatin-coated cell culture dishes.
The presence of EGTA helps to reduce rapidly the local (Ca2+ i providing cells with damaged cell membranes to better attachment capability.
Despite interest in the nature of adhesion capabilities, the elucidation of glycan structure, the glycoforms, and the position of glycan attachment remains a challenging task [17].
Among these approaches, the introduction of bioactive minerals to implant surfaces is particularly attractive, as it could simultaneously confer osteoconductivity to improve cellular attachment, drug delivery capability, and long-term biocompatibility due to the bone mineral-like compositions.
