The phrase "cell behaviours" is grammatically correct and can be used in written English.
It refers to the actions and characteristics exhibited by cells in a particular situation or environment. Example: The study focused on understanding the various cell behaviours involved in the process of tissue regeneration.
Although vital for collective cell behaviours, how Frz triggers this switch has remained unknown.
Nanotopography controls cell behaviours, such as cell adhesion and migration.
Recent studies have documented that both substrate chemistry and topography are tightly correlated to cell behaviours.
Topographic features can modulate cell behaviours such as proliferation, migration, differentiation and apoptosis.
Cell behaviours within tissues are influenced by a broad array of physical and biochemical microenvironmental factors.
Substrate stiffness is emerging as an effective tool for the regulation of cell behaviours such as locomotion, proliferation and differentiation.
Maspin is a non-inhibitory member of the serpin family that affects cell behaviours related to migration and survival.
The dynamic interplay that exists between the three cell types15,16,17 clearly identifies a requirement to study them in co-cultures without the introduction of labels that have the potential of perturbing the underlying cell behaviours.
In the future, CRISPR spacer acquisition-mediated recording of RNA followed by deep sequencing (Record seq) could be used to reconstruct transcriptional histories that describe complex cell behaviours or pathological states.
This means that the average surface parameters such as average ligand spacing are used to interpret the biological responses and inversely, cell behaviours are averaged over large surface areas.
Aspect ratio and dimension of topography have been shown to affect cell behaviours, but the ability and mechanism of depth-sensing is not clearly understood.
