Motility speeds of many species exceed in situ vertical current velocities; this also allows diel migrational patterns and other motility-based behavior to persist.
EMT exacerbates motility and invasiveness of many cell types and is often considered a prerequisite for tumor infiltration and metastasis.
This process, referred to as EMT, enhances motility and invasiveness of many cell types and is often considered as a prerequisite for tumor infiltration and migration.
In contrast, the paxillin signaling pathway is involved in the recruitment of signaling and structural proteins to paxillin required for regulation of cell motility, with many of the paxillin-binding proteins having oncogenic equivalents.
The mechanical properties of the microenvironment affect the morphology, adhesion, motility, and protein expression of many cell types, including myocytes, 2) mesenchymal stem cells, fibroblasts, endothelial cells, 7) neutrophils, 7) and smooth muscle cells.
Cortactin is a key regulator of the actin cytoskeleton which plays a crucial role in cell invasion [ 9] and actin-based motility during the infection of many microbial pathogens [ 10].
Diverse functions of bacteria are regulated via quorum sensing systems, including antibiotic biosynthesis, motility patterns and expression of many virulence-related genes in some animal and plant pathogens [ 35].
Among the transcriptional regulators of R. leguminosarum mentioned above, the activator Rem, which together with LuxR-type regulators VisN and VisR positively controls the expression of many motility and chemotaxis genes, seems to be an interesting example of this relationship [ 49– 51, 62].
On the other hand, this protein is engaged in the positive regulation of many motility-related genes.
