Adhesion and migration are closely linked cell functions.
MicroRNA −31 has been linked to cell migration and invasion in colon cancer cells [42], [43].
Such membrane structures have been previously shown to contain the small GTPase Rho A and are functionally linked to cell migration [31].
Our study also revealed that some HVC markers are linked to cell migration or differentiation, and play important roles in the maturation and integration of post-mitotic cells into mature circuitry, and patterning during development.
Some HVC markers have been linked to cell migration, differentiation and survival, and play important roles in the maturation and integration of post-mitotic cells into mature circuitry, and patterning during development.
SDF-1α induced-RhoGTPases activation (expression) in cancer has been previously linked to cell migration.
Since APP expression has been linked to cell migration [ 6, 16], we explored the role of APP in cell migration and invasion of MDA-MB-231.
DCX has been associated with neuronal differentiation and functionally linked to cell migration and other aspects of maturation, including dendritogenesis and synaptogenesis.
mTOR also has a complex role in OS development that we hypothesize, based on our previous work, is linked to cell migration.
Cell adhesion, tightly linked to cell migration, is regulated through components in the FAK1/2 module (FAK1 and FAK2; Paxillin, CAS, and CRK [ 79, 80]), which is controlled via both PKC and SRC-modules.
Calpain cleaves a large number of host proteins, particularly proteins involved in host focal adhesions and cytoskeletal events and indeed calpain activity has been linked to cell migration and cell detachment (Glading et al., 2002).
