Furthermore, MSCCXCR5 showed significantly increased migrating ability toward CXCL13.
We therefore investigated what effect the downregulation of CCT-eta and CCT-beta by siRNA in adult fibroblasts would have on their ability to migrate in an in vitro wound healing assay.
Although several other studies described the importance of cellular adhesion for proper migration of PGCs in vivo (Blaser et al., 2005; Goudarzi et al., 2012; Kardash et al., 2010), using under-agarose migration assay, we could show that Xenopus laevis primordial germ cells exhibit the principle ability to migrate in vitro in the absence of specific interaction complexes forming.
This combination of characters enhancing the ability to migrate in great depths, and the ability of buoyancy change in lituitids, and orthocerids supports the interpretation of these forms as cephalopods with low energy needs, which lived as vertical migrants in the free water column.
When regulatory pDCs lose CCR9 expression due to genetic manipulation, they also lose their ability to migrate in response to CCL25 upregulation in the colon and become trapped in the MLN.
Experiments performed on HT1197 cell line showed no influence on the migration property because of its attenuated ability to migrate even in basal conditions (data not shown).
The downregulation of CD146 expression was associated with reduced abilities to migrate in a transwell assay in response to 10% FCS when compared with wild-type cells or mock-transfected cells.
Their ability to migrate gradually increases after 32 weeks of GA, and in full-term neonates, migration ability reaches adult levels.
This study shows the existence of hidden cortical lamination involving normal-looking neurons, which retain their ability to migrate correctly in the cortex, unlike DNs which, in addition to their morphological abnormalities and mTOR hyperactivation, show an altered migratory pattern.
These findings suggest the existence of hidden cortical lamination involving normal-looking neurons, which retain their ability to migrate correctly in the cortex, unlike DNs which, in addition to their morphological abnormalities and mTOR hyperactivation, show an altered migratory pattern.
