"migration capacity of" is a correct and usable phrase in written English.
It can be used when discussing the ability or potential of a group or species to migrate. Example: The migration capacity of birds is greatly influenced by environmental factors such as weather patterns and food availability.
Migration assays showed that R1 could increase the migration capacity of DCs to CCL21 and up-regulate the expression of CCR7.
This study advances the understanding of the interfacial phenomenon of thermocapillary migration, moreover, offers an insight into the migration capacity of different materials and guides the design of key components associated with the thermal gradients.
The therapeutic treatment by these GESTECs is a novel strategy where the combination of the migration capacity of stem cells as a vector for therapeutic genes towards colorectal cancer and a synergistic antitumor effect of CD and IFN-β genes can selectively target this type of cancer.
We specifically determined the migration capacity of CD95hiCD45ROhiCD45ROhi Treg versus its CD45RAhi naïve counterpart.
Notably, Ci l unselectively reduces the migration capacity of VSMC from both young and old animals.
Results of analysis of migration capacity of different MEFs in the presence and absence of Rapalog are shown in Figure 7C and Video S4.
To better study the in vivo migration capacity of cultured muscle EC, PKH26 stained EC embedded in matrigel were injected subcutaneously over the TA.
Fig. 7B (upper panel) shows that Ang II treatment increases the migration capacity of young VSMC to the level of untreated old cells.
To further study the role of Jak3 in CCR7-dependent DC migration, we analyzed the migration capacity of mature BMDCs (mBMDCs) derived from Jak3−/− and Jak3+/+ mice using in vitro chemotaxis assays.
Angiotensin II (Ang II) signaling, including matrix metalloproteinase type II (MMP2) activation, has been linked to an age-associated increase in migration capacity of vascular smooth muscle cells (VSMC), and to other proinflammatory features of arterial aging.
Upon removal of drug, the migration capacity of cells was fully restored, indicating this inhibitory effect was reversible and was not caused by general toxicity (Figure 1C and D).
