Specific research gaps and open challenges in Live VM migration are described in "Research challenges" section.
Cell migration is described using not only haptokinetic, but also chemotactic and haptotactic influences.
In other articles in this issue, these different modes of migration are described in detail.
Cell recruitment, differentiation, replication, apoptosis and migration are described as appropriate for the different cell types.
Analyte migration is described by the ratio between its velocity and the applied field strength (electrophoretic mobility, μi).
Internal migration is described as leading to social disruption [ 31, 32], which renders migrant population more vulnerable, as they become disconnected from the social ties that provided social support.
The cell migration activity was described as the relative cell numbers of the transmitted cells.
The tai gene was originally discovered as a gene that was expressed in follicle cells in the functional context of border cell migration and was described as an ecdysone co-receptor (Table 6; references in Additional file 1).
