A scaffold, which includes radial glia, provides a route between the germinal zone and the destination, with the direction of migration being attributed mainly to chemotaxis.
In conventional hydrocarbon accumulations, hydrocarbon migration is attributed to effects of gravitational segregation and buoyancy, and fluid flow follows Darcy's law.
The migration behavior was attributed to a kinetically controlled association/dissociation of U onto and from humic colloids and also a subsequent sorption of U onto the sediment surface.
At higher initial PCE saturations (> 8% PV), results showed NAPL-product mobilization and downward migration which was attributed to interfacial tension (IFT) reduction, swelling of the NAPL-product, and reduced density modification.
Minimal cage migration under cyclic loading was attributed to the compression force applied during pedicle screw tightening.
The decline was attributed to migration, decreased life expectancy due to other causes, and long latency.
Additionally, HUVEC had an increase in migration on the coaxial scaffolds, which was attributed to the increase in stiffness; however, this increase in migration was not seen with the rSMC, which had the highest outward migration on the flat surfaces (tissue culture polystyrene and gelatin film).
Neat films of the triazine compounds displayed significant fluorescence quenching accompanied by a non-exponential excited-state decay profile which was attributed to migration-assisted exciton quenching at non-radiative decay sites in disordered media.
Around 55% of the 3.7m increase was attributed to net migration.
