… As reported above, the lysosomal accumulation of Gb3 in the cells of the arterial wall is
considered the basis of this process and its main complications, including stroke, hypertrophic …

… The consequence of these large values of the Womersley number is that the velocity … flows
are strongly influenced by the size, geometry and mechanical properties of the vascular walls…

… the estimation of tissue properties and stresses. Reviewed applications include healthy
and diseased heart valves, cardiac and arterial walls, and hemodynamics of large arteries. To …

… between the bloodstream and the vascular wall. By virtue of … flow profile, expected to be
accurate for the low Womersley … cell monolayer and the poroelastic properties of the hydrogel. …

… parameters such as wall stiffness and valve properties, we utilize a … flow. This assumption
is justified by the small Reynolds number (Re = UD0/ν ≈ 7 × 10−3) and small Womersley …

… the wall, losing the slippery characteristics of the flow under … forces in such flows is the
Womersley number ( ) where D is … to the vascular walls and exploit the vascular leakiness, high …

… Number and senders The Womersley number is a dimensionless number that confers
fluid mechanics and arrangements to the pulse-flow frequency. It comes to address Navier–Stokes…

… ; α is the dimensionless Womersley number. α is given by: … Womersley numbers, the flow
will instead have a flat velocity profile with a pistonlike motion87–90. In most arteries, the flow …

… surveillance and immune defense in the meningeal immune compartment, which depends
on the unique position, structural composition of the meninges and functional characteristics …

… La conséquence de ces grandes valeurs du nombre de Womersley est que le profil de
vitesse dans ces vaisseaux n’a pas le temps de se développer complètement et est relativement …