[PDF] Top 20 Theory to predict shear stress on cells in turbulent blood flow.

... responsive to changes in their energetic environment, as demonstrated by the effectiveness of in vivo laser injury models ...alterations to RBC morphology and can result in hemolysis ... See full document

... length theory, which leads to the gradient model; for unstable conditions they employed transport (prognostic) equation for turbulent kinetic energy, using the gradient hypothesis for the ... See full document

... Endothelial cells (EC) are steadily exposed to a range of physical and biomechanical ...act on endothelium: a) the radial pressure created by the hydrostatic blood forces, b) circumferential ... See full document

... (velocity, turbulent kinetic energy, Reynolds shear stress and turbulence intensity) were characterized using a 3D ADV and the consequent responses on swimming behaviour and upstream movements ... See full document

... WBCs in an in vitro envi- ...shown to be very different from the in vivo ones, where WBCs adapt their shape (possibly by deformation) penetrating through the walls of vascular endothelial ... See full document

... order to simplify the topography of sub-basins, natural surface cells were attributed to ...are cells that represent non-urbanized surfaces, with distinct parameters of cells ... See full document

... applied in an effort to understand the blood flow behavior in ...knowledge in microcirculation is based on macroscopic flow phenomena such as Fahraeus effect and ... See full document

... Abstract Blood flow in microcirculation shows several interesting phenomena that can be used to develop microfluidic devices for blood separation and analysis in continuous ... See full document

... of flow cytometry and confocal microscopy analyses showed that MEL cells treated with both fluid shear stress and DMSO had increased F-actin cytoskeleton content as com- pared to the ... See full document

... the flow characteristics in a scoured bridge ...important in this study are primary and secondary velocity values along with the bed shear ...impact on pier scouring and having a clear ... See full document

... diffusion theory. These coefficients are valid in the near, intermediate and far field of an elevated ...available in the literature. On the other hand is is more general since, unlike the ... See full document

... element in representing deformation, but also any deficiencies that might ...due to shear locking, which might be briefly explained as an artificial stiffening of the model that occurs when ... See full document

... decrease in antigen expression between cells and EVs ...detected on MPs, CD3, 5, and 8 for T-cells and CD19 for B-cells are not found on MPs despite being highly expressed ... See full document

... adaptive in nature. PsA is likely to be a heterogeneous disease, as the proportion of NK cells among synovial lymphocytes varies between 3 and 35% (data not shown and [18]), and it has been recently ... See full document

... interested in treat- ing the turbulence flow, we must consider high Reynolds ...number. In view of this, the incompressible fluid flow as- sumes high Reynolds numbers when the velocity ... See full document

... performed in the turbidity currents, the turbulent structures of the turbidity currents are not fully understood and it is essential that the dynamics of these flows and mechanism of turbulence production ... See full document

... accurate stress/strain predictions [29–30] and those features were included in the models constructed in this ...paper. In our models, blood flow was assumed to be ... See full document

... overexpressed in a hematopoietic cell-specific fashion and analyzed the effect of overexpression of Bmi1 in ...resistance to stresses on HSCs, thereby augmenting their regenerative ... See full document

... The purpose of tltis work is to study the turbulent boundary layer asymptotic structure by applying Kaplun limits to a model equation th8t mimics turbulent flow past over a flat su[r] ... See full document

... creeping flow conditions, using very fine meshes, especially in the wake of the cylinder where large normal stress gradients are observed for high Deborah number ...up to Deborah numbers ... See full document