Sentence examples for evolution of traction from inspiring English sources

The 3D TFM methodology is utilized to investigate the dynamic evolution of traction forces during migration of 3T3 fibroblasts on polyacrylamide substrates.

Thus, we concluded that five principal components are needed to resolve the spatio-temporal evolution of traction forces during pseudopod protrusion and retraction.

Furthermore, " Five Principal Components Resolve the Spatio-temporal Evolution of Traction Forces During Pseudopod Protrusion and Retraction" section shows that five principal components provided just enough time resolution to capture the evolution of the traction forces exerted by the cells during migration.

(EPS 3491 KB) Movie comparing the temporal evolution of the instantaneous traction force fields exerted by a WT Dictyostelium cell (left side) with the reconstruction achieved with the 5 CPCs obtained from individual PCA (right side).

However, in order to model and interpret seismological observations, we represent dynamic fault weakening at the macroscopic scale in terms of traction evolution as a function of slip and other internal variables defining a phenomenological friction or contact law on the virtual mathematical plane.

This discrepancy is tied to the time-dependent evolution of the interfacial tractions when the experiment is carried out at a high temperature.

Figure  11 and Movie 1 in the Supporting Material illustrates this idea by comparing measurements of the time evolution of the shape and traction forces in a chemotaxing WT Dictyostelium cell with their projections onto the 5 CPCs.

For this purpose, we carried out simultaneous measurements of the time evolution of cell shape and traction forces exerted by isolated Dictyostelium cells undergoing chemotactic migration over a flat elastic substrate.

Besides kinematics, for a prescribed final part shape, schemes to optimize a preform shape out of a class of initial configurations and also to define the evolution of shapes and boundary tractions were developed.

In this paper, we propose a physical model for the structural evolution of cell cell junctions subjected to pulling tractions, using the Bell Dembo Bongard thermodynamic model.

"There's not a lot of traction.