Since shear stress is known to affect the crystallization by aligning or rotating molecules along the flow direction, increased shear stress may lead to orientation-induced structures.
Field anomalies produce high magnitudes of orientation errors close to the target, while region-wide nonlinearity leads to orientation errors increasing with distance from the target.
We show that, when the ECM protein laminin is presented on a line pattern with nanometric size features, it leads to orientation of neurite outgrowth along the line pattern.
Genetic disruption of PCP components in Drosophila leads to orientation defects in wing hair and ommatidia (Seifert and Mlodzik, 2007).
Generally, this leads to orientation of hydrophilic amino acids on the exterior of a protein and hydrophobic amino acids packed into the interior to exclude water from the protein core.
The anodic mode and electrochemical parameters influence the energy, frequency, and duration time of the arc discharge stage, which lead to different orientation degree.
These events lead to sperm orientation towards the source of the chemoattractant.
Subsequently, displacement at a time of day when the sun in fact had a different azimuth might then lead to shifted orientation, precisely because the bird was not employing time compensation for the sun's movement.
This formation of preferred orientation leads to the orientation of graphitic basal planes perpendicular to the substrate.
In addition to anisotropic constitutive properties, the oriented axonal structure of white matter can also be expected to lead to an orientation-dependent sensitivity of brain tissue to mechanical loads with respect to injury.
Note that voltage drop on the ferroelectric layer larger than the coercive voltage (approximately 4.8 V) can lead to re-orientation of the electrical dipoles.
