Sentence examples for cortical boundaries from inspiring English sources
The aim of this study is to develop MR acquisition and analysis methods optimized for the detection of cortical boundaries in such complex geometries as the femoral neck.
This may in part be explained by where CSD is initiated, how CSD is triggered, and the extent and size of CSD changes in terms of cortical boundaries and layers.
The main features of our framework are the segmentation of quantitative T1 maps to delineate the cortical boundaries (Bazin et al., 2014), and the use of an equivolume layering model to define an intracortical coordinate system that follows the anatomical layers of the cortex (Waehnert et al., 2014).
There is no obvious variation in axon "behavior" between axon populations arising from sites of origin near cortical boundaries, and axons traversing future borders of cortical areas.
Cortical thickness was calculated by wand selecting the inner and outer cortical boundaries, and for each point of the outer boundary finding the shortest distance to the inner boundary.
The outer and inner cortical boundaries were manually traced.
The line drawing highlights the extension of the fracture line beyond the original cortical boundary but not to the periphery of the fracture callus.
We suggest that those patients demonstrating the callus fracture sign, i.e. the cleavage plane of the fracture extending beyond the original cortical boundary of the bone but remaining within the boundary of the callus as in Fig. 2, should undergo a period of increased fracture stabilization prior to removal of their fixators.
In these cases, bridging callus, as defined above, was seen to join the bone ends across the fracture site in more than one view but, on closer examination, the fracture cleavage can be seen to extend beyond the original cortical boundary of the bone but not to the boundary of the bridging callus (Fig. 2).
Cortical field boundaries of sensory areas can be physiologically defined.
During the experiment, the cortical layer boundaries were identified from the infrared differential interference contrast (IR-DIC) images based on cell shape, size, and density.
