In primates, projections from different cortical areas define different striatal regions.
Moreover, the fact that the TF original projections are consistently different from their randomized versions indicates, to our consideration, that the development of the TF connection patterns has been subject to strong evolutionary stresses, contrarily to those of the regulated genes.
This approach was necessary to demonstrate the topographic organization of projections from different cortical areas as well as from within each cortical area.
Several researchers have used radial profiling from MSA [49] to separate projections from different configurations, and this is also a common approach with icosahedrally-symmetric viruses.
We previously showed that focal projections from different parts of a cortical functional region, such as those from the vmPFC or area 24b, terminate in the same striatal area (Haber et al., 2006).
The maps of the diffuse and focal projections from different functional regions were then joined together to determine the extent of potential interaction between different corticostriatal pathways.
However, we also showed that projections from different areas of the OFC did have a topographic organization similar to those from areas 9 and 46.
Since the projection of e is different from the cropped projection of (tilde{e}), the term (d - P x_0) only approximates the projection of the reconstruction error in the ROI.
During tomographic data acquisition, a detector collects 2D projections from different rotations ((theta)s).
In our simulation, we assume a portable X-ray modality is used to acquire several X-ray projections from different angles.
