The phrase "alignment of cortical" is correct and usable in written English.
It can be used in contexts related to neuroscience, psychology, or medical discussions, particularly when referring to the arrangement or coordination of cortical structures in the brain.
Example: "The alignment of cortical areas is crucial for effective communication between different regions of the brain."
Alternatives: "arrangement of cortical" or "coordination of cortical".
GA has been shown to affect elongation growth both by controlling alignment of cortical microtubules [ 45, 46] and by controlling cell division [ 47- 49].
The cortex in the frontopolar, dorsal frontal and occipital regions of one adult post-mortem case with Dravet syndrome (PM3/EP099) showed a 'micro-columnar' architecture, with exaggeration of the vertical alignment of cortical neurons (Fig. 4C), but these changes did not amount to focal cortical dysplasia type I (Blümcke et al., 2011).
These results show clearly that the neural response while watching a movie provides more information about the functional architecture of the cerebral cortex than does the neural response during a more limited, controlled experiment, and that this information can be used effectively for function-based alignment of cortical anatomy.
The lesion extended through the insular cortex altering the alignment of the cortical layers of the insula with the affected layers interrupted by the tear repositioned in relationship to the outer cortical layers.
Locally-Optimized Inter-Subject Alignment of Functional Cortical Regions.
"Function-based intersubject alignment of human cortical anatomy". Cerebral Cortex 20 (1).
The basis of the FreeSurfer multiple-subject registration is the alignment of the cortical surfaces rather than the brain volumes.
In order to examine whether functional registration based on neural activity evoked by watching a movie increased the alignment of category-specific cortical topographies, we also performed a GLM analysis on the contrast between responses to faces and to nonface objects across subjects.
Whereas curvature-based alignment increased the number of cortical locations having significant between-subject synchrony by 19%, function-based alignment resulted in an increase of 33%.
Whereas the anatomy-based alignment maximizes correspondence of indices of cortical curvature, our method maximizes correspondence of functional time-series for each cortical node.
To ensure optimum co-registration of the auditory cortex across participants, we performed cortex-based alignment of the single-participant cortical surface reconstruction (CBA; Goebel et al. 2006) constrained by an anatomical mask of Heschl's gyrus (HG) (Kim et al. 2000).
