Several other studies have focused on the nature and position of interstitial white-matter neurons lying deep to temporal and frontal cortices in schizophrenia.
One series of sections was used to map labeled neurons in prefrontal cortices and temporal structures.
The working memory function of the prefrontal cortices.
Some authors have argued that primary sensory cortices may share certain common developmental origins that other types of cortex do not.
We thus think that the coding scheme in the two cortices must be similar, though the content, that is the meaning, differs.
Significant activation was observed in striate, extrastriate, lingual, and fusiform cortices as well as the hippocampus and brain stem.
Upon awakening, the interpretive process accelerates as the dormant verbal and meaning modules of the left temporal and prefrontal cortices become active.
Rather, sensory cortices may receive input normally but fail to send and receive inputs from higher order association regions, due to deficient long distance connectivity.
