The difference in activation within left temporal cortex for speech over biological non-speech increased with age over the next 3 months of life; specifically the response to speech in this region was sustained while the response to biological non-speech decreased.
Results demonstrated that anodal tDCS over the temporal cortex increased MMN-indexed auditory detection of pitch deviance, and while cathodal tDCS decreased auditory discrimination in baseline stratified groups, subsequent anodal stimulation did not significantly alter MMN amplitudes.
These differences, attributable to reciprocal saturation effects unevenly distributed over the superior temporal cortex, provided evidence for functionally distinct auditory fields.
Cortical thickness showed an increase over the parietal and temporal cortex in children with ASD [18] whereas a decreased observed in the inferior frontal gyrus, inferior parietal lobule, and superior temporal sulcus in adults with ASD [21].
We used these data to find genes that were over-expressed in cerebellum compared to the pons, temporal cortex, and frontal cortex.
Applying novel decoding analyses to the power spectrogram of electrocorticograms (ECoG) from over 100 contacts in ventral and lateral temporal cortex, we found better representation of both invariant and changeable aspects of faces in ventral than lateral temporal cortex.
Using gene expression data from multiple brain regions of the Gibbs [ 26] data set (GSE15745), we identified 1239 gene transcripts that were significantly over expressed in cerebellum compared to the pons, temporal cortex and frontal cortex from the same subjects at a false discovery rate (FDR) of 0.05.
Because of the multifunctional role of the temporal cortex areas involved in both the AON and SN, ongoing debates continue over the degree to which these networks are functionally dissociable and whether they temporally interact with one another [3].
The most strongly affected region was the lateral left temporal cortex, which is on the surface of the brain, behind the ear.
In other words, a camera lens could act as an eye, sending signals to AWS for replicating a human retina, thalamus, primary visual cortex up through middle temporal and inferior temporal cortex for higher-level understanding of "cup" or "table".
