postcentral gyrus


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Related to postcentral gyrus: precentral gyrus, Prefrontal cortex, parietal lobe
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  • noun

Words related to postcentral gyrus

the convolution of parietal lobe that is bounded in front by the central sulcus

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References in periodicals archive ?
A voxel-wise ANCOVA revealed that the intergroup differences in ReHo were mainly located in the bilateral postcentral gyrus and thalamus, the left precuneus and putamen, and the right caudate, inferior temporal gyrus and inferior occipital gyrus (FDR corrected, P < 0.05) [Figure 1].
Results showed that the area of the postcentral gyrus cortex representing the face was about a quarter thicker in the high-frequency group, compared with the low-frequency group.
There was continuous epileptiform discharge persisting at the most inferior precentral and postcentral gyrus, and this area was emptied.
Therefore, hands and face (which has the highest density of sensory receptors, respectively, motor innervations) are controlled by the largest area of precentral gyrus (motor) and postcentral gyrus (sensory).
This type of hallucination has been associated with activation of postcentral gyrus, parietal operculum, insula, and inferior parietal lobule on stereoelectroencephalography.
In contrast, SN elicited a larger activation than tennis in the left and right premotor cortex, left supplementary motor area (SMA) and the right postcentral gyrus (Fig.
Listening: Areas of activation were observed bilaterally in the superior parietal lobule (BA 7), the superior and middle temporal gyrus (BA22), the insula (BA13) and the postcentral gyrus (BA7) of the left hemisphere, in the superior temporal gyrus (BA42) of the right hemisphere.
In the latter function, it has a somatotopic representation of the fetus equivalent to the adult postcentral gyrus representation of the adult form.
The postcentral gyrus, an area dedicated to perception, changes most.
Significant volume losses in the inferior parietal lobule and, in some patients, the postcentral gyrus, account for most of the parietal deficits.
However, this same contrast did reveal several brain regions that demonstrated a decreased response after training, including areas associated with sensorimotor processing, such as the left paracentral lobule and postcentral gyrus and right precentral gyrus and inferior temporal gyrus.