Examples of using Auditory cortex in English and their translations into Portuguese
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It ended up in the auditory cortex.
Moreover, the primary auditory cortex is also involved in processing pitch information.
Altered MMN responses have typically been attributed to changes in the auditory cortex.
From auditory cortex to cochlea: Progress in the auditory efferent system.
The authors gave their article the suggestive title"Sound of silence activates auditory cortex.
The right-side secondary auditory cortex processes pitch changes and the fine manipulation of tone.
These components provide information concerning the arrival of sound information to the auditory cortex.
Located in the temporal lobe, the auditory cortex is the primary receptive area for sound information.
But it may be possible to redirect the transmissions from his visual centers to his auditory cortex.
The primary auditory cortex is located on the temporal lobe of the cerebral cortex. .
The researchers observed how the two types of hearing loss affected sound processing in the auditory cortex.
This leads to a permanent reorganization of the auditory cortex, resulting in a constant perception of tinnitus.
Estimates suggest that their most important response generators are located in the thalamus and the primary auditory cortex.
Some other studies have demonstrated decreased auditory cortex activation and hyperactivation of the motor regions.
The Pa wave is generally more robust andreflects the activity of the thalamocortical radiations and of the primary auditory cortex.
These structures, together with the auditory cortex, are responsible for the physiological mechanisms of hearing.
These findings suggest that individuals who stutter cannot activate, orinsufficiently activate, the auditory cortex during speech.
This potential has as main generator the auditory cortex and receives contributions from the frontal cortex, thalamus and hippocampus8.
Subsequent studies have shown, in the"speech with noise" test,contralateral hemisphere deficits with implications in the auditory cortex.
Central alterations extend from the auditory nerve to the central auditory cortex, and include neuronal demyelination.
More peripheral frequencies- taking the central nervous system as the reference point- take longer to reach the auditory cortex.
Imaging studies of the brain have shown activity in the auditory pathway, auditory cortex and limbic system in response to music.
The larger the deviation, the harder it is to ensure the expected benefits or that the provided sounds would, in fact,reach the auditory cortex.
Although the human auditory cortex receives sensorial stimuli eventually from both ears, it is more strongly activated by the stimulation from the contralateral ear.
Shrinkage in those areas might simply be a consequence of an"impoverished" auditory cortex, which could become atrophied due to lack of stimulation. Reduced work rate.
Some authors reported that children with specific language impairment SLI exhibit a modification on the morphology of components N1, P2 and N2,indicating an immaturity of the auditory cortex 12.
The neural generators of this potential are the primary auditory cortex, association cortex, thalamic projections and the thalamus, whose components are Na, Pa, Nb, Pb².
It is thought that the P300 is generated in structuresof the frontal cortex, supratemporal auditory cortex, and the hypocampus.
Studies on rhythmic discrimination have shown that the right-side temporal auditory cortex is responsible for temporal segmentation and the left-side temporal auditory cortex is responsible for temporal grouping.
