Easy anomalies preferentially engaged lower-order cortical areas adjacent to the primary auditory cortex.

Response latencies in this area were even shorter than in primary auditory cortex.

The characteristics of dipoles in the superior temporal gyrus, the primary auditory cortex, were calculated.

The source of N100m was considered to spread from the primary auditory cortex to the secondary auditory cortex.

Responses exhibited long-lasting habituation (at least 20 min) in the secondary, but not primary auditory cortex.

Although particular attention was paid to the primary auditory cortex (PAC), a brain-wide analysis was also performed.

Such nonlinearities were most prevalent in primary auditory cortex, although they tended to be small compared with stimulus main effects.

The present magnetoencephalography study was designed to investigate the influence of peripheral synchronisation on the activation in primary auditory cortex.

These findings provide evidence for a diminished neuronal representation of short auditory stimuli in the primary auditory cortex of LP children.

The cytoarchitectonically defined areal borders of the primary auditory cortex do not consistently match macroanatomic landmarks like gyral and sulcal borders.

This result confirms the theory of impaired auditory information processing in patients with schizophrenia at the level of the primary auditory cortex.

The primary auditory cortex, in the temporal lobe, is involved in hearing, and there are other areas involved with high-level auditory processing.

Following repetitive presentation of novel complex sounds, we observed significant response habituation in secondary auditory cortex, but not in primary auditory cortex.

Single-unit activity was recorded from primary auditory cortex of awake ferrets during presentation of noise with natural temporal dynamics and fully natural sounds.

Here we show that this information can in fact be found in the neuronal population code of the primary auditory cortex (A1).

Acoustic stimuli are received by the ear, where they are converted to electric impulses and sent to the primary auditory cortex, in both hemispheres.