Examples of using Auditory cortex in English and their translations into Indonesian
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It's a possible distress signal from the amygdala to the auditory cortex.".
As a result, the neurons in the auditory cortex form what is known as a tone map.
One of their first stopsis a patch of gray matter called the auditory cortex.
Without exposure to sound, the auditory cortex wouldn't get enough stimulation to develop properly.
When we sleep, we still register external sounds andprocess them in a part of the brain called the auditory cortex.
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The primary auditory cortex, which is responsible for interpreting sounds is located in the temporal lobe.
The temporal lobe is involved in primary auditory perception, such as hearing,and holds the primary auditory cortex.
Through signals received in the auditory cortex, she's already beginning to distinguish between different sounds of speech.
It has also been proved scientifically that musicbeing a non-verbal sound can move through the auditory cortex directly to the centre of the limbic system.
When the primary auditory cortex does not receive regular stimulation, this part of the brain loses cells which process sound.
People with the condition are known to have a more active auditory cortex, which means they are more sensitive to sounds and voices.
According to Ione Dine, a senior author on the study,“This is the firststudy to show that blindness results in plasticity in the auditory cortex.
This lobe is also the location of the primary auditory cortex, which is important for interpreting sounds and the language we hear.
Researchers found when a child heard their own mother's voice, itactivated the part of the brain responsible for emotions, or the primary auditory cortex.
The temporal lobe holds the primary auditory cortex, which is important for the processing of semantics in both speech and vision in humans.
Researchers at Dartmouth say when theyplayed part of a familiar song to people, their auditory cortex automatically filled in the rest.
In all the participants, patterns of nerve activity in the auditory cortex, which processes incoming sound, were equally reliable in their response to different speech sounds.
Brain imaging techniques discovered by Robert Zatorre andhis colleagues demonstrate that imagining music can activate the auditory cortex almost as strongly as listening to it.
The primary auditory cortex receives sensory information from the ears and secondary areas process the information into meaningful units such as speech and words.
Finally, thepathway proceeds by way of the auditory radiation to the auditory cortex, located mainly in the superior gyrus of the temporal lobe.
A section in the temporal lobe known as the primary auditory cortex, is responsible for receiving and interpretation of information that is transmitted through the auditory responses.
The motor cortex is generally associated with the movement of body parts andsensory cortex such as auditory cortex, visual cortex etc. is associated with sensory organs.
Her study demonstrated how music is imagined in the brain- how the auditory cortex and other parts of the brain process auditory information, such as high and low frequencies.
Parts of the brain that would normally process sounds(the so-called auditory cortex) are also activated by visual stimuli, for example.
The researchers focused their analyses on two brain regions, the auditory cortex and the prefrontal cortex, which is important for cognitive skills such as controlling attention and detecting patterns.
The major area for language comprehension, called Wernicke's area,lies behind the primary auditory cortex in the posterior part of the superior gyrus of the temporal lobe.
When the participants heard an unpleasant sound,there was an interaction between the auditory cortex, which processes sound, and the amygdala, which processes negative emotions.
Research has found that when you expect to hear sound,the brain's auditory cortex is activated in the same way as when you're actually hearing sound.