100 Examples of sentences containing the noun "auditory cortex"

Definition

The auditory cortex is a region of the brain located in the temporal lobe that is primarily responsible for processing auditory information. It plays a critical role in the perception of sound, including the interpretation of pitch, volume, and rhythm. The auditory cortex is essential for language comprehension and music appreciation as well.

Synonyms

Auditory area
Auditory center
Hearing cortex
Sound processing area

Antonyms

Visual cortex (related to vision)
Olfactory bulb (related to smell)
Gustatory cortex (related to taste)

Examples

The auditory cortex processes sounds from the environment effectively.
Researchers have found that the auditory cortex is activated during music listening.
Damage to the auditory cortex can lead to difficulties in sound recognition.
The auditory cortex helps in distinguishing between different types of sounds.
Studies show that the auditory cortex develops in response to exposure to language.
The auditory cortex can adapt to new sounds over time.
Children with hearing impairments often show altered activity in the auditory cortex.
The auditory cortex is involved in both voluntary and involuntary sound processing.
Scientists are studying how the auditory cortex interacts with other brain regions.
The auditory cortex plays a crucial role in speech perception.
When you listen to music, your auditory cortex is highly engaged.
Researchers used fMRI to observe the auditory cortex during sound playback.
The auditory cortex can differentiate between spoken words and background noise.
Auditory training can enhance the functionality of the auditory cortex.
The auditory cortex is essential for localizing sound sources.
Animals also possess an auditory cortex, which helps them interpret sounds.
The auditory cortex shows plasticity, allowing it to adapt to new auditory experiences.
The auditory cortex can be affected by aging, leading to hearing loss.
Children learn to process sounds in their auditory cortex as they develop language skills.
The auditory cortex helps in understanding the emotional tone of speech.
The auditory cortex can become overstimulated in noisy environments.
Damage to the auditory cortex may result in auditory agnosia.
The auditory cortex works closely with the limbic system during music perception.
The auditory cortex is organized tonotopically, meaning it has a spatial arrangement for different frequencies.
The auditory cortex can change in response to musical training.
The auditory cortex is essential for rhythm perception.
Electrodes placed on the scalp can measure activity in the auditory cortex.
The auditory cortex has different areas that specialize in processing various sound features.
Research has shown that the auditory cortex is involved in both conscious and subconscious auditory processing.
The auditory cortex can enhance sound discrimination with practice.
An overactive auditory cortex may contribute to sound sensitivity disorders.
The auditory cortex is also involved in the perception of environmental sounds.
The auditory cortex can help distinguish between similar sounding words.
The auditory cortex plays a role in understanding non-verbal sounds, such as laughter or crying.
Many studies focus on how the auditory cortex processes complex sound patterns.
The auditory cortex can be trained to improve listening skills in noisy environments.
The function of the auditory cortex is often assessed through auditory evoked potentials.
Damage to the auditory cortex can result in the inability to recognize familiar sounds.
The auditory cortex continues to develop throughout childhood.
The auditory cortex may experience changes after a traumatic brain injury.
Newborns show activity in the auditory cortex when exposed to speech sounds.
The auditory cortex can function differently in musicians compared to non-musicians.
The auditory cortex helps us learn the nuances of different languages.
The auditory cortex is crucial for processing complex auditory scenes.
The auditory cortex contributes to our ability to understand spoken language.
The auditory cortex has been the focus of many neurological studies.
The auditory cortex interacts with the visual cortex during audiovisual integration.
The auditory cortex can become more efficient with increased auditory experience.
The auditory cortex is vital for temporal processing of sounds.
The auditory cortex is involved in the perception of pitch changes.
The auditory cortex can be influenced by attention and focus.
The auditory cortex processes the sounds we hear around us daily.
The auditory cortex can help the brain filter out irrelevant noises.
The auditory cortex is essential for developing auditory memory.
The auditory cortex can adapt to changes in hearing ability.
Researchers study the auditory cortex to understand sound localization.
The auditory cortex is responsible for recognizing musical intervals.
The auditory cortex can be activated by unexpected sounds.
The auditory cortex is linked to emotional responses to music.
The auditory cortex can identify the direction of a sound source.
The auditory cortex can enhance sound perception in quiet environments.
The auditory cortex is crucial for understanding speech in context.
The auditory cortex is involved in the processing of both speech and music.
The auditory cortex can help differentiate between various animal sounds.
The auditory cortex plays a role in sound recognition and recall.
The auditory cortex can show differing levels of activity based on sound familiarity.
The auditory cortex is part of the larger auditory pathway in the brain.
The auditory cortex helps in learning to play musical instruments.
The auditory cortex can be affected by exposure to loud noises.
The auditory cortex is crucial for developing phonetic awareness.
The auditory cortex may show differences in activity based on auditory training.
The auditory cortex interacts with other sensory cortices to enhance perception.
The auditory cortex can process linguistic and non-linguistic sounds simultaneously.
The auditory cortex is critical for understanding the rhythm and tempo of speech.
The auditory cortex can decline in function due to neurodegenerative diseases.
The auditory cortex processes sound features such as timbre and tone.
The auditory cortex can help differentiate sounds in a crowded room.
The auditory cortex is involved in auditory feedback during speech production.
The auditory cortex can be trained to improve sound localization skills.
The auditory cortex is essential for reading and interpreting phonetic symbols.
The auditory cortex can exhibit neural plasticity in response to learning.
The auditory cortex plays a role in auditory scene analysis.
The auditory cortex has been implicated in tinnitus research.
The auditory cortex can become less responsive with hearing loss.
The auditory cortex is vital for recognizing patterns in sound.
The auditory cortex can process sounds even during sleep.
The auditory cortex interacts with the prefrontal cortex for decision-making based on sound.
The auditory cortex is involved in the social aspects of sound perception.
The auditory cortex can influence our reaction to sounds based on context.
The auditory cortex has a significant role in language acquisition.
The auditory cortex can be influenced by cultural differences in sound perception.
The auditory cortex is responsive to changes in sound intensity.
The auditory cortex can be stimulated through auditory feedback mechanisms.
The auditory cortex helps facilitate communication and social interaction through sound.
The auditory cortex can process sounds from various sources simultaneously.
The auditory cortex is crucial for interpreting the sound of applause or laughter.
The auditory cortex can be mapped to understand sound processing pathways.
The auditory cortex can improve sound discrimination with auditory rehabilitation.
The auditory cortex plays a vital role in music appreciation and analysis.
The auditory cortex is essential for developing auditory processing skills in children.