Vestibule Field

The vestibular area is a region of the cerebral cortex located in the temporal lobe, which is responsible for the perception of sounds and spatial orientation. It is part of the auditory system and plays an important role in determining the direction of sound and coordinating body movements.

The vestibular area consists of several areas, including the superior temporal lobe and the posterior part of the middle temporal gyrus. It is connected with the vestibular and auditory apparatuses, which are located in the pyramids of the temporal bones and control balance and orientation in space.

When a person hears a sound, it is transmitted through the cochlea to the vestibular apparatus, which sends signals to the vestibular field. Here the sound is analyzed and its direction is determined. The signals are then transmitted to the cerebellum, which controls motor coordination and balance.

In addition, the vestibular field plays an important role in processing information related to emotions and perception of the surrounding world. It is also associated with memory and learning, as it allows a person to remember sounds and associate them with certain objects or situations.

Disturbances in the vestibular field can lead to various problems, such as poor balance, dizziness, hearing loss, and problems with motor coordination. In some cases, these disorders may be associated with brain diseases such as stroke or Alzheimer's disease.

Thus, the vestibular area is an important area of ​​the cerebral cortex and plays a key role in the perception of sounds and spatial orientation. Abnormalities can lead to serious health problems, so it is important to monitor your hearing and balance and seek medical attention at the first sign of impairment.

The vestibular region of the brain is one of the parts of the brain responsible for processing information coming from the outer ear and inner ear. It is located in the posterior part of the midbrain and is connected to other parts of the brain, including the temporal lobe and thalamus. This area is responsible for converting external sounds into electrical signals that are transmitted to other parts of the brain for further analysis.

One of the functions of the vestibular region is its ability to perceive and process information from the inner ear, which is connected to the auditory centers of the brain. Inner hearing is the body's ability to generate sound images based on vibrating sensory hairs located in the inner ear. This ability plays an important role in controlling balance and coordination of movements.

Cells located in the anterior part of the vestibular area are responsible for the perception of low-frequency sounds, such as vibrations of the ground. These cells generate electrical impulses associated with the movement of mechanisms responsible for balance and coordination of movements. In the posterior part of the vestibular areas are cells responsible for the perception of high frequencies representing auditory events, such as the sound of a voice or a musical instrument.