Auditory vestibular imbalance

Introduction Scientific experiments have shown that if the ear vestibular hearing imbalance occurs, it will stimulate the brain central system to affect the normal work of the pituitary gland. To make the brain feel anxious; under the influence of this anxiety, people are very sensitive to various unsatisfactory things and generate resistance, so these unsatisfactory events will be infinitely magnified, eventually leading to depression and senile anxiety. occur.

Cause

An imbalance in the vestibule of the ear affects the functioning of the human nervous system and other organs.

an examination

Related inspection

Ear, nose, throat swab bacterial culture otolaryngology CT examination closed eye walking test over-the-fin test hot and cold test

People are very sensitive to all kinds of unsatisfactory things and create resistance.

Differential diagnosis

Differential diagnosis of ear vestibular hearing imbalance:

1. Pathological auditory adaptation: auditory adaptation, short exposure time under strong noise, hearing threshold increased by more than 10dB, and can be recovered after leaving the noise environment for a few minutes.

2. Hearing impairment: Hearing impairment refers to the structural defects of the auditory organs due to congenital or acquired causes, or some or all of the obstacles to the function, resulting in difficulty in listening or recognizing the sound. Its identification criteria are as follows:

(1) After receiving a self-conscious pure tone hearing test, the hearing frequency of the good ear is more than 25 decibels.

(2) Those who are unable to accept the previous paragraph's self-conscious pure tone hearing test, who are determined by his or her perceptual hearing test.

3. Hearing fatigue: When you walk into a strong noise environment, you will feel uncomfortable. After stopping for a while, you will feel the hearing become dull. The slightest sound that you can hear can't be heard. This is because of your hearing threshold. Move up, causing your hearing to drop. However, as long as you leave the noise environment and rest for a period of time, the human hearing will gradually return to its original state. This phenomenon is called temporary hearing deviation, also known as hearing fatigue. It is only a temporary physiological phenomenon, and the hearing organs are not damaged. If working under strong noise for many years, the inner auditory organs are often stimulated by strong noise, and this auditory fatigue will be fixed and will not return to normal, resulting in permanent hearing loss or hearing threshold shift. This phenomenon is called noise deafness.

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