Scientific tests have shown that if an auditory imbalance in the vestibule of the ear occurs, it will stimulate the central system of the brain to affect the normal work of the pituitary gland. Under the influence of this anxiety, people will be very sensitive to various unsatisfactory things, and produce resistance, so these unsatisfactory events will be infinitely magnified, eventually leading to depression and anxiety in old age. Differential diagnosis of auditory imbalance in the vestibule of the ear: 1, pathological auditory adaptation: auditory adaptation, short exposure to strong noise, hearing threshold increase of more than 10dB, leaving the noise environment for a few minutes to recover. 2.Hearing impairment: Hearing impairment refers to congenital or acquired causes, resulting in structural defects of the auditory organs, or partial or total functional impairment, resulting in difficulty in hearing or recognizing sound; the identification criteria are as follows: (a) After receiving the self-conscious pure tone hearing examination, the superior ear speech frequency hearing of 25 dB or more. (2) If you are unable to undergo the pure tone hearing examination in the preceding paragraph, you will be determined by other hearing examination. 3, auditory fatigue: when you go into a strong noise environment, you will feel the ear uncomfortable, stop a period of time out, you will feel the hearing becomes dull, the original can hear the slightest sound can not hear, this is because your threshold of hearing upward, which led to your hearing loss. But as long as you leave the noise environment to rest for a period of time, human hearing will gradually return to its original state, this phenomenon is called temporary hearing offset, also known as auditory fatigue. It is only a temporary physiological phenomenon, the auditory organs are not damaged. If one works under strong noise conditions for years and years, and the inner ear auditory organs are often stimulated by strong noise, this auditory fatigue will be fixed and will not return to normal, and a permanent hearing loss or hearing threshold shift will occur. This phenomenon is called noise-induced deafness.