After checking my hearing, I found that the low frequency is normal, but the middle and high frequen

It is recommended to pay attention to the changes in hearing, and if you feel that your daily work, life and study have been affected, you should consider an open-ear hearing aid, mainly to compensate for the loss of high frequency and reduce the feeling of blockage. Try to protect your ears, don't stay in a noisy environment for a long time, don't listen to headphones for a long time, don't stay up late, anyway, everything is not good for your ears, try to pay attention to it.

Go to the fitting center for an accurate hearing test, and then match a pair of hearing aids that are suitable for your hearing to protect your hearing from loss.

Usually pay attention to protect the ears, away from noise, if necessary, choose the right hearing aid is also the most effective measure.

Bring your hearing report in the hospital, you can go to a professional hearing aid fitting center to consult to see if your current hearing needs to be fitted with hearing aids, if you feel that your current hearing has affected your life, study and work, then it is necessary to choose hearing aids.

It is recommended to go to a professional hearing aid fitting center to see how much your middle and high frequencies have dropped, whether it has affected your usual understanding of listening to sounds, and the hearing care professional at Haiyin will tell you how to solve it.

To see how much it drops, it is best to consult with a hearing aid fitting center to see if you need a hearing aid.

Hearing and hearing are two different concepts, and the recognition of speech intelligibility is in the middle and high frequency range, so the patient hears and hears clearly.

How many decibels is hearing loss? To what extent? Go to a professional hearing institution and give professional advice.

What exactly is hearing loss and how does it affect daily life?

Just like the soprano sings high-frequency sounds, and the bass sings bass, these two sounds are different, there is an auditory receptor called the cochlea in the ear, and the part that feels two different sounds is different, one at the bottom of the cochlea and one at the top of the cochlea. If you notice a loss of high-frequency hearing in your left ear, you must have affected the function of the part of the left cochlea that is responsible for hearing high-frequency sounds. Have you been listening to headphones a lot lately**?

This is very damaging to the ears. The respondent's reply Find the cause of the hearing loss, the cause**. If it is caused by wearing headphones to listen**, listen less**.

If the hearing loss is severe, you should go to a hearing institution to wear hearing aids in time.

Noise-induced hearing loss is often located in the frequency range of one doubling of the noise frequency.

The sound gain of the pinna and ear canal changes with the change of different frequency segments: the ear canal has the largest sound gain in the frequency range of 2kHz-4kHz.

Noise-induced hearing loss is often located in the frequency range of one time above the noise frequency, industrial noise is relatively constant in the low and intermediate frequency range, and the natural resonance peak of the external auditory canal is 2kHz-4kHz, so it is most likely to cause hearing loss in the frequency range of 4kHz-6kHz. Therefore, noise deafness often starts at about 4kHz and gradually damages to higher frequencies.

There are several frequency bands for testing hearing, in 250hz 500hz 1000hz 2000hz 4000hz 8000hz These frequency points are given to the sound, and your hearing threshold is measured, which is the smallest sound you can hear on these frequencies 250hz-500hz This frequency band belongs to low frequency, 1000hz-2000hz belongs to medium frequency, 4000hz-8000hz belongs to high frequency, your high frequency difference explains, You don't listen well in the frequency range of 4000hz-8000hz, and you listen well in the frequency range of 250-500hz.

There are several frequency bands for testing hearing, in 250hz 500hz 1000hz 2000hz 4000hz 8000hz These copy frequency points are given to the sound, and the hearing threshold is measured, that is, the smallest sound you can hear on these frequencies 250hz-500hz This frequency band belongs to the low frequency, knowing that 1000hz-2000hz belongs to the medium frequency, 4000hz-8000hz belongs to the high frequency, your high frequency difference explains, You don't listen well in the frequency range of 4000hz-8000hz, and you listen well in the frequency range of 250-500hz.

Hello, there are several frequency bands for audiometry hearing, in 125hz 500hz 1000hz 2000hz 4000hz 8000hz These frequency points are given to the sound, measure your hearing threshold, that is, the smallest sound you can hear on these frequencies 125hz-500hz This frequency band belongs to low frequency, 1000hz-2000hz belongs to the medium frequency, 4000hz-8000hz belongs to high frequency, your high frequency difference explains, You can't hear well in the frequency range of 4000hz-8000hz, and you will hear poorly the sound of women talking, the sound of high heels knocking, and the sound of bells striking. I hope my answer is helpful to you.

26 to 40 dB Mild 40 to 60 Moderate 60 to 80 Severe You can check your listening results to find out.

Depending on the extent of the drop, the average hearing reaches about 60 decibels, and you can consider hearing aid intervention.

Sounds are divided into high frequency and low frequency, and the sound with a relatively high vibration frequency is called high frequency sound. The frequency of normal human hearing is between 500 and 2000 Hz, and sounds above 2000 Hz are called high-frequency sounds, and sounds below 1000 Hz are low-frequency sounds. A drop in high frequency means that your ears are less sensitive than normal when they receive high-frequency sounds, which means that you need to be louder (decibels) to hear.

High-frequency loss generally indicates that the hearing loss is predominantly neurological, that is, neurological hearing loss. If you don't have a problem with your speech frequency, it won't affect your daily communication, and you won't feel a loss in hearing, which can only be measured by a audiometer. If the high-frequency drop is caused by noise, it is recommended to get out of the noise environment.

Hearing loss above 2000 Hz is 71 dB or more, which is severe hearing loss, so hearing loss is severe.

Hello; It depends on what degree of hearing you measured, so you can know that it is serious, but high-frequency hearing loss will affect your resolution in the future, and it is quite annoying to be equipped with hearing aids, so intervene as soon as possible!

It depends on how far it goes.

Low-frequency sensorineural hearing loss, which occurs when the ears are stuffy, swollen, and blocked, and the ears seem to be filled with air. Patients are unable to hear the deeper male voice and the more shrill female voice clearly. Low-frequency sensorineural hearing loss is the inaudible sound of the low frequency band, but the sound of the high frequency band is not affected (the low frequency tone refers to the frequency between 250Hz and 1000Hz, and the sound used by people for daily communication is generally the medium and low frequency sound).

The incidence of this type of deafness is increasing, and it mostly occurs in people who are busy, work under pressure, and often stay up late. Stressed office workers who have the above symptoms must see a doctor as soon as possible. If acute low-frequency sensorineural deafness is not obtained for a long time, it is easy to cause dizziness, nausea, etc., and even cause anxiety and insomnia.

Within three days of the onset of low-frequency deafness**, the ** rate is as high as 95%; Within one week of onset**, about 80% of patients can recover their hearing; Two weeks after the onset of the disease, the effect is worse; If the disease lasts for more than a month, the effect will be greatly reduced.

I feel that the symptoms are obvious, and if they are not obvious, they are fine.

Hello! High frequency generally refers to the sound above 2000Hz, which is usually manifested as a shrill sound in life.

Low frequency generally refers to the sound below 500Hz, which is usually expressed as a low, coarse sound in life.