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How to treat conductive hearing loss, what to do for ringing ears after concert - Test Out

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I believe that daily use of The Hearing Fix is the perfect way to ensure that one has the best possible hearing. If you are experiencing conductive hearing loss, please CLICK HERE to learn more about our state of the art hearing loss treatment. Conductive hearing loss is a form of hearing loss due to abnormalities in mobile portions of the ear. The type of hearing loss that occurs depends on what part of the ear is not working properly. Conductive hearing loss is caused by a blockage that prevents the conduction of sound from the outer to inner ear.
Otosclerosis: It is a condition in which the ossicles of the middle ear become immobile and hence there is a defect in the proper conduction of sound through the middle ear, leading to conductive hearing loss.
Because conductive hearing loss is not caused by nerve damage, as is the case with sensorineural loss, it usually is treatable by removing the blockage and almost all conductive hearing loss is temporary or transitory and can be cured with hearing returning to normal levels. There are two different types of hearing impairments, conductive hearing loss and sensorineural hearing loss. A conductive hearing loss is present when the sound is not reaching the inner ear, known as the cochlea. Dysfunction of the three small bones of the middle ear, the hammer, anvil and stapes may result in conductive hearing loss. A sensorineural hearing loss is one resulting from dysfunction of the inner ear, the cochlea, the nerve that transmits the impulses from the cochlea to the hearing center in the brain or damage in the brain. Another common reason for hearing loss due to hair cell damage is noise-induced hearing loss. A conductive hearing loss is caused by any condition or disease that impedes the conveyance of sound in its mechanical form through the middle ear cavity to the inner ear.

This result is the reduction of one of the physical attributes of sound called intensity (loudness), so the energy reaching the inner ear is lower or less intense than that in the original stimulus.Therefore, more energy is needed for individuals with a conductive hearing loss to hear sound, but once it’s loud enough and the mechanical impediment is overcome, the ear works in a normal way.
The reason for sensorineural hearing loss sometimes cannot be determined, it does not typically respond favorably to medical treatment, and it is typically described as an irreversible, permanent condition. A mixed hearing loss can be thought of as a sensorineural hearing loss with a conductive component overlaying all or part of the audiometric range tested. The conductive component may be amenable to medical treatment and reversal of the associated hearing loss, but the sensorineural component will most likely be permanent. The mobility of these bones, or ossicles, may be impaired for different reasons and disruption of the ossicular chain due to trauma, infection or other process may also result in hearing loss. Chronic ear infection can result in a defective eardrum or middle ear cavity, and often in addition to the conuctive hearing loss the individual may have a sensorineural hearing impairment.
A conductive hearing loss can be the result of a blockage in the external ear canal or can be caused by any disorder that unfavorably effects the middle ear’s ability to transmit the mechanical energy to the stapes footplate.
Generally, the cause of conductive hearing loss can be identified and treated resulting in a complete or partial improvement in hearing.
The sensory component may be from damage to the organ of Corti, an inability of the hair cells to stimulate the nerves of hearing or a metabolic problem in the fluids of the inner ear. Like conductive hearing loss, sensorineural hearing loss reduces the intensity of sound, but it might also introduce an element of distortion into what is heard resulting in sounds being unclear even when they are loud enough.
So, in addition to some irreversible hearing loss caused by an inner ear or auditory nerve disorder, there is also a dysfunction of the middle ear mechanism that makes the hearing worse than the sensorineural loss alone. Hearing aids can be beneficial for individuals with a mixed hearing loss, but caution must be exercised by the hearing care professional if the conductive component is due to an active ear infection.
Conductive hearing loss occurs when these movable parts are damaged or when their mobility is impaired.

Hearing impairments are categorized by their type - conductive, sensorineural or both, by their severity, and by the age of onset.
Following the completion of medical treatment for causes of the conductive hearing loss, hearing aids are effective in correcting the remaining hearing loss. The neural or retrocochlear component can be the result of severe damage to the organ of Corti that causes the nerves of hearing to degenerate or it can be an inability of the hearing nerves themselves to convey neuro chemical information through the central auditory pathways. Once any medically treatable conditions have been ruled out, individuals with a sensorineural hearing loss can be fit with hearing aids to give them access to speech and other important sounds. Conductive hearing loss is the most common cause of hearing impairment- especially in children.
Furthermore, a hearing impairment may exist in only one ear (unilateral) or in both ears (bilateral). Head trauma, ear infections, tumors and toxic medications such as certain strong antibiotics and chemotherapeutics are other reasons for sensorineural hearing loss. Luckily there are hearing devices that can help, as well as state of the art hearing loss treatments that show serious promise. Ear fluid and ear infections generally require medical examination and treatment, although some fluid conditions are transitory and self healing. Depending on the definition it could be estimated that more than 50% of the population over the age of 70 has impaired hearing.
In some cases, fluid behind the eardrum can be drained by inserting pressure-equalizing tympanotomy tubes through the eardrum, a procedure commonly known as "tubes in the ears." Ruptured eardrums also can be treated with antibiotics or surgery if necessary.

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