The exact mechanism of human hearing is one of the fascinating things about the human body. We all know that the ear contains the sensory organs for interpreting sound, but many of us do not realize we hear due to the action of thousands of minuscule hair cells within the liquid inner compartment of the cochlea.
If you have been diagnosed with sensorineural hearing loss, then you may want to learn a few more things about how hearing works.
What allows you to hear?
The eardrum is one of the most well-known parts of the ear. Its function is mainly for transmitting the sound waves from the environment into vibrations of the tiny bones inside the ear. This is a critical step bringing the stimulus of sound to the inner ear, where the hair cells are located. The hair cells of the cochlea amplify and sound and transmit the information in the form that nerves can carry to the hearing centers of the brain—the only place where sound stimuli can be interpreted and acted upon.
A person with sensorineural hearing loss has a problem with the electrical conduction of sound to the brain from the hair cells of the inner ear.
What factors lead to sensorineural hearing loss?
When you get a treatment or therapy services from one of the hearing centers in Washington, do not be surprised when you have to answer questions about previous accidents, injury, infections, and hospitalizations. Your eye doctor may even ask about possible exposure to high-level noise, as well as chemicals and toxins.
There are numerous possible causes of hearing loss, and the medical staff needs to determine the primary cause of your condition. The most documented reason for hearing loss is exposure to loud sounds, which damage the hair cells, often irreversibly.
There are medical and surgical corrective measures for sensorineural hearing loss. You can access top-of-the-line treatment and relevant information from hearing centers in your location. Yet, this type of hearing loss is preventable. Know how to protect yourself and your family from this disabling condition.