Conductive Hearing Loss Audiogram

BaxterHearing 4 months ago 0 2

If you suspect you might be suffering from conductive hearing loss, you should visit a doctor right away. There are some treatments available for this condition, including the removal of the physical obstruction that is causing the problem. However, if you are unsure whether you have a condition, it is best to undergo a conductive hearing loss audiogram to confirm your diagnosis. Read on for more information! Here are some of the symptoms and treatments of this condition.


Some of the symptoms of conductive hearing loss include pain, muffled sound, and an earplug-like sensation. It can be caused by a congenital deformity, an excess buildup of fluid, or a tumor in the ear. Symptoms of conductive hearing loss can be subtle at first, making it harder to detect than sensorineural hearing loss. Symptoms of conductive hearing loss may not be obvious until it affects one or both ears.

A doctor may suspect a blockage in the ear as a cause for conductive hearing loss and recommend an MRI or CT scan. MRI scans use magnetic fields and radio waves to visualize the middle ear and acoustic nerve. If the blockage is a foreign object or a blockage, it can cause damage to the ear canal and can lead to permanent hearing loss. To avoid damaging the eardrum, never attempt to remove the blockage yourself.

Other causes of conductive hearing loss may include swimmer's ear, earwax buildup, and eustachian tube problems. In some cases, ear infections can lead to fluid buildup in the middle ear and a burst eardrum. Some individuals experience a hardened eardrum called Tympanosclerosis, which is a condition of the ear.

Fortunately, conductive hearing loss is treatable. Most conductive hearing loss symptoms can be resolved without invasive surgery. ENT doctors and hearing professionals can examine your ears to determine the extent of your loss and which frequencies are affected. If the blockage is severe enough, surgery may be necessary to remove it. For some individuals, however, the condition may be temporary and will clear up on its own. Fortunately, the symptoms of conductive hearing loss are often manageable with a combination of medications, surgery, or assistive devices.

Treatment options

Treatment options for conductive hearing loss often involve medical intervention, including antibiotics and antifungal medications. If medical treatment does not resolve the underlying issue, your hearing healthcare professional may investigate surgical treatments, such as a cochlear implant, to restore the conductance of the eardrum. In addition to these traditional methods, your healthcare provider may also consider other options for treatment, such as an implantable hearing device.

Another cause of conductive hearing loss is a malformation in the glomus, bony tissue growth on the outside of the ear. The malformation narrows the external auditory canal, making hearing impossible. Patients with glomus tumors typically experience pulsatile tinnitus and loss of hearing. A computed tomography (CT) scan of the temporal bones can help diagnose this condition. Other causes of conductive hearing loss include head trauma, genetic mutations, and some drugs.

Other treatment options for conductive hearing loss include antibiotics, a cochlear implant, or a combination of treatments. Sometimes, conductive hearing loss is caused by a medical problem, such as an ear infection or inflammation. Medications for this condition may also help. The most common surgical treatment for conductive hearing loss is surgery. A cochlear implant works by converting sound vibrations into electrical signals that the brain interprets as speech.

Auditory training, which involves relearning the brain's ability to process sound, may be necessary for some patients. Occupational therapy, speech therapist, and earwax removal are two options for treatment. Occupational therapy can help those with severe loss of hearing, and audio therapy and lip reading are effective ways to help a patient overcome social isolation and improve communication. However, if a patient has a severe hearing loss, it may be necessary to undergo surgical treatment to open the auditory tube.

Another option for treating conductive hearing loss is a bone conduction implant. These devices transmit sound waves to the cochlea via the skull, allowing the user to hear speech and hear sounds. They are made of titanium and are surgically implanted into the bone behind the non-functioning ear. A small sound processor is connected to the implant, which is controlled by a magnet or stem protruding from the skull.


Causes of conductive hearing loss can be caused by a variety of medical conditions. Some can be detected through examination, and some can be more serious. A CT scan can help identify foreign bodies and pinpoint their location, and a specific MRI can detect cholesteatoma. A cure for this condition depends on the underlying cause. Treatment options may include surgery or pharmaceutical therapy. Supportive care is also available. A medical team will monitor your progress and work with you to find the best course of action.

Common causes of conductive hearing loss include ear infections, malformations of the ear, and damage to the middle and outer ear. The most common causes of conductive hearing loss are an infection in the middle or outer ear, complete blockage of the earwax canal, cholesteatoma, or otosclerosis, which affects the eardrum and immobilizes the stapes. Other causes include trauma or congenital malformations of the middle and outer ear. Another cause of conductive hearing loss is a tumor in the glomus body.

In most cases, conductive hearing loss is transient, or short-lived. The frequency and duration of the hearing loss will depend on the underlying cause. Common causes include malformations of the inner ear or fluid within the middle ear and the presence of an enlarged vestibular aqueduct. Surgical treatments are available to treat otosclerosis and related disorders. It's crucial to seek the advice of a hearing professional if you're concerned that you may have conductive hearing loss.

The Rinne test is another way to identify conductive hearing loss. A 256 Hz tuning fork is placed near the mastoid bone adjacent to the ear canal, and the patient is asked to answer whether the fork is louder near the mastoid processor on the bone behind the ear. If the fork is louder next to the ear canal, it means the sound is coming from the bone. Luckily, conductive hearing loss can be corrected through medical intervention.

To detect the cause of conductive hearing loss, a patient must undergo a detailed history and physical examination. The doctor must also use an otoscope to evaluate the external auditory canal and evaluate for abnormalities of the skin in the canal. A hearing test should also determine the mobility of the tympanic membrane. If the tympanic membrane is not mobile, it should be removed and evaluated with a pneumatic bulb.


Conductive hearing loss is caused by a breakdown in the way sound waves travel through the outer ear. The outer ear is composed of a number of different bones and structures, including the eardrum and Eustachian tube. These bones and structures are responsible for carrying sound from the outer ear to the middle ear and skull. While these structures may not directly contribute to hearing loss, they are a significant cause of impaired hearing.

Diagnosis of conductive hearing loss is usually made through a series of diagnostic tests. Speech testing should be done using standardized word lists and a speech reception threshold (the level at which 50 percent of presented words are understood). A speech recognition score is the percentage of words that can be understood at a noise level of 40 dB or more. Some types of foreign bodies may also cause conductive hearing loss. Removal of these objects may be done using a curette or irrigation. However, an operating room visit may be necessary.

A physician must diagnose the underlying cause of conductive hearing loss before recommending a treatment plan. Common causes of conductive hearing loss include otitis media with effusion, which can be acute or chronic. Chronic otitis media may cause an accumulation of cholesteatoma or granulation tissue that interferes with sound transmission through the oval window. Other causes include ossicular erosion, tympanosclerosis, and hemotympanum.

Treatment of conductive hearing loss may involve the removal of the offending obstruction or excessive earwax. Surgical methods involve opening and repair of the middle ear with direct vision. For those with otosclerosis, an endoscopic approach to the inner ear is an option. Endoscopy requires adequate exposure to the inner ear. There are several other types of treatment for conductive hearing loss.

The diagnosis of conductive hearing loss begins with a thorough history and physical examination. The physician will ask pertinent questions and assess the patient's audible and periauricular tissues. The doctor will also use an otoscope to inspect the external auditory canal. During this examination, the physician should note the presence of abnormalities in the canal skin. Finally, the physician should assess the mobility of the tympanic membrane and a pneumatic bulb.

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