They need to focus on the sound coming from the second thing you need for this test: a tuning fork. The reason why it has to be a silent room is that other sounds might interfere with the test and affect the hearing and attention of your patient. It doesn’t have to be big! So long as it fits both you and the patient, it should work. The first one is a silent room to serve as the venue of the test. This test should only be conducted by audiologists and ENTs (Ear, Nose, and Throat doctors) since they are knowledgeable about the ear’s anatomy and know how to properly conduct this test and interpret the findings.īefore you conduct the Rinne Test, there are two essential things tat you need to prepare. This means the affected ear has a problem with the inner ear or auditory nerve. On the other hand, if the air conduction is greater than the bone conduction, but the sounds for both are depreciated, the hearing loss is sensorineural. This means that the sound is heard in the affected ear, which indicates a problem related to the outer and/or middle ear. This test assesses the type of hearing loss patients have by checking whether the air conduction of the fork is greater than the bone conduction and vice-versa! A sign of conductive hearing loss is that the bone conduction of the test is greater than the air conduction. It is one of the most reliable otological assessments and is one of the two remaining tuning fork hearing assessments still being used today, the other being the Weber Test. This test was designed to gauge a patient’s hearing loss using a tuning fork to see if the hearing loss is conductive or sensorineural. The Rinne Test is an otological clinical assessment developed by and named after Heinrich Adolph Rinne over a century ago.
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