Text Resize + -

Translate  

Tinnitus Tunes

Your Tinnitus Content Resource Centre

Become a Member

download a free tinnitus factsheet

Member Log-In

Free Tinnitus Information

In addition to the information provided below, we maintain an archive of articles we have published on the Tinnitus Tunes website. Some articles are restricted to our members, but many are open to everyone.

Please use this link to access the archive of free tinnitus articles

What does tinnitus sound like?

In over 90% of cases you are the only person that can hear your tinnitus sounds, so often friends or family struggle to understand what it sounds like. We have given a link to a You Tube video clip from the people at Tinnitus Talk that gives some examples of what tinnitus sounds like.

How we hear

  1. Sound travels down the ear canal in the form of an invisible wave that vibrates the eardrum.
  2. The eardrum vibrations are transferred to 3 tiny bones (the Malleus, Incus and Staples shown in image below) in the middle ear, which in turn transfer vibrations to the inner ear.
  3. Vibrations at the opening to the cochlea create a small wave within the fluid filled cochlea.

 Ear diagram

4. The wave causes sensory cells (hair cells) immersed in the fluid to move. Movement of stimulated cells in a particular direction result in tiny electrical impulses to be passed along the auditory nerve fibres to the brain. There are two types of hair cells that work together to detect sound. The outer hair cells act like little motors amplifying the signal. The inner hair cells then provide the major input to the auditory nerve.

What can go wrong?

Changes in the activity in the auditory nerve caused by damage to the sensory cells (the hair cells), or damage to the nerves themselves are thought to be the trigger for most types of tinnitus.

5. As the nerve signal travels through the brain stem towards the brain it is detected based on pattern recognition. These patterns of activity are matched with patterns already in our hearing memory. In tinnitus prediction errors may occur where established patterns of activity are not matched with the changed activity from the ear. The brain fails to cancel this noise.

6. Following detection; perception and evaluation of the sound occurs in the hearing part of the brain (auditory cortex). On hearing tinnitus our "perception and "reaction" governs how much of a problem the tinnitus is.

Annoying tinnitus is often caused by complex interactions in the brain and information going up and down the auditory pathways from the ear.

 Brain image

 Brain and how we hear

In This Category

Recently updated or new articles

  Hyperacusis