The cochlea converts vibrations into electrical sounds
the loud sound damages to the hearings cells of the ear
You hair is attached to your hair by roots on your head. These are called Hair root cells. They grow from your head at a young age and continue to grow all your life.
There are three semi circular tubes located in the inner ear. These canals are filled with a fluid and the inside surfaces are covered in fine hair cells to detect fluid flow. The three canals are arranged at right angles(90 degrees) to each other in a similar way that you can point in three different directions using your thumb,index and second finger. As the gymnast balances on the bar this feedback mechanism tells the brain to move muscles to correct the balance. That is, the liquid within the canals flows over the hair cells and transmit this information to the brain which interprets the three dimensional movement. Inflammation of the inner ear can cause vertigo and motion sickness. (see Menieres disease)
There are three components of ear: The outer ear The middle ear The inner ear
hair cells are specialized cells found in the ear
Hair cells
Mechanoreceptors
Mechanoreceptor
Mechanoreceptor
Mechanoreceptor
Inner ear
Two possible reasons: (1) the infection killed hair cells or otherwise damaged the ear, (2) most antibiotics which are used to treat ear infections also kill hair cells. OK, now it is less prevalent than before. BTW, hair cells help transduce sound to neural signals.
In a part of the inner ear called the cochlea (snail-like).
The inner ear is made up of multiple parts to amplify sound and to determine sound frequencies. The Cochlea is a spiral shaped portion of the inner ear which contains tiny "hair cells" which are the actual sensory receptors. Repeated loud noises can actually damage or destroy these hair cells causing permanent hearing loss.The ear also is used for balance, using a portion of the ear called the vestibule or vestibular system. This also has hair cells for sensory receptors that are triggered by motion.
The hair cells in the anterior semicircular canal
It injures the hair cells in your inner ear that do the sensing of sound.