k Human ear anatomy, artwork Human ear anatomy. Cutaway computer artwork showing the structure of the human ear, which consists of the outer ear left, middle ear and inner ear right. The ear drum tympanic membrane, centre separates the inner and middle ear, and transmits sound to the ossicles centre right. This system of tiny bones transmits sound from the airfilled middle ear to the fluid filled cochlea coiled, centre right in the inner ear. The cochlea contains the organ of corti, which contains rows of hair cells topped with stereocilia. These cilia touch the tectorial membrane and detect tiny movements caused by soundinduced pressures in the inner ear fluids, which are translated into nerve impulses that travel to the brain, where they are deciphered as Stock Photo - Afloimages
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Human ear anatomy, artwork Human ear anatomy. Cutaway computer artwork showing the structure of the human ear, which consists of the outer ear  left , middle ear and inner ear  right . The ear drum  tympanic membrane, centre  separates the inner and middle ear, and transmits sound to the ossicles  centre right . This system of tiny bones transmits sound from the air filled middle ear to the fluid filled cochlea  coiled, centre right  in the inner ear. The cochlea contains the organ of corti, which contains rows of hair cells topped with stereocilia. These cilia touch the tectorial membrane and detect tiny movements caused by sound induced pressures in the inner ear fluids, which are translated into nerve impulses that travel to the brain, where they are deciphered as
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Human ear anatomy, artwork

Human ear anatomy. Cutaway computer artwork showing the structure of the human ear, which consists of the outer ear (left), middle ear and inner ear (right). The ear drum (tympanic membrane, centre) separates the inner and middle ear, and transmits sound to the ossicles (centre right). This system of tiny bones transmits sound from the air-filled middle ear to the fluid filled cochlea (coiled, centre right) in the inner ear. The cochlea contains the organ of corti, which contains rows of hair cells topped with stereocilia. These cilia touch the tectorial membrane and detect tiny movements caused by sound-induced pressures in the inner ear fluids, which are translated into nerve impulses that travel to the brain, where they are deciphered as

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