k Organ of Corti, SEM Coloured scanning electron micrograph SEM of the organ of Corti in the cochlear of the inner ear. Each Vshaped arrangement of outer hairs stereocilia, white lies on the top of a single cell. The hairs are surrounded by endolymph fluid. As sound enters the ear, it causes waves to form in the endolymph, which in turn causes these hairs to move. Outer hair cells amplify the vibrations, which are then picked up by inner hair cells row of white hair cells in background that transmit the signal to auditory nerve fibres. This amplification enhances the sensitivity and dynamic range of hearing. Magnification x2,500 when printed at 15cm wide. Stock Photo - Afloimages
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Organ of Corti, SEM Coloured scanning electron micrograph  SEM  of the organ of Corti in the cochlear of the inner ear. Each V shaped arrangement of outer hairs  stereocilia, white  lies on the top of a single cell. The hairs are surrounded by endolymph fluid. As sound enters the ear, it causes waves to form in the endolymph, which in turn causes these hairs to move. Outer hair cells amplify the vibrations, which are then picked up by inner hair cells  row of white hair cells in background  that transmit the signal to auditory nerve fibres. This amplification enhances the sensitivity and dynamic range of hearing. Magnification: x2,500 when printed at 15cm wide.
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Organ of Corti, SEM

Coloured scanning electron micrograph (SEM) of the organ of Corti in the cochlear of the inner ear. Each V-shaped arrangement of outer hairs (stereocilia, white) lies on the top of a single cell. The hairs are surrounded by endolymph fluid. As sound enters the ear, it causes waves to form in the endolymph, which in turn causes these hairs to move. Outer hair cells amplify the vibrations, which are then picked up by inner hair cells (row of white hair cells in background) that transmit the signal to auditory nerve fibres. This amplification enhances the sensitivity and dynamic range of hearing. Magnification: x2,500 when printed at 15cm wide.

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