k Illustration of a single sensory hair cell of the organ of Corti, the sense organ of the cochlea in the human inner ear. The organ of Corti consists of rows of special sensory cells that convert sound signals into nerve impulses that are conducted to the brain via the cochlear nerve. The bundle of hairs stereocilia that point upwards from the cell body at top left are in reality in contact with a covering tectorial membrane. Various cell organelles are shown in the cell body numerous nerve processes connect with the base of the cell. Editorial Stock Photo - Afloimages
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Illustration of a single sensory 'hair' cell of the organ of Corti, the sense organ of the cochlea in the human inner ear. The organ of Corti consists of rows of special sensory cells that convert sound signals into nerve impulses that are conducted to the brain via the cochlear nerve. The bundle of hairs (stereocilia) that point upwards from the cell body (at top left) are (in reality) in contact with a covering tectorial membrane. Various cell organelles are shown in the cell body & numerous nerve processes connect with the base of the cell.
ED

Illustration of a single sensory 'hair' cell of the organ of Corti, the sense organ of the cochlea in the human inner ear. The organ of Corti consists of rows of special sensory cells that convert sound signals into nerve impulses that are conducted to the brain via the cochlear nerve. The bundle of hairs (stereocilia) that point upwards from the cell body (at top left) are (in reality) in contact with a covering tectorial membrane. Various cell organelles are shown in the cell body & numerous nerve processes connect with the base of the cell.

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ID
10609620

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License type
Editorial

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Creation date
18-11-2010

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