Hair cell refers to type of sensory receptor shaped like a hair; receptor cells within the cochlea that transduce vibrations into nerve impulses. Hair cells are neuron in the cochlea that contains small hairs, or cilia , that are displaced by vibration of the basilar membrane and fluids inside the inner ear . Auditory receptors are Hair cells. There are two kinds of Hair cells: inner and outer.

Related Articles

Cochlea at psychology-glossary.com■■■■■■■■■■
Cochlea is the structure in the inner ear containing auditory receptors . It is the snail-shaped, liquid-filled . . . Read More
Auditory hair cell at psychology-glossary.com■■■■■■■
Auditory hair cell refers to the sensory neuron of the auditory system; located on the basilar membrane . . . Read More
Cochlear implant at psychology-glossary.com■■■■■■
Cochlear implant refers to a device in which electrodes are inserted into the Cochlea to create hearing . . . Read More
Organ of Corti at psychology-glossary.com■■■■■■
Organ of Corti is the center part of the cochlea, containing hair cells, canals, and membranes. It is . . . Read More
Dendrite at psychology-glossary.com■■■■■
Dendrite is defined as branching fiber that emanates from a neuron, growing narrower as it extends from . . . Read More
Neurotransmitter at psychology-glossary.com■■■■■
Neurotransmitter refers to a chemical in the brain that transmits nerve impulses; - -  ; - Other /More . . . Read More
Bipolar cells at psychology-glossary.com■■■■■
Bipolar cells are nerve cells in the visual system that combine impulses from many receptors and transmit . . . Read More
Nerve deafness (Inner-ear deafness) at psychology-glossary.com■■■■■
- Nerve deafness: Nerve deafness (Inner-ear deafness) is defined as hearing loss that results from damage . . . Read More
Cochlear amplifier at psychology-glossary.com■■■■■
Cochlear amplifier is how movement of the outer hair cells in response to sound increases basilar membrane . . . Read More
Motile response at psychology-glossary.com■■■■■
Motile response refers to response to sound of the outer hair cells in which these cells move. The cells . . . Read More