Linked from

The 19 pages that link to Hair cell, each with the reason it gives.

• Lateral lineBroader topic: Water-driven deflection of hair bundles initiates lateral-line signaling.

• Vestibular systemRelated: Hair cells transduce motion of inner-ear structures into nerve activity.

• Sensory neuronCompared with: Unlike a primary sensory neuron, a hair cell is a separate receptor that synaptically activates afferent neurons.

• MechanoreceptionBroader topic: Deflection of its stereocilia initiates signals for hearing and balance.

• CochleaBroader topic: Cochlear hair cells transduce vibration into signals that can activate auditory neurons.

• Cochlear implantRelated: Cochlear implants compensate for hair cells that cannot provide adequate stimulation.

• MechanoreceptorBroader topic: Hair cells detect sound vibrations and head movements in the inner ear.

• Sensorineural hearing lossBroader topic: Damage to cochlear hair cells is a leading cause of permanent hearing loss.

• TinnitusBroader topic: Hair-cell injury is one route by which hearing damage can contribute to tinnitus.

• Noise-induced hearing lossBroader topic: Damage to cochlear hair cells is a major source of permanent hearing loss.

• OtotoxicityBroader topic: Ototoxic drugs often injure these cells, which generally do not regenerate in humans.

• Auditory nerveRelated: Hair cells drive the signals transmitted by auditory nerve fibers.

• Auditory systemBroader topic: These cells transduce cochlear motion into signals sent along the auditory nerve.

• TonotopyRelated: Hair cells at different cochlear positions signal the local frequency response.

• PresbycusisNarrower topic: Cochlear hair cells are the sound-detecting units whose age-related loss can reduce hearing sensitivity.

• Acoustic traumaBroader topic: Excessive sound can damage or destroy these cells, which do not regenerate in humans.

• Inner earBroader topic: Hair cells transduce fluid-driven movement in both cochlear and vestibular organs.

• EarBroader topic: Hair cells in the cochlea and vestibular organs transduce movement into neural signals.

• Usher syndromeBroader topic: Variants in several Usher genes disrupt hair cells, producing hearing loss and sometimes vestibular dysfunction.