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Sensory hair cell regeneration refers to the process by which lost or damaged mechanosensory hair cells in the auditory and vestibular systems are replaced. These cells are essential for hearing and balance. In mammals, especially adult humans, sensory hair cells in the cochlea do not naturally regenerate after damage, leading to permanent hearing loss. Therapeutic strategies aim to induce regeneration through gene therapy or pharmacological approaches targeting key signaling pathways.
Supporting cell mitosis/transdifferentiation into new functional sensory receptor ("hair")
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