sensorineural hearing loss
the transduction in hearing takes place at the organ of corti which includes tectorial membrane,sensory cells, basilar membrane and the auditory nerve.
The mechanoreceptors responsible for the sense of hearing are contained in the Organ of Corti. It has 16,000 hearing receptor cells located on the basilar membrane of each inner ear.A movement of the hair cells against tectorial membrane stimulates dendrites that terminate around the base of hair cells and initiates an impulse conduction by the cochlear nerve to the brainstem.Impulses pass through 'relay stations' in the nuclei in medulla, pons, midbrain, and thalamus before reaching the auditory area of temporal lobe of the brain.
Mitosis allows growth and replaces worn out or damaged cells.
stem cells
They are called "sense cells" and communicate information mainly to the brain, but sometimes to the autonomic nervous system. They include cells for seeing (optic), hearing (auditory), taste (gustatory), small (olfactory), and touch (tactile) - tactile cells detect heat, pressure, and injury (pain).
Cochlear implants are used to make hearing possible for those with sensorineural hearing impairment.
yes the auditory receptor cells are located in the anvil
To answer this question, you have to first separate ears from hearing.The anatomical structure of the ear can be damaged by trauma, genetic disordersor malformations, or diseases.Typically, anything that damages the ear can damage hearing. However, other things that can damage hearing without necessarily damaging the anatomy of the ear are ototoxic agents (chemicals that can damage cells of the hearing organs), exposure to very loud noise or infections of the inner ear, or tumors or growths of impacting the central auditory nervous system.
the transduction in hearing takes place at the organ of corti which includes tectorial membrane,sensory cells, basilar membrane and the auditory nerve.
The cochlea is the main hearing-related organ of the inner ear. When it is damaged, permanent hearing loss is the result. Tiny "hair cells" on the cochlea are responsible for sensing specific sounds, and cochlea damage is caused by the bending and/or breaking of these "hair cells."
They are called "sense cells" and communicate information mainly to the brain, but sometimes to the autonomic nervous system. They include cells for seeing (optic), hearing (auditory), taste (gustatory), small (olfactory), and touch (tactile) - tactile cells detect heat, pressure, and injury (pain).
as a multicellular organism develops, its cells as a multicellular organism develops, its cells
the out hair cells (OHC)push against the tectorial membrane in response to efferent innervation from the CNS the seventh cranial nerve it's the inner hair cells (IHC) that provide the sense of hearing afferent innervation to the CNS the eighth cranial nerve
Eardrum, Hammer, Anvil, Stirrup, Cochlea, Hair Cells, Auditory Nerve.
The mechanoreceptors responsible for the sense of hearing are contained in the Organ of Corti. It has 16,000 hearing receptor cells located on the basilar membrane of each inner ear.A movement of the hair cells against tectorial membrane stimulates dendrites that terminate around the base of hair cells and initiates an impulse conduction by the cochlear nerve to the brainstem.Impulses pass through 'relay stations' in the nuclei in medulla, pons, midbrain, and thalamus before reaching the auditory area of temporal lobe of the brain.
Stem cells can repair a damaged heart by turning into new cardiac cells to replace the damaged tissue.
Auditory nerve