Examples of using Auditory nerve in English and their translations into Hebrew
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Colloquial
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Ecclesiastic
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Computer
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Programming
Sure sounds like a tumor pressing on the auditory nerve.
Her hearing was intact-- the auditory nerves were apparently not injured.
I don't knowwhy people think alcohol affects auditory nerves.
The device works by electrically stimulating the auditory nerve to receive sound signals that pass from an external microphone into the ear.
Fine hair cells in the inner ear become damaged andaffect the transmission of signals to the auditory nerves.
The opening in the skull where the auditory nerves feed into the brain.
You're gonna hear a series of clicks and hisses.Sensors measure electronic activity To your auditory nerve.
Finally, neural hearing loss occurs when the auditory nerve cannot send signals to the brain.
It is permanent and caused either by damage totiny hair-like cells in the inner ear or to the auditory nerve.
Indeed research in America on animals has shown that severing the auditory nerve dos not stop the symptoms of Tinnitus.
That area, the dorsal cochlea nucleus,is the first station for signals traveling into the brain from the ear, via the auditory nerve.
This movement triggers a signal that travels through the hair cell, into the auditory nerve, then onward to the brain, which interprets it as a specific sound.
Cochlear implants can stimulate the auditory nerve directly to restore some hearing, but the sound quality isn't that of a normal hearing ear, suggesting that deafness cannot be fully overcome by medical devices.
I'm checking to see if there'sbeen any damage to the auditory nerves-- nothing so far.
Sound waves are transmitted normally through the ear, however, the auditory nerve may not be able to send the electrical impulses to the brain, or the hearing centres of the brain may not receive the signals correctly.
One of the most widespread causes oftinnitus appear when microscopic endings of the auditory nerve in the inner ear are damaged.
Hearing loss sensorineural that occurs when the auditory nerve is damaged by age, noise, diseases, injuries, infections, among other causes usually can not be reversed since the cells of the inner ear are not regenerated over time.
Despite this, no differences were found between the groups in theresults of the test that examined the electrical activity in the auditory nerve and brainstem as a response to auditory stimulation.
Improper use of any computer or portable device can cause a not desired effect for those who wear it, however there is scientific evidence that causes more damage to the ear listening through headphones for inclusion than of another type ofdevice since the sound of music comes without barriers to the auditory nerve.
Somehow in tickling our eardrum that transmits energy down our hearing bones, which get converted to a fluid impulse inside the cochlea andthen somehow converted into an electrical signal in our auditory nerves that somehow wind up in our brains as a perception of a song or a beautiful piece of music.
According to an IARC assessment from 2011, there is limited evidence supporting an increased risk of developing malignant brain tumors(glioma)and benign tumors of the auditory nerve(acoustic neuroma) among cell phones users.
So just the same way that we were able to jump over the damaged circuitry in the retina to get to the retina's output cells,we can jump over the damaged circuitry in the cochlea to get the auditory nerve, or jump over damaged areas in the cortex, in the motor cortex, to bridge the gap produced by a stroke.
If basic neuroscience was taught in schools, and the general public understood the sensory inputs to the brain, theywould be less taken in by products that promise to'stimulate your auditory nerve*' or'stimulate both brain hemispheres**'.
The researchers assessed participants' hearing acuity using a hearing test that evaluates hearing of various tones(pure tone audiometry),and an electrophysiological hearing test that evaluates electrical activity in the auditory nerve and the brainstem as a response to auditory stimulation(brain stem evoked response audiometry).
Essentially, what you are doing is receiving the same type of auditory information that you receive from your ear, except that you are using a new auditory pathway- through your tooth,through your cranial bones- to that auditory nerve,” said Peter Hadrovic, CEO of Sonitus Technologies.
The eighth cranial nerve is also called the auditory vestibular nerve because it plays a role in our sense of balance.