cochlear
US /'kɒklɪr/
・UK /'kɒklɪə/
A1
adj.AdjectiveConcerning the cochlea of the ear
Cochlear implant
Video subtitles
Could Your Brain Be Hacked?
- In fact, hundreds of thousands of people are already taking advantage of this with cochlear implants, a type of hearing aid which mimics sound in the brain through electrical impulses.
In fact, hundreds of thousands of people are already taking advantage of this with cochlear implants, a type of hearing aid which mimics sound in the brain through electrical impulses.
- with cochlear implants.
with cochlear implants.
Homunculus - Crash Course Psychology #6
- and its surrounding fluids get jostled around, causing some of your 16, 000 tiny cochlear hair cells to bend.
and its surrounding fluids get jostled around, causing some of your 16, 000 tiny cochlear hair cells to bend.
- causing some of your 16,000 tiny cochlear hair cells to bend. This motion triggers neighbouring
causing some of your 16,000 tiny cochlear hair cells to bend. This motion triggers neighbouring
Brain-Computer Interface: No Open Brain Surgery Required 🧠
- And there's a history of other implanted devices like cardiac pacemakers and cochlear hearing devices that also have privacy concerns.
And there's a history of other implanted devices like cardiac pacemakers and cochlear hearing devices that also have privacy concerns.
- And there's a history of other implanted devices like cardiac pacemakers and cochlear hearing devices that also have privacy concerns.
And there's a history of other implanted devices like cardiac pacemakers and cochlear hearing devices that also have privacy concerns.
A Quiet Place - Telling a Story with Sound
- So for a film that's so much about sound, we felt it was really important to, right from the beginning sequence, put the audience into her shoes and what it's like to live with a cochlear implant.
So for a film that's so much about sound, we felt it was really important to, right from the beginning sequence, put the audience into her shoes and what it's like to live with a cochlear implant.
- put the audience into her shoes and what it's like to live with a cochlear implant.”
put the audience into her shoes and what it's like to live with a cochlear implant.”
Never Say Never - The Graeme Clark Story
- The development of the bionic ear, or cochlear implant, would not be an easy journey and demanded courage, determination, and
The development of the bionic ear, or cochlear implant, would not be an easy journey and demanded courage, determination, and
- The development of the Bionic Ear or Cochlear Implant would not be an easy journey, and demanded courage,
The development of the Bionic Ear or Cochlear Implant would not be an easy journey, and demanded courage,
Ben Carson - Liberty University Convocation
- into electrical energy which traveled across the cochlear nerve to the cochlear nucleus
into electrical energy which traveled across the cochlear nerve to the cochlear nucleus
- Well, first of all, the sound waves had to leave my lips, travel through the ear, enter your external auditory meatus, travel down to the tympanic membrane, set up a vibratory force, which travel across the ossicles of the middle ear to the oval and round windows, set up a vibratory force in the endolymph, mechanically distort at the microciliary, converting mechanical energy to electrical energy which travel across the cochlear nerve to the cochlear nucleus at the pontomedullary junction, from there to the superior olivary nucleus descending bilaterally up the brainstem through the lateral meniscus to the inferior calyclus and the median geniculate nuclei across the thalamic radiations to the posterior temporal lobes to begin the auditory processing for that through the frontal lobes, coming down the tract of Victor's ureter, retrieving the memory from the immediate hippocampal structure to the mammary bodies back to the frontal lobes to start the motor response at the Betzell level, coming down the corticospinal tract across the internal capsule into the cerebral peduncle, descending down to the cervicomedullary decussation.
Well, first of all, the sound waves had to leave my lips, travel through the ear, enter your external auditory meatus, travel down to the tympanic membrane, set up a vibratory force, which travel across the ossicles of the middle ear to the oval and round windows, set up a vibratory force in the endolymph, mechanically distort at the microciliary, converting mechanical energy to electrical energy which travel across the cochlear nerve to the cochlear nucleus at the pontomedullary junction, from there to the superior olivary nucleus descending bilaterally up the brainstem through the lateral meniscus to the inferior calyclus and the median geniculate nuclei across the thalamic radiations to the posterior temporal lobes to begin the auditory processing for that through the frontal lobes, coming down the tract of Victor's ureter, retrieving the memory from the immediate hippocampal structure to the mammary bodies back to the frontal lobes to start the motor response at the Betzell level, coming down the corticospinal tract across the internal capsule into the cerebral peduncle, descending down to the cervicomedullary decussation.
5 Developmental Windows That Shape Your Life Forever
- Children born deaf who receive a cochlear implant before the age of three tend to develop near typical speech, whereas those who have it implanted after the age of seven often face ongoing difficulties.
Children born deaf who receive a cochlear implant before the age of three tend to develop near typical speech, whereas those who have it implanted after the age of seven often face ongoing difficulties.
- Children born deaf who receive a cochlear implant before the age of 3 tend to develop near-typical speech, whereas those who have it implanted after the age of 7 often face ongoing difficulties.
Children born deaf who receive a cochlear implant before the age of 3 tend to develop near-typical speech, whereas those who have it implanted after the age of 7 often face ongoing difficulties.
Could Someone Hack Your Body?
- They use pacemakers, insulin pumps, contraceptives, devices to monitor health and disease, and cochlear implants for hearing.
They use pacemakers, insulin pumps, contraceptives, devices to monitor health and disease, and cochlear implants for hearing.