Dad spends many hours trying to repair her broken
Cochlear implant by boosting the signal with scavenged radio parts from the abandoned town.
Not exact matches
Standard
cochlear implants function
by stimulating nerves using an electrode placed inside the cochlea, a tiny spiral cavity inside the ear.
The
cochlear implant being developed
by the National Physical Laboratory (NPL) in Teddington, UK, will enable deaf people to hear sounds over a wide range of frequencies.
A
cochlear implant is an electronic device capable of restoring hearing in a profoundly deaf person
by directly stimulating the nerve endings in the inner ear.
The brain circuits used
by such «super-readers», and which are situated in the right hemisphere, are organised differently and thus
cochlear implants give poor results.
This research points to the essential role played
by the interactions between the auditory and visual systems in the success or failure of
cochlear implants.
In addition to her
cochlear implant, she wears a powerful hearing aid in her left ear and uses other technologies when she needs to communicate
by phone.
Though an established and effective treatment for many,
cochlear implants can not currently simulate the precision of sound experienced
by those with a naturally - developed auditory system.
Brain Fitness was developed
by a team of neuroscientists led
by Michael Merzenich, a coinventor of both the
cochlear implant and a highly regarded software package for treating dyslexia in children (see «The Elastic Brain»
by Katherine Ellison in DISCOVER, May 2007).
Like Wi - Fi for hearing aids, the technology uses an inductive loop to transmit sound signals directly into an in - ear hearing aid or
cochlear implant, where it is received
by an inductive device called a telecoil.
Many people with profound hearing loss have been helped
by devices called
cochlear implants, but their hearing is still far from normal.
Presentation # 4aSCb9, «Acoustic characteristics of infant - directed speech to normal hearing and hearing - impaired twins with hearing aids and
cochlear implants: A case study,»
by Maria V. Kondaurova, Tonya R. Bergeson - Dana and Neil A. Wright will be presented during a poster session on Thursday, October 30, 2014.
«But we already have
cochlear implants to replace hair cells, so we decided the first priority was to start
by targeting the neurons.»
It was designed
by an international team of neuroscientists, led
by Michael Merzenich — a professor emeritus in neurophysiology, member of the National Academy of Sciences, co-inventor of the
cochlear implant, and Kavli Prize laureate.
Even more likely to get a nod would be Jessica Chastain, who's terrific here as Shannon's wife, trying to stand
by her man while also wondering how he's going to pay for their deaf daughter's
cochlear implants if this storm never hits.
Instead of learning American Sign Language (ASL), many children who are deaf or hard of hearing are encouraged primarily to use the language of the dominant culture
by learning to read lips and speak or to «fix» their inability to hear
by having a
cochlear implant surgically installed, which provides a sense of sound.
Cochlear implants are highly reliable but must be accompanied
by an intensive auditory rehabilitation component for successful use.
The world's first
cochlear implant was performed
by Professor Graeme Clark in 1978 on Rod Saunders at the Melbourne Royal Victorian Eye and Ear Hospital.