Sentences with phrase «cochlear implants in»

As a hearing specialist and surgeon at Johns Hopkins Medical Center, he performs cochlear implants in patients to restore hearing and enable the deaf to appreciate music.

Two years later, she received a second cochlear implant in her other ear.

Not exact matches

Levanway lost most of his hearing when was 4 years old because of an illness, but cochlear implants let him hear close to normally in face - to - face conversations.

Colorado - based Cochlear's processors gather sound from the environment, turning it into an electrical signal and send it to an electrode implanted in the ears of people with hearing loss.

Rachel received her first cochlear implant at just 10 months old at UNC Hospitals in Chapel Hill.

Cochlear implants are being placed in younger and younger infants, with the ideal time being before a year of age.

All the professional rewards Shipsey's cochlear implant has brought can hardly compare with the effect they've had in his personal life.

Using lasers instead of electrodes to vibrate the hairs in the inner ears could lead to less damaging cochlear implants

In 2002, after 12 years of deafness and with some misgivings, Shipsey got a cochlear implant, a device that would bypass damaged tissue, transmitting sound signals directly to his auditory nerve.

«Cochlear implants are great, but your own hearing is better in terms of range of frequencies, nuance for hearing voices, music and background noise, and figuring out which direction a sound is coming from.

We have always augmented ourselves in the face of challenges, creating artefacts from clothing to cellphones to cochlear implants.

«The idea with this design is that you could use a phone, with an adaptor, to charge the cochlear implant, so you don't have to be plugged in,» says Anantha Chandrakasan, the Joseph F. and Nancy P. Keithley Professor of Electrical Engineering and corresponding author on the new paper.

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.

Existing cochlear implants use an external microphone to gather sound, but the new implant would instead use the natural microphone of the middle ear, which is almost always intact in cochlear - implant patients.

Using data from brain imaging techniques that enable visualising the brain's activity, a neuroscientist at the University of Geneva (UNIGE) and a Parisian ENT surgeon have managed to decipher brain reorganisation processes at work when people start to lose their hearing, and thus predict the success or failure of a cochlear implant among people who have become profoundly deaf in their adult life.

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.

Four years ago Cochlear, a firm based in Sydney, Australia, ran trials of a prototype implant in three patients, with mixed results, says Jan Janssen, head of Cochlear's design and development.

Perhaps the most successful bionic device ever, cochlear implants are designed to restore hearing in chronically deaf people.

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 phonIn 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 phonin her left ear and uses other technologies when she needs to communicate by phone.

Raphael says one future possibility would be to use the therapy to improve hearing in people who already wear cochlear implants.

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.

Hearing loss manifests in various forms, most of which can be partially restored through hearing aids and cochlear implants.

Compared with stimulation from traditional cochlear implant electrodes, the light produced more precise neural activity in the brain stem, similar to normal hearing.

In traditional cochlear implants the external microphone picks up sound and transmits it to these neurons via electrodes, but the resolution is very poor.

With a better understanding of how our auditory system functions, cochlear implants, and even our phones, might eventually be able to pick our voices out in a crowd just as well as we can.

In the family, two out of the six children use cochlear implants for their hearing loss.

«Between the time the child hears the word and the time the child clicks on the picture, eye tracking allows us to look at how they are activating information unconsciously,» says Schwartz, who also uses eye tracking to study speech problems in kids with hearing loss who rely on cochlear implants.

SAN DIEGO — Tens upon tens of thousands of people in the U.S. use cochlear implants, a bionic ear - like device that can restore hearing to the profoundly hearing impaired.

At the time, another neural prosthetic was just gaining traction: cochlear implants, which bypass damaged cells in the inner ear to directly stimulate the auditory nerve.

The first generation of cochlear implants emerged in the 1970s.

The technique could one day provide an autonomous power source for brain and cochlear implants, says Tina Stankovic, an auditory neuroscientist at Harvard University Medical School in Boston, Massachusetts.

Already, researchers have developed devices such as deep brain stimulators for treating Parkinson's disease, cochlear implants for restoring minimal hearing in profoundly deaf people, and a computer interface called BrainGate that allows fully paralyzed individuals to accomplish simple tasks via a robotic arm.

Today, Déjà has a cochlear implant that allows her to hear in one ear.

The University of Michigan Cochlear Implant program at C.S. Mott Children's Hospital is one of the largest, most experienced cochlear implant programs in theCochlear Implant program at C.S. Mott Children's Hospital is one of the largest, most experienced cochlear implant programs in thecochlear implant programs in the nation.

Although not involved in research on SSDs, Lomber has studied the visual cortex and currently focuses on how the brain responds when hearing is restored (as in deaf people who receive cochlear implants).

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.

2016 Kelsey DeLaCroix, undergraduate honors thesis, Butler University The relationship between conversational pause duration and vocabulary acquisition in children with cochlear implants

Last fall, he decided to combine his love for baseball, bike riding and helping others in hopes of raising money and awareness for cochlear implants.

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.

«In order to make our method more clinically relevant, we are also validating it in a population of hearing aid users, cochlear implant users, and in multiple age groupIn order to make our method more clinically relevant, we are also validating it in a population of hearing aid users, cochlear implant users, and in multiple age groupin a population of hearing aid users, cochlear implant users, and in multiple age groupin multiple age groups.

Joint Attention and Social Competence in Deaf Children with Cochlear Implants.

(A) Nothing in this part limits the right of an infant or toddler with a disability with a surgically implanted device (e.g., cochlear implant) to receive the early intervention services that are identified in the child's IFSP as being needed to meet the child's developmental outcomes.

The children's age at the time of enrollment in the cochlear implant program ranged from 3 to 35 months, with a mean of 18 months (SD = 10.94).

As a result, we see two types of deaf children being considered for cochlear implant candidacy: (a) young deaf infants and toddlers as part of early intervention plan promoting better language and behavioral development in deaf infants, and (b) older deaf children as the next alternate to other choices that have been attempted and did not satisfy family's expectation.

For instance, most parents in this study frequently met with the cochlear implant program coordinator and health care staff before the deaf child was brought in for the neuropsychological evaluation.

Detailed information regarding the competence or quality of communication exchange between the parents and the deaf child was not commonly documented in reports, particularly in the earlier evaluations that occurred shortly after the establishment of the cochlear implant program within the hospital.

Predicting social functioning in children with a cochlear implant and in normal - hearing children: The role of emotion regulation.