The other deaf people, those who carried out the task at the same speed as the control subjects, remain anchored to orality and therefore gain more benefit
from cochlear implants.
Not exact matches
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.
People with
cochlear implants can now listen to music straight
from a microchip into their neural system.
A Raleigh family reveals how
cochlear implants and early intervention
from parent educators have helped their daughter flourish at school.
Researchers at MIT's Microsystems Technology Laboratory (MTL), together with physicians
from Harvard Medical School and the Massachusetts Eye and Ear Infirmary (MEEI), have developed a new, low - power signal - processing chip that could lead to a
cochlear implant that requires no external hardware.
«
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.
Below, blue: right occipito - tempora uncoupling after deafness, indicating a good
cochlear implant outcome (adapted
from Strelnikov et al. 2013).
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.
Compared with stimulation
from traditional
cochlear implant electrodes, the light produced more precise neural activity in the brain stem, similar to normal hearing.
The Technion team hopes to deploy Virob into the ears of people suffering
from hearing loss, stimulating nerve cells that lie beyond the reach of
cochlear implants.
Many people with profound hearing loss have been helped by devices called
cochlear implants, but their hearing is still far
from normal.
Nickel — air pollution
from combustion of fossil fuels, batteries, baking powder, coins, cosmetics, dental restorations and orthodontics, electroplating, hydrogenated vegetable oils (shortening, Crisco, fast food, margarine, processed foods, imitation whipped cream, interisterified fats, partially hydrogenated fats), nickel - plated jewelry, nickel - plated machine parts and tools, electroplating, welding, prostheses (like hip, knee,
cochlear and cardiac
implants), spark plugs, stainless steel cookware and utensils, cardiac stents, soil, tobacco smoke, water, rooibos tea and red teas, occupational exposure
Dad spends many hours trying to repair her broken
Cochlear implant by boosting the signal with scavenged radio parts
from the abandoned town.
This category is identified as a hearing impairment (fluctuating or permanent) that is severe enough to impact the process of verbal information (with or without amplification
from hearing aids,
cochlear implants, etc.) and adversely affects — you guessed it — a child's performance.
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).