Cochlear implants
A cochlear implant is an electronic device that helps people who are deaf or who have severe hearing loss to perceive sound.
What is a cochlear implant?
A cochlear implant is an electronic device that helps people who are deaf or who have severe hearing loss to perceive sound.
The device is made up of an external part, which picks up sounds and converts them into electrical signals, and an internal part, which converts these signals into electrical currents that stimulate the auditory nerve. When the auditory nerve is stimulated, it sends signals to the brain, which are perceived as sounds.
A cochlear implant is different from a hearing aid, as it does not require the inner ear to work effectively. Cochlear implants are recommended for people who are either deaf or who have severe hearing loss.
Your ear consists of three parts: the outer ear, the middle ear, and the inner ear. The inner ear contains the cochlea, which is a small, spiral-shaped structure filled with fluid. When sound waves travel to the inner ear and cause it to vibrate, the movement of the fluid causes hair cells (which line the cochlea) to produce electrical impulses. These impulses are carried to the brain via the auditory nerve, where they are interpreted as sound.??
Most hearing loss occurs due to defective hair cells. Sound waves will travel through the ear as usual, but the hair cells fail to produce electrical impulses – meaning that no impulses are sent to the brain. People with mild hearing loss often benefit from hearing aids, which amplify sound waves so that the hair cells can produce impulses again.???
People who are deaf, who have profound hearing loss, or who have not had success with hearing aids may be recommended a cochlear implant, which is an electronic device that is surgically implanted into the ear.??
There are two parts to a cochlear implant: external and internal. The external part of the cochlear implant is small disc-shaped device worn on the head. Its main purpose is to pick up sounds and convert them into electrical signals – this is why you may also hear it referred to as a ‘sound processor’.??
The internal part of the implant, located under the scalp, receives these electrical signals via an antenna. It then converts these signals into electrical currents, which is passed down an electrode in the cochlea to stimulate the auditory nerve. The auditory nerve sends signals to the brain, which are interpreted as sound.??
Cochlear implants are best suited for people who are deaf or have severe hearing loss due to inner ear damage.?People who have not had success with hearing aids may also wish to consider a cochlear implant.?
In children with severe hearing loss, bilateral implants are recommended to better support their hearing and speech development. Adults are not routinely offered bilateral implants, but they can be very beneficial – so many patients will opt for private care to access them.?
Patients with single-sided deafness (unilateral hearing loss) can also benefit from a cochlear implant.?
Before undergoing any surgery, you will have an assessment to determine your level of hearing loss and suitability for treatment. This includes hearing tests (audiometry), speech tests, balance tests, and videonystagmography (a test that evaluates your eye movements).
Adult patients will usually have a cochlear implant fitted into just one ear (unilateral). If hearing worsens with age, then a second device can be implanted into the remaining ear (bilateral). Children with severe hearing loss will often have bilateral implants to better support their hearing and speech development.
You will be placed under general anaesthetic for the procedure. Typically, the operation takes around two hours.
Your surgeon will open a small hole behind your ear, in a portion of the skull known as the mastoid. This hole allows them to reach the cochlea so that the electrodes can be placed. After placing the electrodes, an internal processor is installed between the muscle and bone behind the ear, before the incision is closed with dissolvable stitches.
Once you have healed from your procedure, you will start to attend appointments with an audiologist so that they can begin a process called ‘mapping’. Mapping is when an audiologist programs your implant by adjusting the electrodes to optimise the way in which you receive sounds.
Self-pay packages
If you wish to self-pay for your treatment, we offer a range of package options, including:
- Fixed price packages that group everything you may need for treatment into one clear price, including pre-admission tests, the procedure, professional fees, post-op outpatient care, and any other consultant-recommended services.
If you would like to enquire about a self-pay package, please call our dedicated team on +44 (0)20 7244 4886.
Included: ?
- pre-assessment outpatient pathology tests ?
- pure tone audiometry?
- speech testing (AB words) with optimised hearing aids ?
- R/L ear – sound field?
- caloric balance test?
- videonystagmography?
- MDT consultant fee?
Excluded:?
- any additional consultant fees (charged directly)?
- outpatient tests?
- diagnostic tests, including MRI, CT, audiology, radiology, and pathology?
- take-home medication and supplies, unless otherwise stated above?
- personal expenses – telephone calls, catering, ambulances, etc.?
If resistant organism screen (MDR) is required, there will be an additional charge.?
Included:
- surgeon and anaesthetist professional fees
- pre-admission outpatient tests, which includes standard pathology
- recovery and accommodation, which includes up to a one-night stay in a private room
- ward medications, dressings, and nursing consumables
- theatre procedure, including anaesthetic drugs and theatre consumables
- intra-operative testing
- cochlear implant internal device only and surgical kit
- standard post-op medication issued and used during the inpatient stay
- discharge medication pertaining to the condition being treated by this package (up to ?50)
- all patient meals and non-alcoholic beverages (light meals for daycases)
Excluded:
- additional consultation, follow-up, and complications fees
- post-op appointment treatment, including mapping
- additional external device costs
- diagnostic tests, including ultrasound, MRI, CT, PET, and nuclear medicine scans, unless stated above
- prosthesis – theatre back-up implant, implants, grafts, mesh, etc.
- additional procedures
- prosthesis for additional procedures
- additional pathology and supplies not pertaining to the condition being treated by the package
- blood transfusion if required – cross-matching, platelets, fresh frozen plasma, and other blood products
- histology tests (analysis of specimen, if taken)
- neurophysiology, audiology, occupational therapy, and speech therapy
- take-out supplies
- companion beds and catering for relatives/visitors
- personal expenses – telephone calls, additional catering, ambulances, etc.
- re-admission for return to theatres
There will be an additional charge if:
- additional mapping sessions are required
- resistant organism screen (MDR) is required
- microbiologist services are required
- high dependency or intensive care accommodation is required
Included:?
- consultation fee?
- external processor device?
- rehabilitation auditory training – three sessions between months 1 and 6?
- seven mapping sessions, including setting the programme for external processor and monitoring progress?
Excluded:?
- any additional consultant fees (charged directly)?
- outpatient tests?
- diagnostic tests, including MRI, CT, audiology, radiology, and pathology?
- take-home medication and supplies, unless otherwise stated above?
- personal expenses – telephone calls, catering, ambulances, etc.?
If resistant organism screen (MDR) is required, there will be an additional charge.?
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