Niedosłuch odbiorczy (głęboki)
Leczenie

Niedosłuch odbiorczy, zwłaszcza w stopniu głębokim, stanowi istotne wyzwanie kliniczne wymagające zindywidualizowanego podejścia terapeutycznego. W przypadku ubytków słuchu od łagodnego do umiarkowanego stosuje się konwencjonalne aparaty słuchowe, które wzmacniają dźwięki za pomocą mikrofonu, wzmacniacza i głośnika, dostosowując się do specyficznego wzorca ubytku słuchu. Dla pacjentów z głębokim niedosłuchem odbiorczym, nieodpowiadającym na aparaty słuchowe, implanty ślimakowe stanowią zaawansowaną metodę leczenia. Implanty te bezpośrednio stymulują nerw słuchowy, omijając uszkodzone struktury ucha wewnętrznego, a ich system składa się z części wewnętrznej (odbiornik i elektrody w ślimaku) oraz zewnętrznej (procesor dźwięku). Kwalifikacja do implantacji obejmuje badania audiologiczne, obrazowe (CT/MRI), ocenę medyczną i psychologiczną. Zabieg trwa około 1,5-3 godzin, a aktywacja implantu następuje po 2-4 tygodniach, po czym konieczna jest intensywna rehabilitacja słuchowa i mowy, zwłaszcza u dzieci, aby mózg mógł nauczyć się interpretować nowe sygnały dźwiękowe.

  1. Niedosłuch odbiorczy (głęboki) – Leczenie, terapia
    1. Aparaty słuchowe jako podstawowa forma terapii
    2. Implanty ślimakowe w leczeniu głębokiego niedosłuchu
    3. Procedura implantacji ślimakowej
    4. Rehabilitacja słuchowa po implantacji
    5. Efekty i korzyści z implantów ślimakowych
    6. Inne implanty słuchowe
    7. Łączenie technologii słuchowych
    8. Powikłania i ryzyko związane z implantacją
    9. Finansowanie i dostępność leczenia
    10. Nowe kierunki w leczeniu niedosłuchu odbiorczego
  2. Podsumowanie leczenia niedosłuchu odbiorczego
    1. Kolejne rozdziały

Niedosłuch odbiorczy (głęboki) – Leczenie, terapia

Niedosłuch odbiorczy (głęboki) jest poważnym problemem zdrowotnym, dotykającym miliony osób na całym świecie. W zależności od stopnia i charakteru ubytku słuchu, dostępne są różne metody leczenia, które mogą pomóc pacjentom odzyskać zdolność słyszenia i poprawić jakość życia. Obecne podejście terapeutyczne obejmuje zarówno konwencjonalne aparaty słuchowe, jak również bardziej zaawansowane rozwiązania, takie jak implanty ślimakowe i inne implanty słuchowe.12

Aparaty słuchowe jako podstawowa forma terapii

Aparaty słuchowe są najczęściej stosowanym rozwiązaniem w przypadku niedosłuchu odbiorczego o nasileniu od łagodnego do umiarkowanego. Urządzenia te nie przywracają normalnego słyszenia, ale wzmacniają dźwięki, aby można je było lepiej odbierać przez uszkodzone ucho.12

Współczesne aparaty słuchowe składają się z kilku kluczowych elementów:

  • Mikrofonu, który wychwytuje dźwięki z otoczenia
  • Wzmacniacza, który zwiększa głośność dźwięku
  • Głośnika, który przesyła wzmocniony dźwięk do ucha
  • Baterii, która zasila elektroniczne części urządzenia
  • W niektórych modelach – regulatora głośności umożliwiającego dostosowanie intensywności dźwięku1

Istnieje kilka typów aparatów słuchowych, dostosowanych do różnych potrzeb pacjentów:

  • Aparaty zauszne (BTE) – noszone za uchem
  • Aparaty wewnątrzuszne (ITE) – umieszczane w małżowinie usznej
  • Aparaty wewnątrzkanałowe (ITC) – umieszczane częściowo w kanale słuchowym
  • Aparaty całkowicie wewnątrzkanałowe (CIC) – umieszczane głęboko w kanale słuchowym, praktycznie niewidoczne
  • Aparaty o otwartym dopasowaniu – kombinacja aparatu zausznego z małym przewodem prowadzącym do kanału słuchowego2

Dobór aparatu słuchowego powinien być zawsze dokonywany przez wykwalifikowanego audiologa, który przeprowadzi dokładne badanie słuchu i dostosuje urządzenie do indywidualnych potrzeb pacjenta. Nowoczesne aparaty słuchowe, dzięki technologii cyfrowej, mogą być precyzyjnie dostrojone do specyficznego wzorca ubytku słuchu.12

Implanty ślimakowe w leczeniu głębokiego niedosłuchu

Implanty ślimakowe stanowią zaawansowaną opcję terapeutyczną dla osób z głębokim niedosłuchem odbiorczym, które nie odnoszą wystarczających korzyści z konwencjonalnych aparatów słuchowych. W przeciwieństwie do aparatów słuchowych, które jedynie wzmacniają dźwięk, implanty ślimakowe bezpośrednio stymulują nerw słuchowy, omijając uszkodzone obszary ucha wewnętrznego.12

System implantu ślimakowego składa się z dwóch głównych części:

  • Część wewnętrzna – chirurgicznie implantowana pod skórą za uchem, zawierająca odbiornik i elektrody umieszczone w ślimaku
  • Część zewnętrzna – procesor dźwięku noszony za uchem, wyposażony w mikrofon i nadajnik12

Implant ślimakowy działa w następujący sposób:

  1. Mikrofon wychwytuje dźwięki z otoczenia
  2. Procesor dźwięku konwertuje dźwięki na sygnały cyfrowe
  3. Sygnały są przesyłane do wewnętrznego odbiornika/stymulatora
  4. Odbiornik zamienia sygnały na impulsy elektryczne
  5. Elektrody umieszczone w ślimaku stymulują nerw słuchowy
  6. Nerw słuchowy przesyła impulsy do mózgu, który interpretuje je jako dźwięki12

Kandydatami do implantacji ślimakowej są osoby z ciężkim lub głębokim niedosłuchem odbiorczym, które spełniają określone kryteria:

  • Głęboki niedosłuch odbiorczy w jednym lub obu uszach
  • Ograniczone lub żadne korzyści z odpowiednio dobranych aparatów słuchowych
  • Brak medycznych przeciwwskazań do zabiegu chirurgicznego
  • Realistyczne oczekiwania co do wyników implantacji
  • Motywacja do uczestnictwa w rehabilitacji słuchowej po implantacji12

Procedura implantacji ślimakowej

Proces kwalifikacji do implantu ślimakowego składa się z kilku etapów:

  1. Badanie audiologiczne – ocena progu słyszenia i rozumienia mowy z aparatami słuchowymi
  2. Ocena medyczna – badanie wykonywane przez otolaryngologa lub otochirurga
  3. Badania obrazowe – tomografia komputerowa (CT) lub rezonans magnetyczny (MRI) ucha wewnętrznego
  4. Ocena psychologiczna – określenie gotowości i motywacji pacjenta
  5. Konsultacja z zespołem implantacyjnym – omówienie oczekiwań, korzyści i ryzyka12

Zabieg implantacji ślimakowej przeprowadzany jest w znieczuleniu ogólnym i trwa około 1,5-3 godzin. Procedura obejmuje:

  1. Wykonanie nacięcia za uchem
  2. Utworzenie dostępu do ucha wewnętrznego
  3. Umieszczenie elektrody w ślimaku
  4. Implantację odbiornika pod skórą za uchem
  5. Zamknięcie rany operacyjnej12

Po zabiegu pacjent zwykle pozostaje w szpitalu przez krótki czas (często jest to procedura jednodniowa) i otrzymuje antybiotyki oraz leki przeciwbólowe. Aktywacja implantu (podłączenie części zewnętrznej i pierwsze ustawienia procesora dźwięku) następuje zwykle 2-4 tygodnie po operacji.12

Rehabilitacja słuchowa po implantacji

Rehabilitacja słuchowa jest kluczowym elementem procesu leczenia po implantacji ślimakowej. Implanty nie przywracają normalnego słyszenia natychmiast – mózg musi nauczyć się interpretować nowe sygnały dźwiękowe.12

Program rehabilitacji słuchowej obejmuje:

  • Regularne sesje programowania implantu (tzw. „mapowanie”) – dostosowywanie ustawień procesora dźwięku do indywidualnych potrzeb
  • Ćwiczenia percepcji słuchowej – nauka identyfikacji i rozróżniania dźwięków
  • Trening rozumienia mowy – początkowo w cichym otoczeniu, następnie w warunkach z szumem tła
  • Rehabilitację mowy – szczególnie istotna u dzieci z wrodzonym niedosłuchem
  • Wsparcie psychologiczne – pomoc w adaptacji do nowych doznań słuchowych12

Rehabilitacja jest procesem długotrwałym, wymagającym zaangażowania zarówno pacjenta, jak i jego rodziny. W przypadku dzieci z wrodzonym głębokim niedosłuchem, wczesna implantacja (przed ukończeniem 2 roku życia) w połączeniu z intensywną rehabilitacją daje najlepsze wyniki w zakresie rozwoju mowy i języka.12

Efekty i korzyści z implantów ślimakowych

Wyniki implantacji ślimakowej mogą się różnić w zależności od wielu czynników, takich jak:

  • Wiek pacjenta w momencie implantacji
  • Czas trwania niedosłuchu przed implantacją
  • Przyczyna niedosłuchu
  • Liczba funkcjonujących komórek nerwu słuchowego
  • Zaangażowanie w rehabilitację po implantacji12

Korzyści z implantów ślimakowych obejmują:

  • Poprawę zdolności słyszenia dźwięków o różnym natężeniu
  • Lepsze rozumienie mowy, nawet w hałaśliwym otoczeniu
  • Możliwość prowadzenia rozmów telefonicznych
  • Lepszą lokalizację źródła dźwięku (szczególnie przy implantacji obustronnej)
  • Zwiększoną niezależność i poprawę jakości życia
  • Zmniejszenie ryzyka pogorszenia funkcji poznawczych i demencji u osób starszych12

Badania wykazały, że implanty ślimakowe mogą przyczynić się do zmniejszenia ryzyka pogorszenia funkcji poznawczych o około 19% oraz obniżenia ryzyka przedwczesnej śmierci u osób z niedosłuchem o około 24%.1

Inne implanty słuchowe

Poza implantami ślimakowymi, w leczeniu niedosłuchu odbiorczego stosowane są również inne typy implantów słuchowych:

Implanty na przewodnictwo kostne (BAHA)

Implanty zakotwiczone w kości są rozwiązaniem dla pacjentów z przewodzeniowym lub mieszanym niedosłuchem, a także jednostronną głuchotą. Urządzenie to przekazuje dźwięki bezpośrednio do ucha wewnętrznego poprzez kość czaszki, omijając ucho zewnętrzne i środkowe.12

System składa się z:

  • Tytanowego implantu chirurgicznie umieszczonego w kości czaszki za uchem
  • Zewnętrznego procesora dźwięku przymocowanego do implantu12
Implanty ucha środkowego

Są to chirurgicznie implantowane aparaty słuchowe przeznaczone dla osób z łagodnym do ciężkiego niedosłuchem odbiorczym, przewodzeniowym lub mieszanym, które nie mogą korzystać z konwencjonalnych aparatów słuchowych, na przykład z powodu alergii na materiały, z których są wykonane, lub problemów z dopasowaniem.12

Implanty ucha środkowego bezpośrednio stymulują kosteczki słuchowe, zapewniając lepszą jakość dźwięku i eliminując problem sprzężenia zwrotnego.1

Hybrydowe implanty ślimakowe

Przeznaczone dla pacjentów z zachowanym słuchem w zakresie niskich częstotliwości, ale znacznym ubytkiem w zakresie średnich i wysokich częstotliwości. Urządzenia te łączą technologię konwencjonalnego aparatu słuchowego (dla niskich częstotliwości) z implantem ślimakowym (dla wysokich częstotliwości).12

Implanty pnia mózgu

Stosowane w przypadkach, gdy implant ślimakowy nie jest odpowiedni, na przykład przy uszkodzeniu nerwu słuchowego lub deformacjach ślimaka. Urządzenie stymuluje bezpośrednio pień mózgu, omijając zarówno ucho wewnętrzne, jak i nerw słuchowy.12

Łączenie technologii słuchowych

W niektórych przypadkach, szczególnie przy asymetrycznym niedosłuchu, korzystne może być łączenie różnych technologii słuchowych:

Implant ślimakowy w jednym uchu i aparat słuchowy w drugim

Ta kombinacja może zapewnić lepsze rozumienie mowy, szczególnie w hałaśliwym otoczeniu, oraz poprawić lokalizację dźwięku. Badania wykazały, że:

  • Rozpoznawanie pojedynczych słów może poprawić się o 20%
  • Rozumienie zdań w hałaśliwym otoczeniu może poprawić się o 30%
  • Jakość dźwięku jest często opisywana jako bardziej naturalna i bogatsza
  • Poprawia się rozpoznawanie melodii i percepcja muzyki12
Obustronna implantacja ślimakowa

Implantacja obustronna (w obu uszach) staje się coraz powszechniejszą praktyką, szczególnie u dzieci z obustronnym głębokim niedosłuchem. Oferuje ona korzyści w zakresie lokalizacji dźwięku, rozumienia mowy w hałasie i ogólnej świadomości dźwiękowej.12

Powikłania i ryzyko związane z implantacją

Chociaż implantacja ślimakowa jest stosunkowo bezpieczną procedurą, jak każdy zabieg chirurgiczny wiąże się z pewnym ryzykiem. Potencjalne powikłania obejmują:

  • Ryzyko związane ze znieczuleniem ogólnym
  • Infekcje w miejscu operacji
  • Uszkodzenie nerwu twarzowego
  • Zapalenie opon mózgowych (ryzyko jest większe u osób z anomaliami anatomicznymi ucha wewnętrznego)
  • Wyciek płynu mózgowo-rdzeniowego
  • Zawroty głowy lub zaburzenia równowagi
  • Szumy uszne
  • Zaburzenia smaku
  • Utrata resztek słuchu w operowanym uchu
  • Awaria urządzenia wymagająca reimplantacji123

Finansowanie i dostępność leczenia

Koszty leczenia niedosłuchu odbiorczego, szczególnie implantacji ślimakowej, mogą być znaczące:

  • Całkowity koszt implantu ślimakowego, włączając ocenę, urządzenie, zabieg chirurgiczny i rehabilitację, szacuje się na około 100 000 dolarów
  • Aparaty słuchowe kosztują od kilku do kilkunastu tysięcy złotych, w zależności od zaawansowania technologicznego

W wielu krajach implanty ślimakowe są finansowane lub współfinansowane przez systemy ubezpieczeń zdrowotnych i programy pomocy państwowej. Szczegółowe zasady refundacji różnią się w zależności od kraju i typu ubezpieczenia.12

Nowe kierunki w leczeniu niedosłuchu odbiorczego

Badania nad nowymi metodami leczenia niedosłuchu odbiorczego obejmują:

  • Terapię genową – mającą na celu naprawę lub zastąpienie genów odpowiedzialnych za niedosłuch genetyczny
  • Leki ototerapeutyczne – chroniące komórki słuchowe przed uszkodzeniem lub stymulujące ich regenerację
  • Terapię komórkami macierzystymi – potencjalnie umożliwiającą regenerację uszkodzonych komórek słuchowych
  • W pełni implantowalne implanty ślimakowe – eliminujące potrzebę noszenia zewnętrznych elementów urządzenia
  • Zaawansowane algorytmy przetwarzania dźwięku – poprawiające jakość słyszenia w trudnych warunkach akustycznych123

Podsumowanie leczenia niedosłuchu odbiorczego

Leczenie niedosłuchu odbiorczego wymaga indywidualnego podejścia, uwzględniającego stopień i charakter ubytku słuchu, wiek pacjenta, jego oczekiwania i potrzeby. Najlepsze wyniki osiąga się poprzez wczesne rozpoznanie i interwencję, zwłaszcza u dzieci z wrodzonym niedosłuchem.12

Współczesna medycyna oferuje szeroki wachlarz rozwiązań – od konwencjonalnych aparatów słuchowych, przez różne typy implantów słuchowych, po obiecujące terapie regeneracyjne będące w fazie badań. Kluczowe znaczenie dla powodzenia leczenia ma nie tylko dobór odpowiedniej technologii, ale również kompleksowa rehabilitacja słuchowa i mowy, wsparcie psychologiczne oraz zaangażowanie pacjenta i jego rodziny w proces terapeutyczny.12

Implanty ślimakowe stanowią przełomową technologię, która zrewolucjonizowała leczenie głębokiego niedosłuchu odbiorczego, dając szansę na poprawę słyszenia osobom, które wcześniej miały bardzo ograniczone możliwości komunikacji dźwiękowej. Z kolei dla pacjentów z lżejszym stopniem niedosłuchu, nowoczesne aparaty słuchowe oferują coraz lepszą jakość dźwięku i dyskretne wzornictwo.123

Niezależnie od wybranej metody leczenia, wczesna interwencja, kompleksowa diagnostyka i indywidualne podejście do pacjenta pozostają kluczowymi elementami skutecznej terapii niedosłuchu odbiorczego.12

Kolejne rozdziały

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  1. 09.04.2026
  2. www.leksykon.com.pl

Materiały źródłowe

  • #1 Treatment for Hearing Loss — Hearing Health Foundation
    https://hearinghealthfoundation.org/treating-hearing-loss
    Hearing aids and cochlear implants are the most common forms of technology that enable people with hearing loss to communicate with their friends and family and contribute to overall well-being, including the potential to reduce cognitive decline and dementia. […] A December 2022 meta-analysis in JAMA Neurology analyzing hearing aid and cochlear implant usage and cognitive ability found that it was associated with a 19 percent decrease in the risk of cognitive decline, including dementia, and that the use of hearing devices was linked to improved memory and performance on cognitive tests even after just a few months. […] A January 2024 report in The Lancet Healthy Longevity using population-based data for nearly 10,000 adults found that regular hearing aid use was linked to a 24 percent cut in the risk for early death among people with hearing loss.
  • #1 Hearing technology options | Hearing aids and implants
    https://www.ndcs.org.uk/information-and-support/childhood-deafness/hearing-aids-and-implants/options/
    Many deaf children and young people use hearing technology such as hearing aids or cochlear implants. […] Deciding to use hearing technology is a personal choice, and there’s no right or wrong answer. […] Hearing aids are electronic devices designed to make sounds louder and clearer. […] By using your child’s hearing test results, the hearing aid can be programmed to meet their hearing loss and needs. […] They can give deaf children greater access to speech sounds, which can help with their spoken language development. However, hearing aids do not restore normal hearing. […] Cochlear implants are usually suitable for children with a severe to profound permanent deafness who gain limited or no benefit from their hearing aids. […] Bone conduction hearing devices may be an option if your child has a conductive hearing loss, mixed hearing loss or single sided deafness and doesn’t benefit from wearing a conventional hearing aid.
  • #1 Hearing loss – Diagnosis and treatment – Mayo Clinic
    https://www.mayoclinic.org/diseases-conditions/hearing-loss/diagnosis-treatment/drc-20373077
    Hearing aids have several parts. The microphone picks up the sound. The speaker sends the sound into the ear. The battery gives power to the electronic parts. Some hearing aids have a volume control to make the sound louder or softer. […] There are many choices of hearing aid styles. They include ones that fit entirely in the ear canal (A), in the canal (B), in the ear (C) or behind the ear (D). There are also ones in which the receiver fits in the canal or in the ear (E). And there’s open fit (F). […] A cochlear implant uses a sound processor that’s worn behind the ear. The processor takes sounds from outside the ear. It sends the sound signals to a receiver that’s been put under the skin behind the ear. The receiver sends the signals to electrodes that have been put in the snail-shaped inner ear, called the cochlea. The signals activate the cochlear nerve, which sends the signals to the brain. The brain hears those signals as sounds.
  • #1 Hearing loss – Diagnosis and treatment – Mayo Clinic
    https://www.mayoclinic.org/diseases-conditions/hearing-loss/diagnosis-treatment/drc-20373077
    Hearing aids, because they’re digital, can be adjusted over a wide range of hearing loss. […] So there isn’t one best hearing aid for older people versus younger people. We try to choose a hearing aid that’s going to fit the person’s needs. […] An audiologist like Dr. Hogan can help you sort through all the options and create a personal solution for your hearing problem.
  • #1 What Are Cochlear Implants for Hearing? | NIDCD
    https://www.nidcd.nih.gov/health/cochlear-implants
    A cochlear implant is a small, complex electronic device that can help to provide a sense of sound to a person who is profoundly deaf or severely hard-of-hearing. […] An implant does not restore normal hearing. Instead, it can give a deaf person a useful representation of sounds in the environment and help him or her to understand speech. […] A cochlear implant is very different from a hearing aid. Hearing aids amplify sounds so they may be detected by damaged ears. Cochlear implants bypass damaged portions of the ear and directly stimulate the auditory nerve. […] Children and adults who are deaf or severely hard-of-hearing can be fitted for cochlear implants. […] Research has shown that when children receive a cochlear implant early in life followed by intensive therapy, they often are better able to hear, comprehend sound and music, and speak than their peers who receive implants when they are older.
  • #1 Treatment options | Navigating Your Hearing Loss
    https://hearing.ucsf.edu/treatment-options
    Hearing aids help people hear through acoustic amplification, which means they make sounds louder. Most hearing aids are digital and function by collecting sounds from the environment, amplifying and adjusting them according to your hearing needs, and directing the new signal into your ears. Hearing aids are powered by a hearing aid battery. […] Bone-Anchored Hearing Systems (BAHSs) are surgically implanted small metal abutments that transmit sound through bone conduction to stimulate a functional inner ear, bypassing the outer and middle ear areas. These devices are appropriate for people with conductive hearing loss, mixed hearing loss, and/or single-sided deafness. […] Cochlear implants (CIs) are surgically implanted hearing devices that bypass the inner ear function and transmit sound through direct electrical stimulation of the auditory nerves. These devices consist of an internal device, which is implanted behind the ear and into the cochlea, and a set of external devices including an external processor, transmitter, and microphone.
  • #1 Cochlear Implants Hearing Loss Treatment | SFENTA
    https://www.sfenta.org/hearing/cochlear-implants/
    An effective treatment for hearing loss, cochlear implants replace the function of the damaged inner ear. Rather than amplify sounds like a hearing aid, they deliver sound signals to the brain so that you can hear as naturally as possible. […] For many patients, cochlear implants are an ideal solution for sensorineural hearing loss. […] A cochlear implant bypasses these cells and sends sound signals directly to the auditory nerve, restoring your ability to hear clearly. […] The primary candidates for a cochlear implant are those who do not respond to hearing aids, or are those who are born with or develop severe to profound hearing loss. […] A cochlear implant will allow patients with hearing loss to experience a modified sense of sound. […] The procedure also requires minimal downtime, and can be performed in under two hours by a skilled surgeon.
  • #1 Treatment options | Navigating Your Hearing Loss
    https://hearing.ucsf.edu/treatment-options
    CIs can provide immense benefit to both adults and children who have severe to profound sensorineural hearing loss. In fact, children as young as 12 months are FDA-approved to receive CIs, and research indicates that early implantation is beneficial to the language development of children with severe sensorineural hearing loss. CI implantation often results in increased speech intelligibility and continued improvement in the months and years following implantation, though outcomes are variable; many have near-normal hearing ability, while others may experience little or no benefit. […] In order to receive a CI, patients must undergo an evaluation process lasting about two days. Evaluation includes a medical evaluation, CI scan, audiological evaluation, and psychological screening. After these are complete, candidates attend a CI counseling meeting in which the results of their evaluation are presented to them and device options are discussed.
  • #1 Cochlear Implants Hearing Loss Treatment | SFENTA
    https://www.sfenta.org/hearing/cochlear-implants/
    The cochlear implant procedure is performed on an outpatient basis and takes about an hour and a half to complete. […] Patients can resume their regular activities the following day, and will return for a follow-up appointment with the provider after four weeks. The implant will be activated 2-4 weeks after surgery. […] Yes. Patients will need to ensure the area heals appropriately by routinely cleaning it and applying an antibiotic ointment.
  • #1 Cochlear Implant for Deafness, Hearing Loss | Froedtert & MCW
    https://www.froedtert.com/ent/ear-care/cochlear-implants
    Research conducted by the experts with the Koss Cochlear Implant Program found that cochlear implants may help older adults more than hearing aids and that implanting a cochlear implant while some residual hearing remains is an effective way to maintain hearing. […] The surgeons with the Koss Cochlear Implant program use a soft surgical approach which preserves as much residual hearing as possible. […] Cochlear implant surgery is typically performed on an outpatient basis; patients usually go home the day of surgery. […] Activation of the implant occurs about 3 4 weeks after surgery. […] Aural rehabilitation, or special listening exercises, can help you get the most benefit from your implant. […] Because no two patients are the same, no two patients will achieve the same degree of hearing with cochlear implants. […] Your hearing can continue to improve for years after receiving the implant. […] We will need your medical records so that we have a complete picture of your health history. Additionally, we need to provide your medical information to our cochlear implant manufacturers for your treatment.
  • #1 Cochlear Implants (for Parents) | Nemours KidsHealth
    https://kidshealth.org/en/parents/cochlear.html
    Depending on a child’s hearing, the doctor may recommend getting two cochlear implants, one for each ear. […] Children with cochlear implants begin auditory rehabilitation (listening therapy) and speech and language therapy soon after surgery. Auditory rehabilitation helps a child identify sounds and associate meanings with those sounds. Speech therapy helps them develop and understand spoken language. Expect these sessions to happen once or twice weekly for at least a year. […] After surgery, kids need strong support from parents and other family members. You’ll play an important role in your child’s speech development. Education and training programs offered by therapists can help you learn the best ways to help your child.
  • #1 Cochlear Implant Center – Westchester Medical Center Health Network
    https://www.wmchealth.org/service-line/ear-nose-and-throat-ent/ear-surgeries-and-procedures/cochlear-implant-center
    Have seen limited benefit from properly fitted hearing aids […] Are willing to commit to follow-up rehabilitation and therapy. […] The Cochlear Implant Center at Westchester Medical Center, flagship of WMCHealth, provides coordinated audiology and speech-therapy services for children and adult cochlear-implant patients and those considering this life-changing technology. […] A cochlear implant procedure requires surgery and follow-up therapies to “learn” how to hear in this way. […] Follow-up care also includes aural rehabilitation with a speech pathologist. This helps patients acclimate quicker.
  • #1 Cochlear Implants vs Hearing Aids – Michigan Ear Institute
    https://michiganear.com/posts/cochlear-implants-vs-hearing-aids-whats-the-difference/
    Hearing loss is a significant issue facing over 37 million Americans. […] Patients with hearing loss have several amazing treatment options to improve their quality of life. Depending on the degree of hearing loss, some patients are candidates for hearing aid amplification. […] Patients who struggle with their hearing despite hearing aids may be suitable candidates. […] Cochlear implants have revolutionized the ability to care for people with hearing loss and are best suited for those with more severe hearing loss in one ear or both ears. […] Cochlear implants can help those with severe hearing loss who cannot understand speech even with the most powerful hearing aids. […] People with cochlear implants need aural rehabilitation to learn how to interpret the signals and the brain takes time to adapt to hearing and understanding speech. […] Advantages of cochlear implants include the following: Individuals can hear speech without needing visual clues. […] Individual results with cochlear implantation vary depending on the duration of hearing loss, age of the patient, and cause of hearing loss.
  • #1 Leadership in Hearing Loss Treatment and Cochlear Implants
    https://www.uchealth.com/en/media-room/articles/advancing-hearing-restoration-at-uc-health
    Hearing loss affects millions of people, disrupting communication, work, and relationships. While hearing aids help many, those with severe hearing loss often need a more advanced solution. […] More than 30 years ago, UC Health became the first in the region to offer cochlear implantation for patients with severe hearing loss. […] A cochlear implant is far less invasive than many people assume. The outpatient procedure typically lasts about two hours, and patients typically go home the same day. For those who no longer benefit from hearing aids, a cochlear implant can provide life-changing improvements in sound clarity, speech comprehension, and overall quality of life. […] Cochlear implants are designed for individuals with hearing loss who no longer find hearing aids effective. […] One of the most compelling findings in recent years is the link between untreated hearing loss and dementia. Addressing hearing loss early through hearing aids, cochlear implants, or other treatments may help reduce cognitive decline and improve long-term brain health.
  • #1 Hearing aids and implants
    https://www.nhs.uk/conditions/hearing-aids-and-implants/
    A GP can help you get hearing aids if you think you need them. […] Hearing aids will not make your hearing perfect, but they make sounds louder and clearer, reducing the impact hearing loss has on your life. […] Hearing aids are available on the NHS. […] Your GP can refer you to an NHS hearing aid provider if they think you might need a hearing aid. […] If you do not mind paying for treatment, you can choose to go to a private hearing aid provider directly. […] For some people, hearing aids do not help and instead they need to have a special device fitted inside or to their skull during an operation. These are known as hearing implants. […] Common types of implant include bone anchored hearing aids, cochlear implants, auditory brainstem implants and middle ear implants. […] A cochlear implant may be an option if you have severe, permanent hearing loss that is not helped by hearing aids.
  • #1 Treatment Options for Hearing Loss – UChicago Medicine
    https://www.uchicagomedicine.org/conditions-services/ear-nose-throat/ear-hearing-care/treatment-options-for-hearing-loss
    The goal of University of Chicago Medicine’s otology and neurotology experts is to treat your condition effectively and efficiently in order to enhance or restore hearing. […] Treatment may include one or more of the following: […] If you have hearing loss but still have a good speech understanding score, a hearing aid can be used to amplify sound in your ear and improve overall hearing. […] When hearing aids are no longer beneficial, a cochlear implant can help restore hearing. […] Cochlear implants are unique, electronic devices. […] After one of our skilled surgeons will implant the internal transmitter, and with regular listening therapy and practice, you can dramatically improve your hearing and comprehension. […] In addition to cochlear implants, we offer other implantable hearing devices that may help treat your specific hearing loss. […] Implantable hearing devices we offer: […] If your hearing loss is the cause of extensive damage to middle or outer ear, our surgeons perform procedures that reconstruct your ear for better hearing.
  • #1 Hearing aids and implants
    https://www.nhs.uk/conditions/hearing-aids-and-implants/
    An auditory brainstem implant (ABI) may be an option if you have severe, permanent hearing loss and a problem with your auditory nerve. […] A middle ear implant (MEI) may be an option if you cannot use a regular hearing aid for example, because you’re allergic to the materials they’re made from or they do not fit in your ear correctly.
  • #1 Implantable Hearing Devices | Shohet Ear Associates | Audiologist, Hearing Aids in Orange County
    https://www.eardoctor.org/hearing-devices/implantable-hearing-devices/
    The process of receiving a cochlear implant involves a routine outpatient surgical procedure under general anesthesia in which a small incision is made behind the ear to place the implant. […] There are four steps in the cochlear implant process. […] A hybrid cochlear implant is an implanted device that is designed to take advantage of two types of input, acoustic and electric with the goal for better speech understanding, improved hearing in noise and a more natural sound quality. […] Bone-anchored hearing devices are used primarily for conductive hearing loss or single-sided deafness. […] Implantable middle-ear hearing devices were developed to treat conductive and sensorineural hearing loss. These devices improved fidelity by directly stimulating the hearing bones, and they improve comfort by allowing the ear canal to remain open. In addition, most implantable middle-ear devices almost completely eliminate feedback, one of the most annoying adverse effects of conventional aids.
  • #1 Implantable Hearing Devices | Otolaryngology⁠ — Head & Neck Surgery | Stanford Medicine
    https://med.stanford.edu/ohns/OHNS-healthcare/earinstitute/conditions-and-services/services/audiology/implantable-hearing-devices.html
    Traditional cochlear implants are an implantable device that converts sound into electrical stimulation that is directed by a tiny electrode placed into the inner ear. […] Most private insurers are now approving second side cochlear implants to allow for better understanding of speech in noisy situations and better awareness of sound direction. […] A number of patients have good low frequency hearing but poor middle to high frequency hearing. […] This allows patients to keep their natural low frequency hearing and wear a combined hearing aid and cochlear implant. […] While there are still excellent hearing aid options and the option of a bone conduction implant for patients with deafness on one side, the FDA recently approved cochlear implantation for single sided deafness, or patients who are deaf in one ear but have good hearing in the other. […] A cochlear implant is the only available treatment that can return sound to the deaf ear to provide better stereo sound, better understanding of speech in noisy situations and is a good option for those patients with significant tinnitus in that ear.
  • #1
    https://www.boystownhospital.org/knowledge-center/using-cochlear-implant-hearing-aid-together
    Today, bilateral cochlear implantation is a common practice; however, it is not always an option due to insurance restrictions, personal preference or significant residual hearing in the non-implanted ear. […] A successful treatment option for these patients is to combine electric hearing from a cochlear implant in one ear with amplification from a traditional hearing aid in the other ear. […] Amplification with a hearing aid has shown to be beneficial, even when the ear that is amplified with a hearing aid has little to no open-set speech understanding by itself. Combining the electric and acoustic signal may provide the highest level of speech understanding and sound quality. […] Some of the benefits experienced when pairing cochlear implants with hearing aids are: Improved speech comprehension, Single-word recognition improvement up to 20%, Sentence recognition in background noise improvement up to 30%, Improved speech understanding in non-implanted ears in the severe hearing loss (profound) range.
  • #1 Treatment options | Navigating Your Hearing Loss
    https://hearing.ucsf.edu/treatment-options
    Device implantation is often an outpatient procedure, but it is not without risk of complication. Risks associated with CI implantation include general anesthesia risks, injury to the facial nerve, meningitis, cerebrospinal fluid leakage, perilymph fluid (which is contained in the cochlea) leakage, infection, fluid/blood collection, dizziness or vertigo, tinnitus, taste disturbances, numbness around the ear, inflammation, and device failure/need for surgical revision. […] The total cost of a CI, including evaluation, device, surgical procedure and rehabilitation, is estimated around $100,000. Fortunately, this is covered totally or partially by Medicare/Medicaid and some private insurance company policies.
  • #1 The Leading Edge: New Directions for Treatment of Hearing Loss – InventUMPage 1arrow–buttonPage 1arrow–buttonPage 1arrow–buttonPage 1arrow–buttonPage 1arrow–button
    https://news.med.miami.edu/the-leading-edge-new-directions-for-treatment-of-hearing-loss/
    Hearing loss research may be shifting to include pharmaceutical and gene therapies. […] Dr. Eshraghi and Dr. Hertzano zeroed in on gene therapy research, implantable hearing aid devices, stem cell therapies and drug therapies. […] In this year’s lecture, Dr. Eshraghi and Dr. Hertzano zeroed in on four categories of leading-edge research in hearing loss: gene therapy research, implantable hearing aid devices like cochlear implants, stem cell therapies and drug therapies. […] Cochlear implants are now well-established as an accepted hearing loss treatment for patients as young as nine months. […] Early positive results from otoferlin gene therapy clinical trials should not prevent patients, especially children, from seeking other forms of therapies like cochlear implant, currently considered the standard of care for congenital deafness.
  • #1 Treatment and Intervention for Hearing Loss | Hearing Loss in Children | CDC
    https://www.cdc.gov/hearing-loss-children/treatment/index.html
    No single treatment or intervention for hearing loss is the answer for every child or family. […] Treatment and intervention options for hearing loss in children include getting a hearing device, such as a hearing aid. […] Hearing aids make sounds louder. They can be worn by people of any age, including infants. […] A cochlear implant may help many children with severe to profound hearing loss even very young children. […] Placing a cochlear implant, auditory brainstem implant, or bone-anchored hearing aid will also require a surgery. […] Families who have children with hearing loss often need to change their communication habits or learn special skills (such as sign language) to help their children learn language.
  • #1 Hearing loss treatment options in 2025 | hearing aid options
    https://www.hearinglife.com/hearing-loss/treatment
    Today, we have more advanced options for treating hearing loss than ever before. At HearingLife, our certified hearing care experts are trained to find the optimal treatment for your unique hearing needs. […] If you suffer from hearing loss, we offer the latest in hearing technology to help you hear better. It starts with a thorough assessment of your hearing. […] The most common treatment options are: Hearing aids, Cochlear implants, Bone-anchored hearing systems. […] If hearing aids are recommended as part of your treatment plan, your hearing care expert will discuss the solutions available to you. There are many hearing aid options available to suit your hearing and communication needs. […] The most common way to treat sensorineural hearing loss is with hearing aids. There are various types of hearing aids available to suit your individual hearing needs, preferences, and lifestyle.
  • #1 Hearing Implant Program
    https://www.ummhealth.org/services-treatments/ear-nose-throat/hearing-implants
    The compassionate team at UMass Memorial Health provides expert care that improves your hearing and quality of life. […] Cochlear implant surgery at UMass Memorial is for people of all ages, including children, enabling you to receive lifelong care from the same trusted team. […] Our specialists work together to provide comprehensive and personalized care. Your team consists of: Audiologists conduct hearing tests, activate the cochlear implant after surgery and provide ongoing care to optimize your hearing. […] Here’s what you can expect during treatment: Presurgical testing: These evaluations typically include hearing ability (audiometry) and speech recognition tests to determine if a cochlear implant would be beneficial. […] Schedule a consultation to learn more about cochlear implants if you have: Severe to profound hearing loss in both ears, Difficulty understanding speech, even with hearing aids, Trouble hearing people on the phone or following TV shows without captions, A heavy reliance on lipreading.
  • #2 Treatment Options for Hearing Loss – UChicago Medicine
    https://www.uchicagomedicine.org/conditions-services/ear-nose-throat/ear-hearing-care/treatment-options-for-hearing-loss
    The goal of University of Chicago Medicine’s otology and neurotology experts is to treat your condition effectively and efficiently in order to enhance or restore hearing. […] Treatment may include one or more of the following: […] If you have hearing loss but still have a good speech understanding score, a hearing aid can be used to amplify sound in your ear and improve overall hearing. […] When hearing aids are no longer beneficial, a cochlear implant can help restore hearing. […] Cochlear implants are unique, electronic devices. […] After one of our skilled surgeons will implant the internal transmitter, and with regular listening therapy and practice, you can dramatically improve your hearing and comprehension. […] In addition to cochlear implants, we offer other implantable hearing devices that may help treat your specific hearing loss. […] Implantable hearing devices we offer: […] If your hearing loss is the cause of extensive damage to middle or outer ear, our surgeons perform procedures that reconstruct your ear for better hearing.
  • #2 Hearing aids and implants
    https://www.nhs.uk/conditions/hearing-aids-and-implants/
    A GP can help you get hearing aids if you think you need them. […] Hearing aids will not make your hearing perfect, but they make sounds louder and clearer, reducing the impact hearing loss has on your life. […] Hearing aids are available on the NHS. […] Your GP can refer you to an NHS hearing aid provider if they think you might need a hearing aid. […] If you do not mind paying for treatment, you can choose to go to a private hearing aid provider directly. […] For some people, hearing aids do not help and instead they need to have a special device fitted inside or to their skull during an operation. These are known as hearing implants. […] Common types of implant include bone anchored hearing aids, cochlear implants, auditory brainstem implants and middle ear implants. […] A cochlear implant may be an option if you have severe, permanent hearing loss that is not helped by hearing aids.
  • #2 Hearing loss – Diagnosis and treatment – Mayo Clinic
    https://www.mayoclinic.org/diseases-conditions/hearing-loss/diagnosis-treatment/drc-20373077
    Hearing aids have several parts. The microphone picks up the sound. The speaker sends the sound into the ear. The battery gives power to the electronic parts. Some hearing aids have a volume control to make the sound louder or softer. […] There are many choices of hearing aid styles. They include ones that fit entirely in the ear canal (A), in the canal (B), in the ear (C) or behind the ear (D). There are also ones in which the receiver fits in the canal or in the ear (E). And there’s open fit (F). […] A cochlear implant uses a sound processor that’s worn behind the ear. The processor takes sounds from outside the ear. It sends the sound signals to a receiver that’s been put under the skin behind the ear. The receiver sends the signals to electrodes that have been put in the snail-shaped inner ear, called the cochlea. The signals activate the cochlear nerve, which sends the signals to the brain. The brain hears those signals as sounds.
  • #2 Hearing loss treatment options in 2025 | hearing aid options
    https://www.hearinglife.com/hearing-loss/treatment
    Today, we have more advanced options for treating hearing loss than ever before. At HearingLife, our certified hearing care experts are trained to find the optimal treatment for your unique hearing needs. […] If you suffer from hearing loss, we offer the latest in hearing technology to help you hear better. It starts with a thorough assessment of your hearing. […] The most common treatment options are: Hearing aids, Cochlear implants, Bone-anchored hearing systems. […] If hearing aids are recommended as part of your treatment plan, your hearing care expert will discuss the solutions available to you. There are many hearing aid options available to suit your hearing and communication needs. […] The most common way to treat sensorineural hearing loss is with hearing aids. There are various types of hearing aids available to suit your individual hearing needs, preferences, and lifestyle.
  • #2 Hearing Aids vs. Cochlear Implants | Duke Health
    https://www.dukehealth.org/blog/hearing-aids-vs-cochlear-implants
    Both hearing aids and cochlear implants help people with hearing loss to communicate better. Hearing aids do not require surgery and are best suited for people with less severe hearing loss and fair speech understanding. Cochlear implants require surgery and are best suited for people with more severe hearing loss in one or both ears and poor speech understanding. […] A cochlear implant device allows you to hear in a different way. This is called electrical stimulation. A surgically placed implant bypasses your inner ear. It translates acoustic sound into electrical signals. It sends the signals directly to the hearing nerve and then on to the brain. […] Low to moderate risk, because of the surgical aspect.
  • #2 Hearing Aids vs Cochlear Implants – What’s the Difference? – Hear and Sayuico-tn-phone
    https://www.hearandsay.org.au/hearing-aids-or-cochlear-implants-whats-the-difference/
    An implant is surgically placed under the skin to bypass the damaged portion of the hearing to stimulate the auditory nerve, and a sound processor sits behind the ear. […] Cochlear implants are typically recommended when hearing aids are no longer enough as they enhance the clarity of sound and improve someone’s ability to understanding speech. […] Cochlear implants generate signals that are sent through the auditory nerve, directly to the brain, which then recognises the signal as sound. […] It takes time to learn to hear with a cochlear implant as the brain has to learn or relearn how to identify sounds through this new device. […] Both cochlear implants and hearing aids work to improve hearing and in turn increase quality of life. […] Hearing aids make sounds louder. […] Cochlear implants use electrodes to transmit sound signals which are converted into electrical impulses that can be interpreted by the brain.
  • #2 Cochlear Implant: Cost, Pros, Cons, Risks, How It Works
    https://www.healthline.com/health/cochlear-implant
    A cochlear implant may benefit those with severe hearing loss. Implanted in the cochlea, it has many advantages, but there are also drawbacks. […] Cochlear implants transmit actual sound signals through electrodes. This converts sounds into electrical impulses, which are interpreted by the brain. It aims to replace the cochlea’s function. […] Successfully using a cochlear implant also requires extensive therapy and training. […] Speech therapy and rehabilitation are necessary to learn how to properly interpret these sounds. […] If hearing aids aren’t able to improve your hearing or speech, or you experience severe hearing loss that can’t be fixed through a standard hearing aid, you might be a good candidate for a cochlear implant. […] After surgery, it’s important to commit to audiologic rehabilitation. This is essential for improving your outlook and using the cochlear implant successfully.
  • #2 Treatment for Hearing Loss — Hearing Health Foundation
    https://hearinghealthfoundation.org/treating-hearing-loss
    Cochlear implants are best for people with severe to profound hearing loss who do not or no longer show any benefit from a hearing aid. […] To be eligible for a cochlear implant, one must have hearing loss that interrupts spoken communication, limited benefit from hearing aids, and no medical factors that may increase the risks associated with the implants. […] These types of implants may be indicated for people who do not benefit from traditional hearing aids or cannot use them.
  • #2 Cochlear implants: What are they and how do they work?
    https://www.healthyhearing.com/help/hearing-aids/cochlear-implants
    Adults may qualify for cochlear implantation regardless of whether they lost their hearing before or after learning language. […] Yes, older adults can absolutely get cochlear implants, too. In fact, the average age of a cochlear implant recipient is 65, but even seniors over 100 years old can be candidates! […] To determine if you or a loved one is eligible for an implant, you will first need to undergo audiological and psychological testing, a medical exam and imaging studies. […] After that step, the next step is usually implantation surgery, which is done under general anesthesia. […] About four to six weeks after the surgery, the patient will return to the cochlear implantation center to be fitted with the external device. […] This first appointment will be followed by other fine-tuning and adjustments to the cochlear implant map as the patient begins his or her new hearing journey.
  • #2 Cochlear Implant Surgery Treatment & Management: Medical Therapy, Surgical Therapy, Preoperative Details
    https://emedicine.medscape.com/article/857242-treatment
    Medical Therapy: In the context of this article, any medically available treatments for sudden or progressive sensorineural hearing loss are assumed to have been exhausted. In addition, standard modes of amplification are assumed to have been deemed by the patient and clinician to provide unsatisfactory levels of hearing and speech discrimination. […] Surgical Therapy: The implant evaluation and workup can seem time consuming and cumbersome to some patients. Accurately assessing candidacy from an audiologic, medical, and emotional standpoint is necessary. In addition, with the various cochlear implant options available, the patient often spends much time and thought on choosing the most appropriate implant. […] Postoperative Details: Patients are typically returned to the recovery room with orders for antinausea medication. Most patients have minimal nausea and vertigo because routine intraoperative administration of dexamethasone (Decadron) has a prophylactic effect on postoperative nausea. Most patients have minimal dizziness or gait issues and are able to be discharged an hour and a half following surgery.
  • #2
    https://www.utmbhealth.com/services/ent/hearing-solutions/cochlear-implants
    Cochlear implant surgery can last from 1 to 4 hours. Patients are usually discharged the day of surgery but come prepared to stay overnight in the event that you are not discharged for unpredictable reasons. […] Because of the rapid adaptation of the auditory system, numerous mapping changes are necessary in the first year of cochlear implant use.
  • #2 Cochlear Implants: Types & How They Work
    https://my.clevelandclinic.org/health/treatments/4806-cochlear-implants
    The benefits of cochlear implants far outweigh the risks. This is true whether you have complete hearing loss or if hearing aids help, but you want to hear better. […] Cochlear implants can help you hear phone calls and take part in conversations in groups and in noisy places. […] Youll have your cochlear implant forever, so youll work with audiologists and surgeons for the rest of your life. […] In general, peoples hearing improves about a month after their implants are activated. Sometimes, it takes three to six months for people to reach their full hearing potential. […] Participating in therapy helps that process. […] A cochlear implant can be life-changing. If you have hearing loss, it may be a way back to a world you thought youd never hear again. If your child was born with hearing loss, a cochlear implant could be their first step into a world of sounds. But cochlear implant surgery is just the beginning. You or your child may need hearing rehabilitation therapy to relearn how to process sound.
  • #2 Your Guide to Rehab After Cochlear Implant
    https://www.healthline.com/health/rehab-after-cochlear-implant
    Unlike hearing aids, cochlear implants require regular rehabilitation and updates throughout your life. […] Implants are very different from hearing aids. A hearing aid amplifies sound so you can hear it better. Cochlear implants work by stimulating the auditory nerve, which transmits signals to the brain that are interpreted as sounds. […] The recovery period is twofold for cochlear implants. Not only do people need to recover from the actual surgery, but they also need rehabilitation to learn how to use their implants to interpret noise into coherent sounds. […] Rehabilitation after cochlear implants are performed in stages. […] Getting your implants to work correctly is a process called audiological rehabilitation, or aural rehabilitation. […] While cochlear implants can help people better engage with audible sensations, it takes time to adjust to the device and to retrain the brain to interpret sensory data as recognizable sounds.
  • #2 Cochlear Implants (for Parents) | Nemours KidsHealth
    https://kidshealth.org/en/parents/cochlear.html
    A cochlear implant is a surgically placed device that helps a person with severe hearing loss hear sounds. […] Cochlear implants are different from hearing aids: A hearing aid makes sounds louder so people with hearing loss can hear. Cochlear implants bypass damaged parts of the cochlea to stimulate the auditory nerve directly. They may help when a hearing aid can’t. […] Cochlear implants let someone sense sound that they couldn’t hear otherwise. Infants who never heard before soon will build new brain pathways to start to make sense of these sounds. With therapy and practice, all kids can learn how to interpret these sounds to better understand speech. […] Cochlear implants are considered for children with profound hearing loss who can be as young as 9 months old. […] Kids being considered for the surgery will: get hearing tests, have speech/language evaluations, use a hearing aid for a while to see if it helps, get computed tomography (CT) or magnetic resonance imaging (MRI) scans to look at the inner ear and the bones that surround it.
  • #2 Cochlear implant – Wikipedia
    https://en.wikipedia.org/wiki/Cochlear_implant
    Prolonged duration of deafness is another factor that is thought to have a negative impact on overall speech understanding outcomes for CI users. […] In general, outcomes for CI patients are dependent upon the individual’s level of motivation, expectations, exposure to speech stimuli and consistent participation in aural rehabilitation programs.
  • #2 Treatment for Hearing Loss — Hearing Health Foundation
    https://hearinghealthfoundation.org/treating-hearing-loss
    Hearing aids and cochlear implants are the most common forms of technology that enable people with hearing loss to communicate with their friends and family and contribute to overall well-being, including the potential to reduce cognitive decline and dementia. […] A December 2022 meta-analysis in JAMA Neurology analyzing hearing aid and cochlear implant usage and cognitive ability found that it was associated with a 19 percent decrease in the risk of cognitive decline, including dementia, and that the use of hearing devices was linked to improved memory and performance on cognitive tests even after just a few months. […] A January 2024 report in The Lancet Healthy Longevity using population-based data for nearly 10,000 adults found that regular hearing aid use was linked to a 24 percent cut in the risk for early death among people with hearing loss.
  • #2 Treatment options | Navigating Your Hearing Loss
    https://hearing.ucsf.edu/treatment-options
    Hearing aids help people hear through acoustic amplification, which means they make sounds louder. Most hearing aids are digital and function by collecting sounds from the environment, amplifying and adjusting them according to your hearing needs, and directing the new signal into your ears. Hearing aids are powered by a hearing aid battery. […] Bone-Anchored Hearing Systems (BAHSs) are surgically implanted small metal abutments that transmit sound through bone conduction to stimulate a functional inner ear, bypassing the outer and middle ear areas. These devices are appropriate for people with conductive hearing loss, mixed hearing loss, and/or single-sided deafness. […] Cochlear implants (CIs) are surgically implanted hearing devices that bypass the inner ear function and transmit sound through direct electrical stimulation of the auditory nerves. These devices consist of an internal device, which is implanted behind the ear and into the cochlea, and a set of external devices including an external processor, transmitter, and microphone.
  • #2 Cochlear Implants as a treatment option for profound deafness |Ear, Nose & Throat Services l University Hospitals l Cleveland, OH | University Hospitals
    https://www.uhhospitals.org/services/ear-nose-and-throat-services/conditions-and-treatments/audiology-hearing-and-balance/cochlear-implantation
    In addition to implants directed to the inner ear, experts at UH Ear, Nose Throat Institutes Audiology Cochlear Implant Center also use the latest technology with bone conduction implants. The Cochlear Baha System allows our surgeons to connect patients to the wonderful world of sound in cases where the inner or middle ear function is blocked or too severely damaged in one ear. […] Cochlear Implants are benefiting thousands of severely or profoundly deaf adults and children who have viable neurons in the inner ear that can respond to direct electrical stimulation. These electrical devices deliver sound to the inner ear, bypassing the damaged hair cells to deliver rich auditory impulses directly to the auditory nerves. Cochlear implants help patients hear, improve their understanding of speech and improve their speaking ability.
  • #2 Hearing technology options | Hearing aids and implants
    https://www.ndcs.org.uk/information-and-support/childhood-deafness/hearing-aids-and-implants/options/
    Middle ear implants are surgically implanted hearing aids and are a suitable treatment option for mild to severe sensorineural, conductive and mixed hearing loss. […] Auditory brainstem implants (ABIs) stimulate the auditory brainstem directly, bypassing the ear and auditory nerve, to provide a sensation of hearing. […] Some children and their families choose not to use technology for a wide range of reasons.
  • #2 Implantable Hearing Devices | Shohet Ear Associates | Audiologist, Hearing Aids in Orange County
    https://www.eardoctor.org/hearing-devices/implantable-hearing-devices/
    The process of receiving a cochlear implant involves a routine outpatient surgical procedure under general anesthesia in which a small incision is made behind the ear to place the implant. […] There are four steps in the cochlear implant process. […] A hybrid cochlear implant is an implanted device that is designed to take advantage of two types of input, acoustic and electric with the goal for better speech understanding, improved hearing in noise and a more natural sound quality. […] Bone-anchored hearing devices are used primarily for conductive hearing loss or single-sided deafness. […] Implantable middle-ear hearing devices were developed to treat conductive and sensorineural hearing loss. These devices improved fidelity by directly stimulating the hearing bones, and they improve comfort by allowing the ear canal to remain open. In addition, most implantable middle-ear devices almost completely eliminate feedback, one of the most annoying adverse effects of conventional aids.
  • #2
    https://www.boystownhospital.org/knowledge-center/using-cochlear-implant-hearing-aid-together
    In addition to improving speech understanding, the use of a hearing aid and cochlear implant together (rather than using one alone) can help an individual feel balanced between the two ears. […] While a cochlear implant is successful at conveying speech, it is not especially efficient at portraying fine-grained spectral and pitch information. […] Therefore, sound quality can often be enhanced with the addition of a hearing aid to the non-implanted ear. […] Patients using a hearing aid and a cochlear implant often report that speech sounds more natural, richer or fuller. […] Likewise, in a music appreciation study by Kong et al. (2005), melody recognition was enhanced by using a hearing aid in the ear opposite to a cochlear implant.
  • #2 Implantable Hearing Devices | Otolaryngology⁠ — Head & Neck Surgery | Stanford Medicine
    https://med.stanford.edu/ohns/OHNS-healthcare/earinstitute/conditions-and-services/services/audiology/implantable-hearing-devices.html
    Traditional cochlear implants are an implantable device that converts sound into electrical stimulation that is directed by a tiny electrode placed into the inner ear. […] Most private insurers are now approving second side cochlear implants to allow for better understanding of speech in noisy situations and better awareness of sound direction. […] A number of patients have good low frequency hearing but poor middle to high frequency hearing. […] This allows patients to keep their natural low frequency hearing and wear a combined hearing aid and cochlear implant. […] While there are still excellent hearing aid options and the option of a bone conduction implant for patients with deafness on one side, the FDA recently approved cochlear implantation for single sided deafness, or patients who are deaf in one ear but have good hearing in the other. […] A cochlear implant is the only available treatment that can return sound to the deaf ear to provide better stereo sound, better understanding of speech in noisy situations and is a good option for those patients with significant tinnitus in that ear.
  • #2 Benefits and Risks of Cochlear Implants | FDA
    https://www.fda.gov/medical-devices/cochlear-implants/benefits-and-risks-cochlear-implants
    Hearing ranges from near normal ability to understand speech to no hearing benefit at all. […] Adults often benefit immediately and continue to improve for about 3 months after the initial tuning sessions. […] Cochlear implant users’ performances may continue to improve for several years. […] Children may improve at a slower pace. […] Most perceive loud, medium and soft sounds. […] Many understand speech without lip-reading. […] Many can make telephone calls and understand familiar voices over the telephone. […] Many can watch TV more easily, especially when they can also see the speaker’s face. […] Some can enjoy music. […] General anesthesia is drug-induced sleep. […] For most people, the risk of general anesthesia is very low. […] Injury to the facial nerve –this nerve goes through the middle ear to give movement to the muscles of the face.
  • #2 Cochlear implants: What are they and how do they work?
    https://www.healthyhearing.com/help/hearing-aids/cochlear-implants
    In many cases, cochlear implants are covered by many private and commercial insurers. […] Yes, Medicare covers cochlear implants. […] If you have Medicaid, your coverage for implantable hearing devices will depend largely on what state you live in. […] As with any surgical procedure involving an implanted medical device, there are risks. […] Cochlear now makes a hybrid design, which only stimulates the cochlea in the high frequencies for people who have high-frequency hearing loss. […] The company Envoy Medical is currently holding clinical trials to test their product Acclaim, which is a fully implantable cochlear implant for adults. […] If you are interested in learning more about whether you might be a good candidate for cochlear implantation, talk to an ENT physician or audiologist for a referral to a cochlear implant center.
  • #2 The Leading Edge: New Directions for Treatment of Hearing Loss – InventUMPage 1arrow–buttonPage 1arrow–buttonPage 1arrow–buttonPage 1arrow–buttonPage 1arrow–button
    https://news.med.miami.edu/the-leading-edge-new-directions-for-treatment-of-hearing-loss/
    Perhaps the most interesting new research concerned clinical trials with new drugs for hearing loss. Pharmaceutical research has flourished lately, evidenced by the number of clinical trials for new drugs for certain types of acquired hearing loss. […] Dr. Eshraghi’s recently published book, “Overcoming Hearing Loss,” aims to educate not only ENTs, but primary care physicians, emergency room doctors, nurse practitioners and patients on causes and treatments for hearing loss. It includes chapters on drug and gene therapies as well as cochlear implant surgery.
  • #2 Hearing Loss Treatment and Intervention Services | CDC
    https://www.cdc.gov/ncbddd/hearingloss/treatment.html
    No single treatment or intervention is the answer for every child or family. […] Some of the treatment and intervention options include: […] Getting a hearing device, such as a hearing aid. […] Babies that are diagnosed with hearing loss should begin to get intervention services as soon as possible, but no later than 6 months of age. […] Through this system, you can ask for an evaluation. […] Many people who are deaf or hard-of-hearing have some hearing. […] Technology does not cure hearing loss, but may help a child with hearing loss to make the most of their residual hearing. […] For those parents who choose to have their child use technology, there are many options, including: Hearing aids, Cochlear or brainstem implants, Bone-anchored hearing aids. […] Hearing aids make sounds louder.
  • #2 Hearing loss treatment options in 2025 | hearing aid options
    https://www.hearinglife.com/hearing-loss/treatment
    Conductive loss caused by wax build-up, ear infections, or foreign objects in the ear may be treated and cured with medical treatments that either remove the obstruction or through antibiotics. […] Hearing aids are the best form of treatment for noise-induced hearing loss. […] Since the majority of people who have tinnitus also have hearing loss, hearing aids are commonly recommended for those with tinnitus. […] If initial treatments for sudden hearing loss are not effective, then hearing aids can be used as treatment. In some cases, hearing care experts may recommend cochlear implants or bone-anchored hearing systems which are both devices that are surgically implanted. […] Treating your hearing loss has a wide range of proven benefits: Better communication, Improved social engagement, Improved quality of life, Improved performance at work, Increased levels of confidence.
  • #2 Hearing Aids vs. Cochlear Implants: Understanding Your Options
    https://thehearingcentermcc.com/patient-resources/hearing-aids-vs-cochlear-implants-understanding-your-options/
    Choosing between a hearing aid and a cochlear implant is a significant decision. […] Many users of cochlear implants report life-altering improvements in their hearing capabilities, underscoring the transformative potential of this technology. […] Hearing aids, on the other hand, offer a less invasive solution. […] With advancements in technology, modern hearing aids are more effective, discreet, and easier to use than ever before. […] Whether its a hearing aid or a cochlear implant, the goal is to enhance your quality of life and enable you to engage more fully with the world around you. […] With the right technology and support, you can continue to enjoy and interact with the world of sound. […] Hearing loss presents unique challenges, but with the advancements in hearing aids and cochlear implants, there are more solutions available than ever before.
  • #3 Benefits and Risks of Cochlear Implants | FDA
    https://www.fda.gov/medical-devices/cochlear-implants/benefits-and-risks-cochlear-implants
    Meningitis –this is an infection of the lining of the surface of the brain. […] People who have abnormally formed inner ear structures appear to be at greater risk of this rare, but serious complication. […] The implant may destroy any remaining hearing in the implanted ear. […] The cochlear implant stimulates the nerves directly with electrical currents. […] May not hear as well as others who have had successful outcomes with their implants. […] May have to have it removed temporarily or permanently if an infection develops after the implant surgery. […] May not be able to upgrade their implant when new external components become available. […] MRI is becoming a more routine diagnostic method for early detection of medical problems. […] Will depend on batteries for hearing.
  • #3 Gene therapy and Cochlear implants – Cochlear Implants – Hearing Aid Forum – Active Hearing Loss Community
    https://forum.hearingtracker.com/t/gene-therapy-and-cochlear-implants/78555
    Five children who were born deaf have had their hearing restored in both ears after taking part in an astounding gene therapy trial that raises hopes for further treatments. […] The therapy uses an inactive virus to smuggle working copies of the affected gene, Otof, into the inner ear. […] Our hope is this trial can expand and this approach can also be looked at for deafness caused by other genes or non-genetic causes, Chen said. Our ultimate goal is to help people regain hearing no matter how their hearing loss was caused. […] Prof Manohar Bance, the chief investigator on that trial, said the therapy marked a new era in the treatment of deafness.
  • #3 Improving quality of life in the elderly: hearing loss treatment with cochlear implants | BMC Geriatrics | Full Text
    https://bmcgeriatr.biomedcentral.com/articles/10.1186/s12877-023-04642-2
    Cochlear implants should be considered as a routine treatment option for those over 60 years with bilateral severe to profound hearing loss. […] Better hearing improved individuals quality of life, ability to communicate verbally and their ability to function independently. […] The gains observed after 18 months of CI use were four times the minimum gain suggested for a noticeable difference to the individual. […] The amount of time the sound processor was used by each individual was recorded by the data logging feature. This showed that device use was high, with participants using their devices for an average of 12 h per day. […] After receiving a cochlear implant, the quality of life of this group of adults 60 years old improved significantly. […] Cochlear implants contribute to overall wellbeing for healthy ageing and should be considered as a routine treatment option for those aged 60 years or over with bilateral moderately severe to profound hearing loss.

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