Utrata słuchu
Leczenie

Leczenie utraty słuchu wymaga indywidualnego podejścia, uwzględniającego etiologię i stopień ubytku. Standardowo stosuje się aparaty słuchowe, szczególnie w przypadku ubytku odbiorczego, które wzmacniają dźwięki i poprawiają percepcję mowy. W ciężkich przypadkach rekomendowane są implanty ślimakowe, które bezpośrednio stymulują nerw słuchowy, a także implanty zakotwiczone w kości (BAHA), implanty ucha środkowego oraz implanty pnia mózgu, stosowane w wybranych wskazaniach. Farmakoterapia, zwłaszcza kortykosteroidy podawane systemowo lub intratympanalnie, jest kluczowa w nagłej utracie słuchu typu odbiorczego (SSNHL), z najlepszym efektem przy wdrożeniu w ciągu 2 tygodni od wystąpienia objawów. Terapia tlenem hiperbarycznym (HBOT) pod ciśnieniem 2,0-2,5 ATA, stosowana w ciągu 14 dni od początku SSNHL, poprawia słuch średnio o 19,3 dB w umiarkowanych i 37,7 dB w ciężkich ubytkach. Interwencje chirurgiczne, takie jak stapedektomia czy tympanoplastyka, są skuteczne w leczeniu ubytków przewodzeniowych wynikających z anatomicznych uszkodzeń ucha zewnętrznego lub środkowego.

Utrata słuchu – leczenie i terapia

Leczenie utraty słuchu zależy od przyczyny oraz stopnia jej nasilenia. Istnieje wiele różnych opcji terapeutycznych dla osób z utratą słuchu, a wybór odpowiedniego podejścia powinien być zindywidualizowany i dostosowany do potrzeb konkretnego pacjenta12. Odpowiednio dobrane leczenie może znacząco poprawić jakość życia pacjenta oraz jego zdolność do komunikacji.

Aparaty słuchowe

Aparaty słuchowe są najczęściej stosowanym rozwiązaniem w przypadku utraty słuchu, szczególnie typu odbiorczego (sensoryczno-neuronalnego). Urządzenia te wzmacniają dźwięki, czyniąc je łatwiejszymi do usłyszenia12. Współczesne aparaty słuchowe są zaawansowanymi urządzeniami cyfrowymi, które można dostosować do szerokiego zakresu utraty słuchu oraz indywidualnych potrzeb pacjenta3.

Aparaty słuchowe występują w różnych formach i wielkościach:

  • Zauszne – noszone za uchem4
  • Wewnątrzuszne – umieszczane w kanale słuchowym5
  • Analogowe – przekształcające dźwięk w sygnały elektryczne, a następnie je wzmacniające4
  • Cyfrowe – konwertujące dźwięk na kod cyfrowy, który można precyzyjnie dostosować4

Audiolog lub specjalista ds. aparatów słuchowych pomaga w doborze odpowiedniego urządzenia oraz jego konfiguracji, aby jak najlepiej zrekompensować utratę słuchu6. Należy pamiętać, że aparaty słuchowe nie przywracają normalnego słyszenia, ale mogą znacząco poprawić zdolność do słyszenia i rozumienia mowy5.

Implanty ślimakowe

Implanty ślimakowe to zaawansowane urządzenia elektroniczne, które mogą pomóc osobom z głębokim lub znacznym ubytkiem słuchu, dla których aparaty słuchowe nie są wystarczająco skuteczne17. W przeciwieństwie do aparatów słuchowych, które wzmacniają dźwięk i kierują go do kanału słuchowego, implanty ślimakowe omijają uszkodzone części ucha wewnętrznego i bezpośrednio stymulują nerw słuchowy1.

Implant ślimakowy składa się z dwóch głównych części8:

  • Część zewnętrzna – procesor dźwięku noszony za uchem, który wychwytuje dźwięki i przekształca je w sygnały elektryczne
  • Część wewnętrzna – odbiornik implantowany chirurgicznie pod skórą za uchem, który przesyła sygnały do elektrod umieszczonych w ślimaku

Implanty ślimakowe mogą być stosowane u dzieci (nawet bardzo małych) i dorosłych z ciężkim lub głębokim ubytkiem słuchu9. Po wszczepieniu implantu pacjent wymaga rehabilitacji i terapii słuchowej, aby nauczyć się interpretować nowe dźwięki10. Badania wykazują znaczną poprawę w rozumieniu mowy, funkcjonowaniu społecznym i ogólnej jakości życia po wszczepieniu implantów ślimakowych11.

Inne implanty słuchowe

Oprócz implantów ślimakowych dostępne są również inne typy implantów słuchowych, które mogą być odpowiednie dla pacjentów z różnymi rodzajami utraty słuchu:

Implanty zakotwiczone w kości (BAHA) – urządzenia te przenoszą dźwięk poprzez przewodnictwo kostne do ucha wewnętrznego7. Są szczególnie przydatne w przypadku jednostronnej utraty słuchu typu odbiorczego lub przewodzeniowego4. Urządzenie jest chirurgicznie przymocowane do kości czaszki i przekazuje wibracje dźwiękowe bezpośrednio do ucha wewnętrznego12.

Implanty ucha środkowego – te urządzenia są chirurgicznie wszczepiane do ucha środkowego i bezpośrednio pobudzają łańcuch kosteczek słuchowych10. Mogą być wykorzystywane w przypadkach, gdy konwencjonalne aparaty słuchowe nie są wystarczająco skuteczne13.

Implanty pnia mózgu – bezpośrednio stymulują drogi słuchowe w pniu mózgu, omijając ucho wewnętrzne i nerw słuchowy9. Są stosowane w bardzo szczególnych przypadkach, gdy inne metody nie mogą być zastosowane.

Leczenie farmakologiczne

W niektórych przypadkach utrata słuchu może być leczona farmakologicznie, szczególnie gdy jest spowodowana stanami zapalnymi, infekcjami lub innymi odwracalnymi przyczynami2.

Do najczęściej stosowanych leków należą:

  • Kortykosteroidy – stosowane do zmniejszenia obrzęku komórek rzęsatych ślimaka i stanu zapalnego po ekspozycji na głośne dźwięki14 lub w przypadku nagłej utraty słuchu15
  • Antybiotyki – w przypadku infekcji ucha16
  • Leki moczopędne – stosowane w chorobie Ménière’a14

Szczególnie istotne jest szybkie wdrożenie leczenia w przypadku nagłej utraty słuchu typu odbiorczego (SSNHL), która jest stanem nagłym wymagającym natychmiastowej interwencji. Kortykosteroidy, przyjmowane doustnie lub podawane przez wstrzyknięcie do ucha środkowego (terapia intratympanalna), są najczęściej stosowaną metodą leczenia i wykazują najlepszą skuteczność, gdy są podawane w ciągu pierwszych 2 tygodni od wystąpienia objawów1718.

Leczenie chirurgiczne

Interwencje chirurgiczne mogą być odpowiednie dla niektórych rodzajów utraty słuchu, szczególnie typu przewodzeniowego, który wynika z problemów w uchu zewnętrznym lub środkowym12.

Najczęstsze procedury chirurgiczne obejmują:

  • Drenaż ucha środkowego – zabieg polegający na umieszczeniu małych rurek w błonie bębenkowej w celu odprowadzenia płynu z ucha środkowego i zmniejszenia ryzyka infekcji ucha1918
  • Stapedektomia – zabieg chirurgiczny stosowany w leczeniu otosklerozy, polegający na usunięciu istniejącej kosteczki strzemiączka i zastąpieniu jej protezą13
  • Tympanoplastyka – naprawa perforowanej błony bębenkowej1320
  • Rekonstrukcja ucha – w przypadkach znacznego uszkodzenia ucha środkowego lub zewnętrznego13

Leczenie chirurgiczne jest często skuteczne w przywracaniu słuchu w przypadkach, gdy utrata słuchu jest spowodowana problemami anatomicznymi lub mechanicznymi12.

Terapia hiperbaryczna

Terapia tlenem hiperbarycznym (HBOT) jest obiecującą metodą leczenia nagłej utraty słuchu typu odbiorczego. Polega ona na poddaniu pacjenta działaniu 100% tlenu pod zwiększonym ciśnieniem (zwykle 2,0-2,5 ATA) w komorze hiperbarycznej21.

Badania wykazały, że HBOT może zwiększyć napięcie tlenu w płynie perilimfatycznym ucha wewnętrznego i przywrócić słuch u znacznej liczby pacjentów z nagłą utratą słuchu typu odbiorczego21. Najlepsze wyniki osiąga się, gdy pacjenci są leczeni w ciągu 14 dni od wystąpienia objawów i jednocześnie otrzymują kortykosteroidy (systemowo lub intratympanalnie)21.

Dla pacjentów z umiarkowaną utratą słuchu terapia HBOT poprawiała słuch średnio o 19,3 decybeli, a u pacjentów z ciężką utratą słuchu – średnio o 37,7 decybeli21.

Nowe metody leczenia i badania

Trwają intensywne badania nad nowymi metodami leczenia utraty słuchu, które mogłyby potencjalnie przywrócić słuch poprzez regenerację lub naprawę uszkodzonych komórek rzęsatych lub neuronów słuchowych22.

Terapia regeneracyjna – firma biotechnologiczna Frequency Therapeutics prowadzi badania nad terapią wykorzystującą małe cząsteczki do programowania komórek progenitorowych w uchu wewnętrznym w celu tworzenia komórek rzęsatych umożliwiających słyszenie22. W badaniach klinicznych firma zaobserwowała statystycznie istotną poprawę percepcji mowy u niektórych uczestników po pojedynczym wstrzyknięciu, przy czym niektóre odpowiedzi utrzymywały się prawie dwa lata22.

Terapia genowa – badacze z Harvard Medical School wykazali, że komórki rzęsate mogą być regenerowane w uchu dorosłego ssaka poprzez stymulację komórek rezydentnych do przekształcenia się w nowe komórki rzęsate, co prowadzi do częściowego przywrócenia słuchu u myszy z uszkodzeniami spowodowanymi hałasem23. Trwają również badania kliniczne terapii genowej dla pacjentów z głuchotą spowodowaną niedoborem białka otoferyny, z wczesnymi pozytywnymi wynikami24.

Terapia komórkami macierzystymi – badacze wykorzystują komórki macierzyste do regeneracji uszkodzonych struktur ucha wewnętrznego, takich jak komórki rzęsate i neurony słuchowe25. W przypadku utraty słuchu, mezenchymalne komórki macierzyste (MSC) mogą być przeszczepione do organizmu pacjenta i przemieszczać się do uszkodzonego obszaru, kierowane przez białka wskazujące miejsce stanu zapalnego25.

Terapia farmakologiczna – prowadzone są badania nad nowymi lekami, które mogłyby leczyć określone rodzaje nabytej utraty słuchu24. Przykładem jest SPT-2101, formulacja hydrożelowa zawierająca deksametazon, opracowana przez Spiral Therapeutics, która jest obecnie w fazie I badań klinicznych26.

Te innowacyjne podejścia badawcze dają nadzieję na opracowanie w przyszłości skutecznych metod leczenia przyczynowego utraty słuchu, które mogłyby przywracać słuch, a nie tylko kompensować jego utratę27.

Urządzenia wspomagające słyszenie

Oprócz aparatów słuchowych i implantów, istnieją również inne urządzenia wspomagające słyszenie (Assistive Listening Devices – ALDs), które mogą pomóc osobom z utratą słuchu w określonych sytuacjach28.

Te urządzenia obejmują:

  • Systemy FM – przekazują dźwięk bezpośrednio do aparatu słuchowego, redukując hałas tła29
  • Urządzenia alarmowe – wykorzystujące światło lub wibracje zamiast dźwięku29
  • Systemy indukcyjne – instalowane w miejscach publicznych do bezpośredniego przesyłania dźwięku do aparatów słuchowych29
  • Urządzenia telekomunikacyjne – specjalne telefony lub wzmacniacze telefoniczne5
  • Systemy napisów – dla programów telewizyjnych i filmów29

Te urządzenia mogą znacznie poprawić doświadczenia podczas oglądania telewizji, słuchania muzyki lub rozmawiania przez telefon5.

Rehabilitacja słuchowa

Rehabilitacja słuchowa (aural rehabilitation) jest istotnym elementem kompleksowego leczenia utraty słuchu. Obejmuje ona kombinację zarządzania funkcjami sensorycznymi, nauczania, treningu percepcyjnego i poradnictwa30.

Kluczowe komponenty rehabilitacji słuchowej obejmują:

  • Trening słuchowy – pomaga mózgowi ponownie nauczyć się przetwarzać dźwięki5
  • Czytanie z ruchu warg – technika, która pomaga w rozumieniu mowy poprzez obserwację ruchu ust rozmówcy31
  • Język migowy – alternatywna metoda komunikacji dla osób z głęboką utratą słuchu31
  • Poradnictwo – pomaga pacjentom i ich rodzinom radzić sobie z psychologicznymi i emocjonalnymi skutkami utraty słuchu32
  • Strategie komunikacyjne – nauka skutecznych technik komunikacji w różnych sytuacjach33

Badania pokazują, że wczesna interwencja i rehabilitacja słuchowa mogą znacznie poprawić rozwój dziecka z utratą słuchu9. W przypadku dorosłych, rehabilitacja słuchowa może pomóc maksymalizować korzyści z aparatów słuchowych lub implantów ślimakowych11.

Terapia dźwiękowa

Terapia dźwiękowa to metoda wykorzystująca zewnętrzne dźwięki do zmiany percepcji lub reakcji pacjenta na problemy związane z uchem, takie jak utrata słuchu czy szumy uszne (tinnitus)34.

Główne kategorie terapii dźwiękowej obejmują:

  • Rozpraszanie – wykorzystanie dźwięków zewnętrznych do odwrócenia uwagi od problemu słuchowego
  • Habituacja – pomoc w przyzwyczajeniu się do określonych dźwięków
  • Maskowanie – używanie zewnętrznych dźwięków do przykrycia szumów usznych
  • Neuromodulacja – stymulacja uszkodzonych komórek w uszach, aby wspomóc transmisję sygnałów do mózgu3435

Aparaty słuchowe są również uważane za rodzaj terapii dźwiękowej ze względu na ich zdolność do wzmacniania zewnętrznych dźwięków jako sposób na zwiększenie bodźców słuchowych34.

Terapia dźwiękowa może pomóc w zarządzaniu szumami usznymi, poprawie umiejętności słuchania, komunikacji, przetwarzania słuchowego i utrzymaniu wrażliwości na dźwięki35.

Znaczenie wczesnej interwencji

Wczesna diagnoza i leczenie utraty słuchu są kluczowe dla osiągnięcia optymalnych wyników, szczególnie u dzieci9. Badania wykazują, że wczesna interwencja może znacznie poprawić rozwój dziecka z utratą słuchu28.

Niemowlęta z zdiagnozowaną utratą słuchu powinny rozpocząć korzystanie z usług interwencyjnych jak najszybciej, ale nie później niż w wieku 6 miesięcy28. Wcześniejsza interwencja daje lepsze szanse na rozwój umiejętności językowych i komunikacyjnych36.

Również w przypadku dorosłych szybkie podjęcie leczenia, szczególnie w przypadku nagłej utraty słuchu, może znacznie zwiększyć szanse na odzyskanie słuchu37. Badania pokazują, że w przypadkach nagłej utraty słuchu typu odbiorczego, 85% osób doświadcza przynajmniej częściowej poprawy, jeśli są leczeni przez specjalistę laryngologa odpowiednio wcześnie38.

Podsumowanie i perspektywy

Leczenie utraty słuchu jest obszarem, który dynamicznie się rozwija, oferując coraz więcej opcji dla pacjentów z różnymi rodzajami i stopniami utraty słuchu. Od tradycyjnych aparatów słuchowych i implantów ślimakowych, przez zaawansowane terapie dźwiękowe, po obiecujące badania w dziedzinie regeneracji komórek i terapii genowej – spektrum dostępnych i rozwijanych metod leczenia jest szerokie2739.

Chociaż większość rodzajów utraty słuchu pozostaje nieodwracalna, odpowiednie leczenie może znacząco poprawić słyszenie, komunikację i jakość życia osób z utratą słuchu7. Kluczowe znaczenie ma indywidualne podejście do każdego pacjenta, uwzględniające jego specyficzne potrzeby, styl życia i preferencje13.

Z perspektywą na przyszłość, badania nad regeneracją komórek słuchowych, terapią genową i nowymi lekami dają nadzieję na rozwój metod, które mogłyby nie tylko poprawiać, ale potencjalnie przywracać utracony słuch22. Jak przewiduje jeden z badaczy: „Nie byłbym zdziwiony, gdyby za 10 lub 15 lat, ze względu na zasoby inwestowane w tę dziedzinę i niesamowitą naukę, której jesteśmy świadkami, można było dojść do punktu, w którym [odwracanie utraty słuchu] byłoby podobne do operacji Lasik, gdzie wchodzisz i wychodzisz w godzinę lub dwie i całkowicie przywracasz swój wzrok. Myślę, że zobaczymy to samo w przypadku utraty słuchu”22.

Dla osób cierpiących na utratę słuchu najważniejsze jest skonsultowanie się ze specjalistą – audiologiem lub laryngologiem – który może przeprowadzić dokładną diagnozę i zaproponować najlepsze opcje leczenia dostosowane do indywidualnej sytuacji2.

Kolejne rozdziały

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Wybierz kolejny rozdział z menu poniżej, aby otworzyć nową podstronę kompedium wiedzy i uzyskać szczegółowe informację o leku, substancji lub chorobie.

  1. 10.04.2026
  2. www.leksykon.com.pl

Materiały źródłowe

  • #1 Hearing loss – Diagnosis and treatment – Mayo Clinic
    https://www.mayoclinic.org/diseases-conditions/hearing-loss/diagnosis-treatment/drc-20373077
    Hearing loss treatment depends on the cause of the hearing loss and how bad it is. […] Options include: […] Hearing aids. If hearing loss is from damage to the inner ear, a hearing aid can be helpful. A hearing specialist, known as an audiologist, can talk about how hearing aids can help and what kinds there are. Audiologists also can fit you with a hearing aid. […] Cochlear implants. When a regular hearing aid isn’t likely to help much, a cochlear implant might be an option. A cochlear implant isn’t like a hearing aid that makes sound stronger and directs it into the ear canal. Instead, a cochlear implant goes around the parts of the inner ear that don’t work to spur the hearing nerve. […] An audiologist and a health care provider trained in the ears, nose and throat (ENT) can tell you the risks and benefits.
  • #2 Hearing Loss: Types, Symptoms, Causes & Treatment
    https://my.clevelandclinic.org/health/diseases/17673-hearing-loss
    Hearing loss cant be reversed, but surgery to treat some issues can improve hearing. […] But audiologists healthcare providers who specialize in diagnosing and treating hearing loss can help. They can recommend treatments like hearing aids or cochlear implants that reduce hearing loss. […] Treatments are different depending on the type of hearing loss you have. […] Medications, like corticosteroids, to reduce swelling in your cochlea hair cells. (You can damage your cochlea hair cells if youre exposed to loud noise.) […] Management like hearing aids and cochlear implants. […] Cochlear implant surgery may affect your sense of balance or affect residual hearing, which is hearing you have despite having severe or profound hearing loss. Rarely, cochlear implant surgery causes nerve damage or cerebrospinal leaks. […] If you think you have hearing loss, talk to a healthcare provider or audiologist. Theyll determine the best way to improve your hearing.
  • #3 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.
  • #4 Hearing Loss Treatment Options
    https://www.webmd.com/a-to-z-guides/hearing-loss-treatment-options
    Advances in medicine and technology have led to many new treatments for hearing loss. No matter what type you have, treatments can help you. They make sounds louder and make them easier for the inner ear to pick up. Analog hearing aids convert sound into electrical signals, then make them louder. Digital hearing aids convert sound into a code of numbers, then change them back into sound. Doctors can put some hearing technologies even farther inside your ear to send more sound vibrations to your inner ear. A surgeon attaches a small device to one of the bones of your middle ear so it can move them directly, which sends stronger sound vibrations to the inner ear. These implants help people with sensorineural hearing loss. Bone-anchored hearing aids transmit sound into the inner ear through the skull. Cochlear implants bypass damaged parts of the ear and send signals directly to your auditory nerve that relays sound to the brain. These implants can help adults who are deaf or severely hearing-impaired. They can also help children with profound hearing loss have better speech and language skills.
  • #5 Top treatments for hearing loss
    https://www.healthyhearing.com/help/hearing-loss/treatment
    Hearing loss treatments include hearing aids, cochlear implants, medical treatments and other options. […] There is no cure for most types of hearing loss. However, effective treatments exist. […] Options include hearing aids, cochlear implants, bone-anchored hearing systems, and assistive listening devices. […] See a hearing care provider near you for expert treatment advice. […] If you have trouble hearing, the first step is getting a hearing test and a thorough evaluation from a hearing care professional. […] For people with type of hearing loss, hearing aids are the gold standard treatment. In some cases, cochlear implants may be recommended. […] Hearing aids do not cure or restore hearing. The basic purpose of a hearing aid is to amplify sound in the specific ranges you need.
  • #5 Top treatments for hearing loss
    https://www.healthyhearing.com/help/hearing-loss/treatment
    If your hearing care professional recommends hearing aids, they will work with you to calibrate them to your specific hearing loss, during a process known as fitting. […] For some people, hearing aids do not provide enough amplification and cochlear implants will be the recommended treatment. […] Bone-anchored hearing systems are surgically implanted devices that treat hearing loss through bone conduction of sound vibrations to the inner ear. […] Conductive hearing loss treatment options usually involve medical intervention from an ear-nose-throat specialist to address the specific cause. […] Assistive listening devices (ALDs) can improve your experience while watching television, listening to music or talking on the phone. […] Sudden hearing loss in one ear should always be treated quickly and requires medication.
  • #5 Top treatments for hearing loss
    https://www.healthyhearing.com/help/hearing-loss/treatment
    Whether you are prescribed hearing aids or cochlear implants or another device, auditory training or rehab can help the brain relearn how to process noise into sound. […] It’s not unusual to experience tinnitus when you start to develop hearing loss as you get older. […] Fortunately, today’s hearing aids often come with what are known as „tinnitus masking features” to help tune out the ringing in your ears. […] Hearing loss is all too common, but there has never been a better time to seek treatment with today’s amazing technology and medical options available.
  • #6 Treatments | Stanford Health Care
    https://stanfordhealthcare.org/medical-conditions/ear-nose-and-throat/sensorineural-hearing-loss/treatments.html
    In most cases, medications are not helpful in treating sensorineural hearing loss. For certain causes of sudden sensorineural hearing loss, your doctor may recommend medication such as steroid pills or steroid injections. […] You may need a hearing aid (an electronic or battery-powered removable device) to amplify the sound around you. We have a comprehensive selection of hearing aids, including ones that use the latest and most advanced technology. […] For severe or profound sensorineural hearing loss, if a hearing aid is not helpful enough, a cochlear implant in one or both ears may be the best solution. […] We specialize in cochlear implants, which mimic the role of your cochlea (sensory organ of hearing). […] You may find additional devices to be helpful for sensorineural hearing loss, including assistive listening devices, alerting devices, and other communication aids. […] You have access to the Stanford Balance Center if you experience balance difficulties from inner ear damage. We develop a personalized treatment plan to improve your balance.
  • #7 Sensorineural Hearing Loss: Symptoms, Causes & Treatment
    https://my.clevelandclinic.org/health/diseases/sensorineural-hearing-loss
    Sensorineural hearing loss (SNHL) occurs when sound cant reach your inner ear. […] While you might not be able to cure SNHL, hearing aids, cochlear implants or other devices can help you hear again. […] But wearing hearing aids or other hearing devices can greatly improve your hearing and quality of life. […] Sensorineural hearing loss treatments include: […] Hearing aids. These devices amplify sounds like tiny speakers and make it easier for you to hear. […] Cochlear implants. These surgically placed devices bypass your inner ear and create a new pathway for sounds to reach your brain. […] Medications. If inflammation or disease causes SNHL, your healthcare provider might prescribe medications like corticosteroids. […] Bone-anchored hearing aids (BAHA). These surgically implanted devices use vibrations to send sounds to your inner ear. BAHA might be helpful if you have single-sided (unilateral) sensorineural hearing loss.
  • #7 Sensorineural Hearing Loss: Symptoms, Causes & Treatment
    https://my.clevelandclinic.org/health/diseases/sensorineural-hearing-loss
    Overall outlook depends on the underlying cause and severity of hearing loss. In most cases, SNHL is permanent. But hearing aids or cochlear implants can improve your hearing abilities and keep you from missing out on whats happening around you. […] Treatments like hearing aids and cochlear implants can help you hear better and feel connected to the world around you again.
  • #8 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. They are also helpful for people with single-sided deafness, and for infants or children born with a severe to profound hearing loss so that their speech and language development is not impeded. This device has a magnetic internal coil and an ear-worn, sound processor that resembles a behind-the-ear hearing aid. Using a microphone, the processor captures sound signals and sends them via an external transmitter to a receiver implanted under the skin behind the ear, according to the American Cochlear Implant (ACI) Alliance. […] The receiver sends these signals to an electrode array implanted in the cochlea. The signals stimulate the auditory nerve. The transmitted information is then sent to the brain, which learns to interpret the signal as meaningful information, ACI Alliance says.
  • #9 Treatment and Intervention for Hearing Loss | Hearing Loss in Children | CDC
    https://www.cdc.gov/hearing-loss-children/treatment/index.html
    Services for children from birth through 36 months of age are called Early Intervention or Part C services. […] Special education is instruction specifically designed to address the educational and related developmental needs of older children with disabilities, or those who are experiencing developmental delays. […] Technology does not „cure” hearing loss but may help a child with hearing loss to make the most of their residual hearing. […] Hearing aids make sounds louder. […] A cochlear implant may help many children with severe to profound hearing loss even very young children. […] An auditory brainstem implant directly stimulates the hearing pathways in the brainstem, bypassing the inner ear and hearing nerve. […] This type of hearing aid can be considered when a child has either a conductive, mixed, or unilateral hearing loss.
  • #9 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. […] Intervention plans will include close monitoring, follow-ups, and any changes needed along the way. […] There are many different options for children with hearing loss and their families. […] Treatment and intervention options for hearing loss in children include working with a professional (or team) who can help a child and family learn to communicate. […] Getting a hearing device, such as a hearing aid. […] Early intervention program services help young children with hearing loss learn communication and other important skills. […] Research shows that early intervention services can greatly improve a child’s development. […] Babies who are diagnosed with hearing loss should begin to get intervention services as soon as possible, but no later than 6 months of age.
  • #10 Severe Hearing Loss: Symptoms, Tests, Diagnosis, and Treatment
    https://www.webmd.com/a-to-z-guides/severe-hearing-loss
    It can take a long time after the surgery to get cochlear implants to work best for you or your child. Youll need support from hearing specialists and language therapists to learn how to use the device and respond to the sounds you can hear. The process takes a lot of time and effort. Your doctor will help you decide if you or your child are a good fit for this therapy. […] Therapy can help your child learn to use a hearing aid and find ways to communicate. A family or a speech therapist can teach them to say words clearly so others understand. They can also learn how to use other techniques, including sign language, natural gestures, and speech reading. A therapist can help you decide which approach is right for your child and how your family can help. […] Work with an audiologist to learn ways to deal with noisy places or group conversations. […] It’s important to diagnose and treat severe hearing loss as soon as possible. The sooner you or your child can begin therapy, the better you’ll be able to adapt.
  • #10 Severe Hearing Loss: Symptoms, Tests, Diagnosis, and Treatment
    https://www.webmd.com/a-to-z-guides/severe-hearing-loss
    Treatment for severe hearing loss usually means using different technology to improve the hearing you have. Theres no single therapy thats best for every person with the condition. Your doctor will recommend one based on how much hearing youve lost, how healthy you are, your lifestyle, and how your ears were damaged. […] Your treatment options include: […] Hearing aids. They make low sounds louder or easier to hear. Some may help cut background noise. […] Implants. Middle ear implants are devices that vibrate inside your ear. Your doctor will place them there for you. You can use them for long periods of time. […] Cochlear implants help people who have such severe hearing loss that hearing aids dont help. They trigger the nerves inside the ears. They dont cure hearing loss, but they can give children and adults the sensation of sound and improved word/speech recognition.
  • #11 Hearing Loss in Adults: Differential Diagnosis and Treatment | AAFP
    https://www.aafp.org/pubs/afp/issues/2019/0715/p98.html
    Auditory rehabilitation has been variably defined, but it generally refers to services that focus on adjusting patients and their families to hearing deficits and providing listening and speaking strategies to improve communication. […] Hundreds of medications are associated with ototoxicity. Physicians should ask about current and past use of these medications, and when current use is necessary, assure that protocols are in place to minimize risk. […] Cochlear implants are used for moderate to profound bilateral sensorineural hearing loss. A cochlear implant is a surgically placed device that bypasses damaged portions of the ear and directly stimulates the auditory nerve. Studies show benefit in speech perception, social function, and overall quality of life after placement of cochlear implants.
  • #12 Treatments | Stanford Health Care
    https://stanfordhealthcare.org/medical-conditions/ear-nose-and-throat/conductive-hearing-loss/treatments.html
    We offer hearing aids to amplify the sound around you and change it into something you can hear. We have multiple types of hearing aids that use advanced technology, including less visible options. […] We specialize in advanced microsurgery procedures to fix ear damage or help improve your hearing. Your treatment plan may include surgery to: Fix the tiny structures and bones in your ear, such as your eardrum or middle ear bones; Place an implantable hearing device, such as a bone conduction hearing device, if external hearing aids dont work well enough; Remove cysts, blockages, growths, or tumors. […] If hearing loss affects your balance, you have access to the Stanford Health Care Balance Center. Our team combines otolaryngology (ENT), neurology, rehabilitation medicine, and orthopaedic expertise. We do complete evaluations that help us make personalized treatment plans to improve your balance.
  • #12 Treatments | Stanford Health Care
    https://stanfordhealthcare.org/medical-conditions/ear-nose-and-throat/conductive-hearing-loss/treatments.html
    Conductive hearing loss treatment depends on what causes the hearing loss. In many cases, we can find a treatment option that corrects outer or middle ear issues and restores your hearing. When treatment cant bring back your hearing, we can help make communication, social interaction, and daily activities easier and more enjoyable. […] You and your doctor will discuss the treatment plan that best fits your needs. Your doctor may need to remove earwax, or may recommend medications, hearing amplification, or surgery. Ear infections or injuries might heal on their own, or with the help of medication or surgery. […] Medications help treat certain causes of conductive hearing loss, such as ear infections. Antimicrobial medications fight a range of ear problems, including bacteria, viruses, and fungi. Your doctor may prescribe medication in the form of ear drops or pills to take by mouth.
  • #13 Treatment Options for Hearing Loss – UChicago Medicine
    https://www.uchicagomedicine.org/conditions-services/ear-nose-throat/ear-hearing-care/treatment-options-for-hearing-loss
    In addition to cochlear implants, we offer other implantable hearing devices that may help treat your specific hearing loss. […] 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. […] A perforated eardrum that has not closed on its own can be surgically closed to enhance your hearing and prevent infection. […] For patients with otosclerosis, a stapedotomy offers a solution by removing the existing stapes bone and replacing it with a prosthetic device. […] An aural atresia repair can restore the natural sound to the middle ear.
  • #13 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. […] We are committed to providing individualized treatment plans that are tailored to complement the cause and severity of your hearing loss. […] 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.
  • #14 Sensorineural Hearing Loss (SNHL) – ENT Health
    https://www.enthealth.org/conditions/sensorineural-hearing-loss/
    What Are the Treatment Options? […] If you are experiencing hearing loss, you should see an ENT specialist who can make the correct diagnosis. This is important because the treatment for hearing loss depends on the cause. Once a diagnosis is made, your physician will be able to talk to you about all treatment options. A critical part of the evaluation will be a hearing test (audiogram) performed by an audiologist to determine the severity of your hearing loss, as well as whether it is conductive, sensorineural, or a combination of both. […] Your ENT specialist may recommend specific treatment options based on the results of your hearing test, or other potential tests such as a CT or MRI imaging scan. Treatment options can include: […] Medical therapy corticosteroids (oral or injection through the eardrum) may be used to reduce cochlear hair cell swelling and inflammation after exposure to loud noises; diuretics may be used for Mnires disease […] SNHL can be treated with the use of conventional hearing aids or an implantable hearing device. Again, your ENT specialist and/or audiologist can help you decide which device may work best for you depending on your hearing test results and your lifestyle.
  • #15 Sudden Hearing Loss Treatment NYC | Mount Sinai – New York
    https://www.mountsinai.org/locations/ear-institute/conditions/sudden-hearing-loss
    Sudden hearing loss is defined as a loss of hearing that begins with no warning and for no apparent reason, developing over 24 hours or less. Most cases of sudden hearing loss are viral, and most patients are treated with steroids. Despite the fact that sudden hearing loss is a relatively common disease that has been the subject of considerable clinical research, sudden hearing loss continues to be vexing for doctor and patient because the cause often cannot be determined, the treatment isn’t always effective, and the prognosis is usually uncertain. […] It is generally accepted that steroids (cortisone), taken orally over 1 to 2 weeks, are the single most beneficial treatment for sudden hearing loss, although they do not lead to improvement in every case. […] Most doctors agree that treatments are most effective when started as early as possible after the onset of the loss. Although not all patients regain hearing, options exist even for patients left with permanent hearing loss.
  • #16 Hearing loss
    https://www.nhs.uk/conditions/hearing-loss/
    Hearing loss can be caused by something treatable or it may be permanent. […] Treatment for hearing loss depends on what’s causing it. […] Sometimes a GP may be able to treat the cause, for example: an ear infection might be treated with antibiotics, an earwax build-up might be treated with ear drops or removed. […] If your hearing loss is not caused by something a GP can treat, they may refer you to a hearing specialist for further tests and treatment. […] If you have permanent hearing loss, a specialist will often recommend hearing aids. These will not make your hearing perfect, but they make sounds louder and clearer. […] Some people may need a hearing implant. These are devices that are attached to your skull or placed deep inside your ear.
  • #17 Sudden Hearing Loss Treatment & Management: Medical Care, Surgical Care
    https://emedicine.medscape.com/article/856313-treatment
    No preferred treatment regimen exists for sudden hearing loss. […] Treatment can be based upon a rational approach. Based on the history, physical examination findings, and laboratory results, if no definitive or treatable etiology is found, the treatment regimen should be dictated by the most likely factors involved. […] The treatment regimens for ISSHL are varied, and this diversity reflects both the different etiologies that may cause sudden hearing loss and the uncertainty in diagnosis. The therapies can be grouped by mechanism of action. […] Corticosteroids are the primary anti-inflammatory agents used to treat ISSHL. […] In a randomized, controlled study, intratympanic injection of dexamethasone is shown to effectively improve hearing in patients with severe or profound SSNHL after treatment failure with standard therapy and is not associated with major side effects.
  • #18 Ask me anything: What to know about hearing loss – Scope
    https://scopeblog.stanford.edu/2024/11/21/ask-me-anything-what-to-know-about-hearing-loss/
    Hearing loss can sometimes be reversible. For example, conductive hearing loss is often reversible. The intervention may involve the removal of earwax buildup, treatment of middle ear infections or surgery. While sensorineural hearing loss is typically irreversible, some forms can be reversible, such as those caused by certain medications. Sudden hearing loss can be reversible if treatment is sought shortly after the loss occurs. In that case, treatment typically consists of steroids taken orally or delivered through the ear drum. […] Hearing aids are devices that amplify sound and require no surgery. They make sounds louder but do not necessarily make them clearer. They are most effective for people with mild to moderate hearing loss. Cochlear implants are devices that require surgery to insert an electrode array directly into the cochlea, which is the hearing organ of the inner ear. Cochlear implants bypass missing or nonfunctional cells in the inner ear and directly stimulate the hearing nerve. They are effective for people with severe to profound hearing loss and can improve the clarity of speech.
  • #18 Ask me anything: What to know about hearing loss – Scope
    https://scopeblog.stanford.edu/2024/11/21/ask-me-anything-what-to-know-about-hearing-loss/
    The main treatments include hearing aids, cognitive behavioral therapy, and cochlear implants for those who qualify for this surgical procedure. […] A simple and effective treatment that helps many is the placement of a small tube through the eardrum. These tubes allow the middle ear to stay ventilated. They reduce the frequency and intensity of ear infections. […] The Stanford Initiative to Cure Hearing Loss includes over 100 researchers and clinicians. We have deep expertise in a range of complementary areas, which include genetics, structural biology, stem cells biology, regeneration, electrophysiology, mathematics, and computational modeling. We work collaboratively to better understand hearing loss and develop novel and improved treatment options.
  • #19 Hearing Loss – La Crosse – Mayo Clinic Health System
    https://www.mayoclinichealthsystem.org/locations/la-crosse/services-and-treatments/otorhinolaryngology/ear-conditions-and-treatment/hearing-loss
    Hearing aids. If your hearing loss is due to damage to your inner ear, a hearing aid can be helpful. An audiologist can discuss with you the potential benefits of a hearing aid and fit you with a device. […] Removing wax blockage. Earwax blockage is a reversible cause of hearing loss. Your doctor may remove earwax using suction or a small tool with a loop on the end. […] Surgical procedures. Some types of hearing loss can be treated with surgery, including abnormalities of the eardrum or bones of hearing. If you’ve had repeated infections with persistent fluid, your doctor may insert small tubes that help your ears drain.
  • #20 Surgery for Hearing Loss | NYU Langone Health
    https://nyulangone.org/conditions/hearing-loss/treatments/surgery-for-hearing-loss
    Tympanoplasty is performed to repair or replace an injured eardrum, the thin membrane that separates the outer and middle ear. […] Most of the time, tympanoplasty is performed through the ear canal using general or local anesthesia. […] Over the following weeks, the graft merges with the eardrum membrane, restoring function and improving hearing.
  • #21 Hyperbaric Treatment of Sensorineural Hearing Loss – StatPearls – NCBI Bookshelf
    https://www.ncbi.nlm.nih.gov/books/NBK459160/
    Patients with moderate to severe hearing loss (more than 40 decibels) should be considered for hyperbaric oxygen therapy. […] The American Academy of Otolaryngology recommends hyperbaric oxygen be considered as a treatment option for up to 3 months after symptom onset and recommends against the routine use of antivirals, thrombolytics, vasodilators, vasoactive substances, or antioxidants. […] An otolaryngologist and audiologist should evaluate patients with an audiogram, MRI of the brain (to rule out retrocochlear pathology), full autoimmune and vasculitis evaluation, and auditory brainstem response. […] Treatment pressure for hyperbaric oxygen therapy should be 2.0 ATA to 2.5 ATA for 90 minutes daily for 10 to 20 treatments depending on response. […] For people with an early presentation of sudden sensorineural hearing loss, the application of hyperbaric oxygen therapy significantly improves the prognosis with a number needed to treat of 5.3.
  • #21 Hyperbaric Treatment of Sensorineural Hearing Loss – StatPearls – NCBI Bookshelf
    https://www.ncbi.nlm.nih.gov/books/NBK459160/
    Sudden sensorineural hearing loss (SSNHL) is defined as hearing loss of at least 30 decibels occurring over at least three consecutive audiometric frequencies and lasting at least 3 days. […] More than 60 treatment protocols have been described for SSNHL but the majority of these have not proven effective. The three most promising treatments include corticosteroids, vasodilators, and hyperbaric oxygen therapy. Of these, only hyperbaric oxygen has undergone sufficient randomized controlled trials to show a positive treatment effect in meta-analyses. […] Hyperbaric oxygen can increase perilymph oxygen tension and restore hearing in a significant number of patients with sudden sensorineural hearing loss. […] The best results are found when patients are treated within 14 days of symptoms onset and with concomitant steroids (either systemically or intratympanic).
  • #21 Hyperbaric Treatment of Sensorineural Hearing Loss – StatPearls – NCBI Bookshelf
    https://www.ncbi.nlm.nih.gov/books/NBK459160/
    For patients with moderate hearing loss hyperbaric oxygen improved hearing an average of 19.3 decibels and for those with severe hearing loss improved an average of 37.7 decibels. […] Sensorineural hearing loss is best done with an interprofessional that includes audiology nurses. […] Over the years HBO has been recommended for the treatment of sensorineural loss but clinicians should be aware that the data are heterogeneous and there still remains some question about its real benefits.
  • #22 Reversing hearing loss with regenerative therapy | MIT News | Massachusetts Institute of Technology
    https://news.mit.edu/2022/frequency-therapeutics-hearing-regeneration-0329
    The biotechnology company Frequency Therapeutics is seeking to reverse hearing loss not with hearing aids or implants, but with a new kind of regenerative therapy. The company uses small molecules to program progenitor cells, a descendant of stem cells in the inner ear, to create the tiny hair cells that allow us to hear. […] Frequencys drug candidate is designed to be injected into the ear to regenerate these cells within the cochlea. In clinical trials, the company has already improved peoples hearing as measured by tests of speech perception the ability to understand speech and recognize words. […] In Frequencys first clinical study, the company saw statistically significant improvements in speech perception in some participants after a single injection, with some responses lasting nearly two years.
  • #22 Reversing hearing loss with regenerative therapy | MIT News | Massachusetts Institute of Technology
    https://news.mit.edu/2022/frequency-therapeutics-hearing-regeneration-0329
    The company has dosed more than 200 patients to date and has seen clinically meaningful improvements in speech perception in three separate clinical studies. […] Karp believes Frequencys work will advance researchers ability to manipulate progenitor cells and lead to new treatments down the line. […] I wouldn’t be surprised if in 10 or 15 years, because of the resources being put into this space and the incredible science being done, we can get to the point where [reversing hearing loss] would be similar to Lasik surgery, where you’re in and out in an hour or two and you can completely restore your vision, Karp says. I think we’ll see the same thing for hearing loss. […] Some of these people [in the trials] couldnt hear for 30 years, and for the first time they said they could go into a crowded restaurant and hear what their children were saying, Langer says. Its so meaningful to them.
  • #23 Major step toward treatment for a leading form of hearing loss | Harvard Stem Cell Institute (HSCI)
    https://hsci.harvard.edu/major-step-toward-treatment-leading-form-hearing-loss
    Researchers at Massachusetts Eye and Ear and Harvard Medical School have demonstrated for the first time that hair cells can be regenerated in an adult mammalian ear by using a drug to stimulate resident cells to become new hair cells, resulting in partial recovery of hearing in mouse ears damaged by noise trauma. This finding […] holds great potential for future therapeutic application that may someday reverse deafness in humans. […] We show that hair cells can be generated in a damaged cochlea and that hair cell replacement leads to an improvement in hearing. […] Auditory hair cell replacement holds great promise as a treatment that could restore hearing after loss of hair cells. […] Replacing hair cells improved hearing in the mice, and the improved hearing could be traced to the areas in which supporting cells had become new hair cells. […] This is the first demonstration of hair cell regeneration in an adult mammal. […] With more research, we think that regeneration of hair cells opens the door to potential therapeutic applications in deafness.
  • #24 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. […] Gene therapy, especially for a form of congenital deafness caused by the deficiency of the protein otoferlin, has shown significant promise with early, positive clinical trial outcomes. […] Therapy for patients with this hearing loss involves introducing functional copies of the otoferlin genes into the inner ear.
  • #24 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/
    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. […] Cochlear implants are now well-established as an accepted hearing loss treatment for patients as young as nine months. […] 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.
  • #25 Stem Cell Treatment For Hearing Loss and Deafness | Swiss Medica
    https://www.startstemcells.com/hearing-loss.html
    Stem cell therapy for hearing loss is typically used when standard therapy for the underlying disease is ineffective or causes complications. […] In cases of incomplete hearing loss, stem cell therapy for deafness can be beneficial when combined with other treatments such as hearing aids, drug therapy with therapy with a hearing specialist, known as an audiologist, and using cochlear implants. […] Potential benefits of using stem cells for hearing loss depend on individual characteristics of the patient and may vary, including: […] Regeneration of hair cells: In some cases, hearing loss can result from the death of important cells for sound interpretation, such as hair cells or neurons. Stem cells can differentiate and transform into the cells required to reproduce a tissue or restore it.
  • #25 Stem Cell Treatment For Hearing Loss and Deafness | Swiss Medica
    https://www.startstemcells.com/hearing-loss.html
    Hearing loss is divided into three types: conductive, sensorineural, and mixed. […] Depending on the severity, these disabilities can be treated using hearing aids, cochlear implants, or stem cells treatment for deafness to improve hearing. […] In the case of hearing loss, MSCs can be transplanted into a patient’s body and travel to the injured area of the body, guided by proteins that show them where the inflammation is. […] Neural stem cells are also ideal candidates for stem cell therapy for deafness because of their ability to replace damaged cells. […] After all, stem cell therapy remains an emerging field of research in the treatment of hearing loss. Researchers are exploring the potential of stem cells to regenerate damaged inner ear structures, such as hair cells and auditory neurons, which are crucial for hearing.
  • #26 Recent Therapeutic Progress and Future Perspectives for the Treatment of Hearing Loss
    https://www.mdpi.com/2227-9059/11/12/3347
    Recent Therapeutic Progress and Future Perspectives for the Treatment of Hearing Loss […] There is currently no cure for hearing loss. However, emerging frontier technologies such as gene, drug or cell-based therapies offer hope for an effective cure. In this review, we discuss the current therapeutic progress for the treatment of hearing loss. […] The most common intervention for patients with SNHL is using prosthetics such as hearing aids or cochlear implants to aid hearing. While these are effective for less severe forms of SNHL, they do still require some HC functionality for sound transduction. […] There is a severe paucity of small molecule drugs available for treating SNHL and these are known to have varying degrees of effectiveness. […] Recently, SPT-2101, a hydrogel formulation containing dexamethasone, has been developed by Spiral Therapeutics (South Francisco, CA, USA) and is currently undergoing a Phase I clinical trial in Australia (ACTRN12621000964819), aiming to provide sustained release in the inner ear.
  • #27 New treatment options for hearing loss – PubMed
    https://pubmed.ncbi.nlm.nih.gov/25792261/
    Hearing loss is the most common form of sensory impairment in humans and affects more than 40 million people in the United States alone. No drug-based therapy has been approved by the Food and Drug Administration, and treatment mostly relies on devices such as hearing aids and cochlear implants. […] This understanding of the genetic pathways that regulate auditory function has revealed new targets for pharmacological treatment of the disease. Moreover, approaches that are based on stem cells and gene therapy, which may have the potential to restore or maintain auditory function, are beginning to emerge.
  • #28 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. Good intervention plans will include close monitoring, follow-ups and any changes needed along the way. There are many different options for children with hearing loss and their families. […] Some of the treatment and intervention options include: Working with a professional (or team) who can help a child and family learn to communicate. Getting a hearing device, such as a hearing aid. Joining support groups. Taking advantage of other resources available to children with a hearing loss and their families. […] Early intervention program services help young children with hearing loss learn language skills and other important skills. Research shows that early intervention services can greatly improve a child’s development.
  • #28 Hearing Loss Treatment and Intervention Services | CDC
    https://www.cdc.gov/ncbddd/hearingloss/treatment.html
    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. […] Special education is instruction specifically designed to address the educational and related developmental needs of older children with disabilities, or those who are experiencing developmental delays. […] EHDI works to identify infants and children with hearing loss. EHDI also promotes timely follow-up testing and services or interventions for any family whose child has a hearing loss. […] Technology does not cure hearing loss, but may help a child with hearing loss to make the most of their residual hearing. […] Hearing aids make sounds louder. They can be worn by people of any age, including infants. Babies with hearing loss may understand sounds better using hearing aids. This may give them the chance to learn speech skills at a young age.
  • #29
    https://www.who.int/news-room/fact-sheets/detail/deafness-and-hearing-loss
    By 2050, nearly 2.5 billion people are projected to have some degree of hearing loss, and more than 700 million will require hearing rehabilitation. […] Over 5% of the worlds population or 430 million people require rehabilitation to address their disabling hearing loss (including 34 million children). […] Rehabilitation helps people with hearing loss to function at their optimum, which means they can be as independent as possible in everyday activities. Specifically, rehabilitation helps them to participate in education, work, recreation and meaningful roles, for example in their families or communities, throughout their lives. Interventions for rehabilitation for people with hearing loss include: the provision of, and training in the use of, hearing technologies (e.g. hearing aids, cochlear implants and middle ear implants); speech and language therapy to enhance perceptive skills and develop communication and linguistic abilities; training in the use of sign language and other means of sensory substitution (e.g. speech reading, use of print on palm, Tadoma, signed communication); the provision of hearing assistive technology, and services (e.g. frequency modulation and loop systems, alerting devices, telecommunication devices, captioning services and sign language interpretation); and counselling, training and support to enhance engagement in education, work and community life.
  • #30 Hearing Loss in Adults
    https://www.asha.org/practice-portal/clinical-topics/hearing-loss/?srsltid=AfmBOoosBT5HhdzphShJ7Gksufzw17qU8tKYkiJXkTAp0OAwgqU_AIe5
    Aural rehabilitation (AR) is defined as the reduction of hearing-loss-induced deficits of function, activity, participation, and quality of life through a combination of sensory management, instruction, perceptual training, and counseling. […] A comprehensive plan of care for an individual with hearing loss may include the selection and fitting of a sensory device or the maximization of a current device (e.g., hearing aid, bone conduction device, cochlear implant, implantable device). […] Counseling and education for individuals with hearing loss and their family begins during the initial visit and continues throughout the entire diagnostic, treatment, and management process.
  • #31 Deafness and hearing loss: Causes, symptoms, and treatments
    https://www.medicalnewstoday.com/articles/249285
    Help is available for people with all types of hearing loss. Treatment depends on both the cause and severity of the deafness. […] Sensorineural hearing loss is incurable. When the hair cells in the cochlea are damaged, they cannot be repaired. However, various treatments and strategies can help improve quality of life. […] Hearing aids can help to improve hearing and quality of life. These are wearable devices that assist hearing. […] A hearing aid is not suitable for a person with profound deafness. […] If the eardrum and middle ear are functioning correctly, a person may benefit from a cochlear implant. […] A cochlear implant is inserted to help patients whose hearing impairment is caused by hair cell damage in the cochlea. The implants usually improve speech comprehension. […] Some people with hearing impairment may have speech problems, as well as difficulties in understanding speech from other people. […] Lip reading and sign language can replace or complement oral communication.
  • #32 Hearing therapy – RNID
    https://rnid.org.uk/information-and-support/hearing-loss/living-with-hearing-loss/hearing-therapy/
    Do you need some extra support because of your hearing loss? Hearing therapy can help you to manage the psychological effects of hearing loss as well as on a practical level by signposting you to support services and products that can help. […] If you’re struggling because of your hearing loss, hearing aids, tinnitus, hyperacusis (sensitivity to sound) or balance problems, your audiologist may discuss referring you to a hearing therapist. […] Hearing therapists can support you with: counselling to help with the psychological and emotional effects of hearing loss, advising on practical solutions to help you in your work and social life, including any products that can help, referring you to other support services, such as social services, details of local support groups and lipreading classes, auditory training to make listening easier.
  • #33 Hearing Loss | Conditions | UCSF Health
    https://www.ucsfhealth.org/conditions/hearing-loss
    Unfortunately, hearing aids will not correct hearing loss or restore hearing to normal levels. However, the use of hearing aids and assistive listening devices along with auditory training can help maximize hearing abilities. Training may consists of: Audiologic rehabilitation classes, Learning good listening strategies, Establishing guidelines for communicating with those around you.
  • #34 Guide to Sound Therapy and How It Can Help with Hearing Loss
    https://audiocardio.com/hearing-loss/guide-to-sound-therapy-and-how-it-can-help-with-hearing-loss/
    Losing your hearing may be affecting you far more than you think. […] However, there are ways to treat hearing loss. Some people rely on using hearing aids, with around 80% of hearing loss cases being treatable with hearing aids. […] Sound therapy is one of the many solutions that are offered to patients looking for a hearing loss solution. […] Generally speaking, sound therapy means the use of external noise to alter a patients perception or reaction to their ear problems. […] However, most sound therapy treatments can be placed under four categories: distraction, habituation, masking, neuromodulation. […] Hearing aids are known to be a type of sound therapy due to their capability to augment external noise as a way to increase auditory stimuli and divert attention from the perception of tinnitus.
  • #35 Guide to Sound Therapy and How It Can Help with Hearing Loss
    https://audiocardio.com/hearing-loss/guide-to-sound-therapy-and-how-it-can-help-with-hearing-loss/
    Sound therapy can help manage and cope with tinnitus, listening skills, communication skills, auditory processing, and maintain sound sensitivity. […] AudioCardio allows you to experience personalized sound therapy sessions that stimulate the damaged cells inside your ears to assist in promoting and supporting the transmission of signals to the brain. […] Sound therapy is capable of improving your overall health and changing your life entirely. […] Fortunately, sound therapy can be an excellent alternative or complementary solution and offers a potential way for you to prevent any further hearing loss and treat any other hearing issue that may occur. […] Sound therapy offers people the chance to ensure their ears can recover and improve in ways other treatments are incapable of achieving.
  • #36 Hearing Loss | Boston Children’s Hospital
    https://www.childrenshospital.org/conditions/hearing-loss
    Conductive hearing loss is usually temporary. Treatment depends on how it was caused. If a foreign object is blocking the ear, a clinician will take steps to remove it. Other possible treatments include: Medication: Antibiotic or antifungal cream is often used to treat hearing loss caused by recurring ear infections. Ear tubes: Small tubes are surgically placed in the child’s eardrum to drain fluid out of the middle ear and reduce the risk of ear infections. Surgery: A clinician may recommend surgery to treat hearing loss caused by head trauma or a malformed ear or ear canal. […] Sensorineural hearing loss is usually permanent. Because hearing is central to a child’s ability to develop language skills, it is important to seek treatment as soon as possible. Early intervention helps children with hearing loss develop language skills using a combination of reading, speaking, lip reading, sign language, and other tools.
  • #37 Hearing loss – prevention, signs, diagnosis and treatment | healthdirect
    https://www.healthdirect.gov.au/hearing-loss
    If you have a sudden loss of hearing, go to your local emergency department. […] Hearing loss is usually permanent. Treatment involves improving the hearing you have. […] If you are concerned about your hearing, see an audiologist for a hearing test. […] If you have a type of hearing loss that cannot be reversed, there are devices available that can help you improve your hearing, including: hearing aids, cochlear implants, other surgical implants, assistive listening devices such as personal amplifiers and headphones, phone apps. […] The Australian Governments Hearing Services Program provides eligible people with fully subsidised hearing assessments, hearing devices and other support services. […] If you have a sudden loss of hearing, go to your local emergency department. […] If you are treated quickly, you will have a better chance of recovery.
  • #38 Sensorineural Hearing Loss: Causes, Symptoms, Diagnosis, Treatment
    https://www.healthline.com/health/sensorineural-hearing-loss
    In cases of sudden SNHL, the Hearing Loss Association of America says that 85% of people will experience at least a partial recovery if they’re treated by an ear, nose, and throat doctor. […] SNHL often progresses over time if it’s caused by age-related or genetic factors. If it’s caused by a sudden loud noise or environmental factors, symptoms will likely plateau if you avoid the cause of hearing damage. […] Following these healthy hearing habits can help you avoid noise-related ear damage: Keep your headphone volume under 60%.
  • #39 New treatment options for hearing loss | Nature Reviews Drug Discovery
    https://www.nature.com/articles/nrd4533
    Hearing loss is the most common form of sensory impairment in humans and manifests in many forms, ranging from deafness at birth to slow progressive hearing loss during the ageing process. […] Treatment options for hearing loss are mostly based on medical devices, including hearing aids and cochlear implants; there are no pharmacological therapeutics currently in widespread use. […] Gene therapy has successfully been used to treat hearing loss in animal model systems. […] This understanding of the genetic pathways that regulate auditory function has revealed new targets for pharmacological treatment of the disease. […] Moreover, approaches that are based on stem cells and gene therapy, which may have the potential to restore or maintain auditory function, are beginning to emerge. […] The study of genes that are affected in patients suffering from hearing loss has identified molecular pathways that are potential therapeutic targets.