Materiały źródłowe

• #1 Cochlear Implants for Hearing Loss | Pacific Neuroscience Institute

  https://www.pacificneuroscienceinstitute.org/eye-ent/hearing/treatment/cochlear-implants/

  Hearing loss is one of the leading causes of overall disability worldwide, affecting approximately 466 million adults and children (6%). […] While hearing aids are widely prescribed for hearing loss, these are not always the best option. For those whose hearing loss is not improved by the use of hearing aids, or have single-side hearing loss, cochlear implants may represent a better solution. […] Beyond difficulty in hearing, untreated hearing loss can have profound effects on overall health, particularly in older adults. It has been linked to cognitive decline, depression, social isolation, an increased risk of falls, and even cardiovascular issues. […] Cochlear implants are recommended when a person cannot hear well with hearing aids or with significant hearing loss in just one ear.

• #2

  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). […] Disabling hearing loss refers to hearing loss greater than 35 decibels (dB) in the better hearing ear. […] Hard of hearing refers to people with hearing loss ranging from mild to severe. […] Deaf people mostly have profound hearing loss, which implies very little or no hearing. […] Although these factors can be encountered at different periods across the life span, individuals are most susceptible to their effects during critical periods in life. […] Genetic factors including hereditary and non-hereditary hearing loss

• #3 Hearing Loss – Ear, Nose, and Throat Disorders – Merck Manual Professional Edition

  https://www.merckmanuals.com/professional/ear-nose-and-throat-disorders/hearing-loss/hearing-loss

  Hearing loss can be classified as conductive, sensorineural, or both (mixed loss). […] Conductive hearing loss occurs secondary to lesions in the external auditory canal, tympanic membrane (TM), or middle ear. These lesions prevent sound from being effectively conducted to the inner ear. […] Sensorineural hearing loss is caused by lesions of either the inner ear (sensory) or the auditory (8th) cranial nerve (neural). This distinction is important because sensory hearing loss is sometimes reversible and is seldom life threatening. A neural hearing loss is rarely recoverable and may be due to a potentially life-threatening brain tumor commonly a cerebellopontine angle tumor. […] Mixed loss may be caused by severe head injury with or without fracture of the skull or temporal bone, by chronic infection, or by one of many genetic disorders. It may also occur when a transient conductive hearing loss, commonly due to otitis media, is superimposed on a sensorineural hearing loss.

• #4 Hearing Loss: Types, Symptoms, Causes & Treatment

  https://my.clevelandclinic.org/health/diseases/17673-hearing-loss

  Sensorineural hearing loss causes include: Aging. Illnesses like coronary artery disease (heart disease), high blood pressure (hypertension), strokes or diabetes. Ototoxicity. Certain genetic (inherited) conditions. Being hit in the head. Noise-induced hearing loss. Long-term exposure to loud noise, like working in a very noisy environment like factories and construction sites. Congenital infections like cytomegalovirus (CMV). […] Mixed hearing loss in a combination of conductive and sensorineural hearing loss. That means it affects your outer and middle ear as well as your inner ear. For example, if you take medications that affect your inner ear and you accidentally rupture your eardrum in your middle ear, you have mixed hearing loss. […] Treatments are different depending on the type of hearing loss you have.

• #5 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Hearing loss is one of the most common disabilities worldwide. Implantable hearing devices offer exciting developments in treating hearing loss in patients who previously had poor treatment options, including those with anatomic abnormalities, chronic draining ears, or severe to profound sensorineural hearing loss. […] Many causes of hearing loss exist, but it is generally increasing with the aging population. […] Some limitations include medical conditions comprising of a chronic draining ear, anatomic limitations, insufficient amplification, acoustic feedback, occlusion effect, and discomfort. […] In addition, patients with severe to profound hearing loss receive limited benefits from traditional hearing aids; however technological advancements in implantable hearing devices provide viable treatment options that may significantly improve patient quality of life.

• #6

  https://www.cochlear.com/au/en/home/diagnosis-and-treatment/diagnosing-hearing-loss/types-and-causes-of-hearing-loss

  Knowing what type it is and the cause can be crucial to finding the right solution. […] Common causes include: congenital hearing loss, ageing, exposure to loud noise, head injury, genetics, Mnire’s disease, adverse reaction to medications. […] Common causes include: viral infections, Mnire’s disease, adverse reaction to medications, head or ear injuries, many other unknown reasons. […] Common causes include: malformations at birth such as Microtia and Atresia, syndromes such as Down, Goldenhar and Treacher Collins, chronic mastoiditis or middle ear infections, skin growth or cyst (cholesteatoma), draining ears, chronic ear infections, previous ear surgeries, benign tumors. […] Common causes include any of the causes of conductive hearing loss plus any of the causes of sensorineural hearing loss.

• #7 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

  Up to 60% of childhood deafness is due to genetic factors. The children in the trial have a condition called DFNB9, caused by Otof mutations, which accounts for 2-8% of all congenital hearing loss. […] 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. Our ultimate goal is to help people regain hearing no matter how their hearing loss was caused.

• #8 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

  Up to 60% of childhood deafness is due to genetic factors. The children in the trial have a condition called DFNB9, caused by Otof mutations, which accounts for 2-8% of all congenital hearing loss. […] 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. Our ultimate goal is to help people regain hearing no matter how their hearing loss was caused.

• #9 Hearing loss – Wikipedia

  https://en.wikipedia.org/wiki/Hearing_loss

  Fetal alcohol spectrum disorders are reported to cause hearing loss in up to 64% of infants born to alcoholic mothers, from the ototoxic effect on the developing fetus plus malnutrition during pregnancy from the excess alcohol intake. […] Disorders responsible for hearing loss include auditory neuropathy, Down syndrome, Charcot-Marie-Tooth disease variant 1E, autoimmune disease, multiple sclerosis, meningitis, cholesteatoma, otosclerosis, perilymph fistula, Meniere’s disease, recurring ear infections, strokes, superior semicircular canal dehiscence, Pierre Robin, Treacher-Collins, Usher Syndrome, Pendred Syndrome, and Turner syndrome, syphilis, vestibular schwannoma, and viral infections such as measles, mumps, congenital rubella syndrome, several varieties of herpes viruses, HIV/AIDS, and West Nile virus.

• #10 Hearing loss – Wikipedia

  https://en.wikipedia.org/wiki/Hearing_loss

  Fetal alcohol spectrum disorders are reported to cause hearing loss in up to 64% of infants born to alcoholic mothers, from the ototoxic effect on the developing fetus plus malnutrition during pregnancy from the excess alcohol intake. […] Disorders responsible for hearing loss include auditory neuropathy, Down syndrome, Charcot-Marie-Tooth disease variant 1E, autoimmune disease, multiple sclerosis, meningitis, cholesteatoma, otosclerosis, perilymph fistula, Meniere’s disease, recurring ear infections, strokes, superior semicircular canal dehiscence, Pierre Robin, Treacher-Collins, Usher Syndrome, Pendred Syndrome, and Turner syndrome, syphilis, vestibular schwannoma, and viral infections such as measles, mumps, congenital rubella syndrome, several varieties of herpes viruses, HIV/AIDS, and West Nile virus.

• #11 Hearing loss – Wikipedia

  https://en.wikipedia.org/wiki/Hearing_loss

  Fetal alcohol spectrum disorders are reported to cause hearing loss in up to 64% of infants born to alcoholic mothers, from the ototoxic effect on the developing fetus plus malnutrition during pregnancy from the excess alcohol intake. […] Disorders responsible for hearing loss include auditory neuropathy, Down syndrome, Charcot-Marie-Tooth disease variant 1E, autoimmune disease, multiple sclerosis, meningitis, cholesteatoma, otosclerosis, perilymph fistula, Meniere’s disease, recurring ear infections, strokes, superior semicircular canal dehiscence, Pierre Robin, Treacher-Collins, Usher Syndrome, Pendred Syndrome, and Turner syndrome, syphilis, vestibular schwannoma, and viral infections such as measles, mumps, congenital rubella syndrome, several varieties of herpes viruses, HIV/AIDS, and West Nile virus.

• #12

  https://www.cochlear.com/us/en/home/diagnosis-and-treatment/diagnosing-hearing-loss/types-and-causes-of-hearing-loss

  Every hearing loss story is different, and the causes vary widely from person to person. […] Common causes include: congenital hearing loss, ageing, exposure to loud noise, head injury, genetics, illness, adverse reaction to medications. […] Common causes include: viral infections, illness, adverse reaction to medications, head or ear injuries, many other unknown reasons. […] Common causes include: malformations at birth such as Microtia and Atresia, syndromes such as Down, Goldenhar and Treacher Collins, chronic mastoiditis or middle ear infections, skin growth or cyst (cholesteatoma), draining ears, chronic ear infections, previous ear surgeries, benign tumors. […] Common causes include: Any of the causes of conductive hearing loss plus any of the causes of sensorineural hearing loss.

• #13 Hearing Loss in Adults: Differential Diagnosis and Treatment | AAFP

  https://www.aafp.org/pubs/afp/issues/2019/0715/p98.html

  More than 30 million U.S. adults have hearing loss. This condition is underrecognized, and hearing aids and other hearing enhancement technologies are underused. Hearing loss is categorized as conductive, sensorineural, or mixed. Age-related sensorineural hearing loss (i.e., presbycusis) is the most common type in adults. […] Presbycusis, or age-related hearing loss, is the most common type of sensorineural loss. The cause of presbycusis is multifactorial, with contributions from genetic factors, aging, oxidative stress, cochlear vascular changes, and environmental factors (e.g., noise, tobacco, alcohol, ototoxins). […] Hearing loss is associated with adverse effects, even after adjusting for confounding factors. Difficulty hearing speech adversely affects social engagement and partner relationships. Hearing loss is also associated with decreased quality of life, dementia, depression, debility, delirium, falls, and mortality.

• #14 Treating Hearing Loss in Adults with Cochlear Implant Technology

  https://www.felixhospital.com/blogs/treating-hearing-loss-in-adults-with-cochlear-implant-technology

  Hearing loss can be categorized into three primary types: […] The causes of hearing loss in adults can vary widely and include: […] Age-Related Hearing Loss (Presbycusis): Natural wear and tear on auditory structures as part of aging. […] Noise-Induced Hearing Loss: Prolonged exposure to loud environments. […] Medical Conditions: Diabetes, hypertension, infections, or ototoxic medications. […] Cochlear implants are especially effective for individuals with profound sensorineural hearing loss, offering a level of sound clarity that hearing aids may not achieve. […] Cochlear implants directly stimulate the auditory nerve, bypassing damaged parts of the ear, whereas hearing aids amplify sounds. Cochlear implants are more effective for individuals with severe sensorineural hearing loss who receive limited benefit from hearing aids. […] Not everyone with hearing loss is a candidate for cochlear implants. Eligibility is determined by the type and severity of hearing loss, overall health, and the effectiveness of hearing aids. A thorough evaluation by an audiologist and ENT specialist is required.

• #15 Hearing Loss in Adults: Differential Diagnosis and Treatment | AAFP

  https://www.aafp.org/pubs/afp/issues/2019/0715/p98.html

  More than 30 million U.S. adults have hearing loss. This condition is underrecognized, and hearing aids and other hearing enhancement technologies are underused. Hearing loss is categorized as conductive, sensorineural, or mixed. Age-related sensorineural hearing loss (i.e., presbycusis) is the most common type in adults. […] Presbycusis, or age-related hearing loss, is the most common type of sensorineural loss. The cause of presbycusis is multifactorial, with contributions from genetic factors, aging, oxidative stress, cochlear vascular changes, and environmental factors (e.g., noise, tobacco, alcohol, ototoxins). […] Hearing loss is associated with adverse effects, even after adjusting for confounding factors. Difficulty hearing speech adversely affects social engagement and partner relationships. Hearing loss is also associated with decreased quality of life, dementia, depression, debility, delirium, falls, and mortality.

• #16 Hearing Loss in Adults: Differential Diagnosis and Treatment | AAFP

  https://www.aafp.org/pubs/afp/issues/2019/0715/p98.html

  More than 30 million U.S. adults have hearing loss. This condition is underrecognized, and hearing aids and other hearing enhancement technologies are underused. Hearing loss is categorized as conductive, sensorineural, or mixed. Age-related sensorineural hearing loss (i.e., presbycusis) is the most common type in adults. […] Presbycusis, or age-related hearing loss, is the most common type of sensorineural loss. The cause of presbycusis is multifactorial, with contributions from genetic factors, aging, oxidative stress, cochlear vascular changes, and environmental factors (e.g., noise, tobacco, alcohol, ototoxins). […] Hearing loss is associated with adverse effects, even after adjusting for confounding factors. Difficulty hearing speech adversely affects social engagement and partner relationships. Hearing loss is also associated with decreased quality of life, dementia, depression, debility, delirium, falls, and mortality.

• #17 Hearing Loss in Adults: Differential Diagnosis and Treatment | AAFP

  https://www.aafp.org/pubs/afp/issues/2019/0715/p98.html

  More than 30 million U.S. adults have hearing loss. This condition is underrecognized, and hearing aids and other hearing enhancement technologies are underused. Hearing loss is categorized as conductive, sensorineural, or mixed. Age-related sensorineural hearing loss (i.e., presbycusis) is the most common type in adults. […] Presbycusis, or age-related hearing loss, is the most common type of sensorineural loss. The cause of presbycusis is multifactorial, with contributions from genetic factors, aging, oxidative stress, cochlear vascular changes, and environmental factors (e.g., noise, tobacco, alcohol, ototoxins). […] Hearing loss is associated with adverse effects, even after adjusting for confounding factors. Difficulty hearing speech adversely affects social engagement and partner relationships. Hearing loss is also associated with decreased quality of life, dementia, depression, debility, delirium, falls, and mortality.

• #18 Hearing Loss in Adults: Differential Diagnosis and Treatment | AAFP

  https://www.aafp.org/pubs/afp/issues/2019/0715/p98.html

  More than 30 million U.S. adults have hearing loss. This condition is underrecognized, and hearing aids and other hearing enhancement technologies are underused. Hearing loss is categorized as conductive, sensorineural, or mixed. Age-related sensorineural hearing loss (i.e., presbycusis) is the most common type in adults. […] Presbycusis, or age-related hearing loss, is the most common type of sensorineural loss. The cause of presbycusis is multifactorial, with contributions from genetic factors, aging, oxidative stress, cochlear vascular changes, and environmental factors (e.g., noise, tobacco, alcohol, ototoxins). […] Hearing loss is associated with adverse effects, even after adjusting for confounding factors. Difficulty hearing speech adversely affects social engagement and partner relationships. Hearing loss is also associated with decreased quality of life, dementia, depression, debility, delirium, falls, and mortality.

• #19 Hearing loss – Wikipedia

  https://en.wikipedia.org/wiki/Hearing_loss

  Hearing loss may be caused by a number of factors, including: genetics, ageing, exposure to noise, some infections, birth complications, trauma to the ear, and certain medications or toxins. […] A common condition that results in hearing loss is chronic ear infections. […] Certain infections during pregnancy, such as cytomegalovirus, syphilis and rubella, may also cause hearing loss in the child. […] Hearing loss has multiple causes, including ageing, genetics, perinatal problems and acquired causes like noise and disease. […] There is a progressive loss of ability to hear high frequencies with aging known as presbycusis. […] Noise-induced hearing loss (NIHL), also known as acoustic trauma, typically manifests as elevated hearing thresholds (i.e. less sensitivity or muting). […] Hearing loss can be inherited.

• #20 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 loss that occurs gradually as you age is common. Almost half of the people in the United States older than 65 have some degree of hearing loss. Aging and chronic exposure to loud noises contribute to hearing loss. Other factors, such as excessive earwax, can temporarily reduce how well your ears conduct sounds. […] Causes of hearing loss include: […] Damage to the inner ear. Aging and exposure to loud noise may cause wear and tear on the hairs or nerve cells in the part of the ear that sends sound signals to the brain. When these hairs or nerve cells are damaged or missing, electrical signals aren’t transmitted as efficiently, and hearing loss occurs. […] Ear infection and abnormal bone growths or tumors. In the outer or middle ear, any of these can cause hearing loss. […] Gradual buildup of earwax. Earwax can block the ear canal and prevent conduction of sound waves. Earwax removal can help restore your hearing.

• #21 Hearing Loss: Types, Symptoms, Causes & Treatment

  https://my.clevelandclinic.org/health/diseases/17673-hearing-loss

  Hearing loss can affect everyone from babies to people in their 60s and 70s. Many things may cause hearing loss, but exposure to loud noise is the most common reason people have the condition. […] Hearing loss can affect your ability to work, communicate with others and generally enjoy life. Most often, hearing loss cant be reversed. 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. […] Many things can cause hearing loss. For example, short-term or sudden exposure to very loud noise like attending a loud concert can affect your hearing. […] Conductive hearing loss causes include: Earwax thats built up in your ear. Fluid in your middle ear from colds or allergies. Middle ear infection (otitis media). Swimmers ear (otitis externa). Eustachian tube issues that traps fluid in your middle ear. Ruptured eardrum. Ear tumors. Something stuck in your ear. For example, your child, faced with a side dish of peas, may decide to put one in their ear. Congenital conditions (conditions present at birth) that affect how babies middle or outer ears are formed.

• #22 Hearing Loss: Types, Symptoms, Causes & Treatment

  https://my.clevelandclinic.org/health/diseases/17673-hearing-loss

  Hearing loss can affect everyone from babies to people in their 60s and 70s. Many things may cause hearing loss, but exposure to loud noise is the most common reason people have the condition. […] Hearing loss can affect your ability to work, communicate with others and generally enjoy life. Most often, hearing loss cant be reversed. 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. […] Many things can cause hearing loss. For example, short-term or sudden exposure to very loud noise like attending a loud concert can affect your hearing. […] Conductive hearing loss causes include: Earwax thats built up in your ear. Fluid in your middle ear from colds or allergies. Middle ear infection (otitis media). Swimmers ear (otitis externa). Eustachian tube issues that traps fluid in your middle ear. Ruptured eardrum. Ear tumors. Something stuck in your ear. For example, your child, faced with a side dish of peas, may decide to put one in their ear. Congenital conditions (conditions present at birth) that affect how babies middle or outer ears are formed.

• #23 Hearing Loss: Types, Symptoms, Causes & Treatment

  https://my.clevelandclinic.org/health/diseases/17673-hearing-loss

  Sensorineural hearing loss causes include: Aging. Illnesses like coronary artery disease (heart disease), high blood pressure (hypertension), strokes or diabetes. Ototoxicity. Certain genetic (inherited) conditions. Being hit in the head. Noise-induced hearing loss. Long-term exposure to loud noise, like working in a very noisy environment like factories and construction sites. Congenital infections like cytomegalovirus (CMV). […] Mixed hearing loss in a combination of conductive and sensorineural hearing loss. That means it affects your outer and middle ear as well as your inner ear. For example, if you take medications that affect your inner ear and you accidentally rupture your eardrum in your middle ear, you have mixed hearing loss. […] Treatments are different depending on the type of hearing loss you have.

• #24 What to know about hearing loss | Stanford Report

  https://news.stanford.edu/stories/2024/11/stanford-s-konstantina-stankovic-and-paul-simon-explore-hearing-loss-research-and-treatment

  Tinnitus is a phantom sound that is typically produced by the brain in response to hearing loss. […] Yes, they are. To minimize this risk and support normal language development, it is important to treat underlying infections and monitor hearing. […] The Stanford Initiative to Cure Hearing Loss includes over 100 researchers and clinicians. […] The ears ring after loud noise exposure because the inner ear has been damaged. […] Many people experience brief episodes when hearing becomes weak. […] Yes, they can cause harm if used improperly, particularly at high sound levels for extended periods.

• #25 Hard of Hearing: Definition, Causes, and Treatment Options

  https://www.houstonent.com/blog/hard-of-hearing-definition-causes-and-treatment-options

  Your hair cells and auditory nerve are damaged when you have NIHL. […] Noise-induced hearing loss (NIHL) is preventable by using hearing protectors. […] Cochlear implants are electronic devices that stimulate the hearing nerves in your inner ear. […] A cochlear implant isnt anything like a hearing aid in practice. […] Middle ear implants are an option if youre not a candidate for a hearing aid and your hearing loss isnt bad enough to opt for a cochlear implant.

• #26 Hearing aids vs. cochlear implants: What’s the difference?

  https://www.medicalnewstoday.com/articles/hearing-aids-vs-cochlear-implants

  Hearing aids and cochlear implants can amplify sounds and make them easier for people to hear. Hearing aids do not need surgery, but cochlear implants do. […] Cochlear implants are only suitable for those with sensorineural hearing loss. This form of hearing loss results from damage to the hair cells in the inner ear, the brains central processing centers, or the vestibulocochlear nerve. Some common causes of sensorineural hearing loss include head injuries, diabetes, and noise-induced hearing loss. […] Cochlear implants directly stimulate the auditory nerve, which the brain interprets as sound. […] A 2019 review found that implantations on infants early in life resulted in better outcomes, allowing them to learn language and understand speech. […] Loud noises can cause hearing loss. The following signs and symptoms may indicate hearing loss from noise exposure: tinnitus, a ringing in the ears; muffled speech and other sounds; difficulty understanding conversations over the phone or in noisy places; asking people to repeat, speak louder, or speak in a slow, clear manner; sensitivity to sound. […] Both hearing aids and cochlear implants are helpful for people with hearing loss. While hearing aids may be more suitable for those with mild-to-moderate hearing loss, cochlear implants are appropriate for those with profound hearing loss or who are severely hard of hearing.

• #27

  https://www.who.int/news-room/fact-sheets/detail/deafness-and-hearing-loss

  Intrauterine infections such as rubella and cytomegalovirus infection. […] Birth asphyxia (a lack of oxygen at the time of birth) […] Chronic ear infections (chronic suppurative otitis media) […] Chronic diseases […] Age-related sensorineural hearing loss […] Ototoxic medicines […] Many of the causes that lead to hearing loss can be avoided through public health strategies and clinical interventions implemented across the life course. […] Nearly 60% of hearing loss is due to avoidable causes that can be prevented through implementation of public health measures. […] Rehabilitation helps people with hearing loss to function at their optimum, which means they can be as independent as possible in everyday activities. […] 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).

• #28 Hearing loss – Wikipedia

  https://en.wikipedia.org/wiki/Hearing_loss

  Hearing loss may be caused by a number of factors, including: genetics, ageing, exposure to noise, some infections, birth complications, trauma to the ear, and certain medications or toxins. […] A common condition that results in hearing loss is chronic ear infections. […] Certain infections during pregnancy, such as cytomegalovirus, syphilis and rubella, may also cause hearing loss in the child. […] Hearing loss has multiple causes, including ageing, genetics, perinatal problems and acquired causes like noise and disease. […] There is a progressive loss of ability to hear high frequencies with aging known as presbycusis. […] Noise-induced hearing loss (NIHL), also known as acoustic trauma, typically manifests as elevated hearing thresholds (i.e. less sensitivity or muting). […] Hearing loss can be inherited.

• #29 Cochlear Implant Surgery: Background, History of the Procedure, Problem

  https://emedicine.medscape.com/article/857242-overview

  Common etiologies of deafness that lead to consideration of cochlear implantation in pediatric patients include idiopathic, genetic, and acquired causes that result in congenital and delayed-onset hearing loss. […] Infectious etiologies, including bacterial and postviral meningitis, can lead to severe hearing loss. […] Adult patients presenting for implantation include those with progressive hearing loss that began in childhood, viral-induced sudden hearing loss, ototoxicity, otosclerosis, Mnire disease, trauma, autoimmune conditions, presbycusis, and bacterial infections.

• #30 Hearing loss – Wikipedia

  https://en.wikipedia.org/wiki/Hearing_loss

  Fetal alcohol spectrum disorders are reported to cause hearing loss in up to 64% of infants born to alcoholic mothers, from the ototoxic effect on the developing fetus plus malnutrition during pregnancy from the excess alcohol intake. […] Disorders responsible for hearing loss include auditory neuropathy, Down syndrome, Charcot-Marie-Tooth disease variant 1E, autoimmune disease, multiple sclerosis, meningitis, cholesteatoma, otosclerosis, perilymph fistula, Meniere’s disease, recurring ear infections, strokes, superior semicircular canal dehiscence, Pierre Robin, Treacher-Collins, Usher Syndrome, Pendred Syndrome, and Turner syndrome, syphilis, vestibular schwannoma, and viral infections such as measles, mumps, congenital rubella syndrome, several varieties of herpes viruses, HIV/AIDS, and West Nile virus.

• #31 Hearing Loss – Ear, Nose, and Throat Disorders – Merck Manual Professional Edition

  https://www.merckmanuals.com/professional/ear-nose-and-throat-disorders/hearing-loss/hearing-loss

  Hearing loss can be congenital or acquired. […] The most common causes of hearing loss overall are the following: Cerumen accumulation, Noise, Aging, Infections (particularly among children and young adults). […] Cerumen (earwax) accumulation is the most common cause of treatable conductive hearing loss, especially in older patients. […] Noise can cause sudden or gradual sensorineural hearing loss. […] Aging, together with noise exposure and genetic factors, is a common risk factor for progressive decrease in hearing. […] Acute otitis media (AOM) is a common cause of transient mild to moderate hearing loss (mainly in children). […] Systemic rheumatic and other autoimmune disorders can cause sensorineural hearing loss at all ages and can cause other symptoms and signs as well. […] Ototoxic medications can cause sensorineural hearing loss, and many also have vestibular toxicity.

• #32 Hearing Aids | ENT Doctor | Cochlear Implant Surgeon | Harrison Lin MD

  https://harrisonlinmd.com/treatments/hearing-aids/

  Tinnitus affects anywhere from 30 to 50 million people in the United States. Treatment for tinnitus will depend on whether or not there’s an underlying condition contributing to it and the severity of symptoms. Age-related hearing loss or noise-induced hearing loss are frequently contributing factors to tinnitus. Exposure to loud sounds causes certain cells in the hollow tube in the inner ear (cochlea) to become damaged. […] Some people suffering from tinnitus may become sensitive to sound (hyperacusis). Hormonal changes related to lifestyle issues such as constant fatigue, poor sleeping habits, anxiety, and depression can sometimes contribute to tinnitus. Additional causes or contributing factors may include age-related or any type of sensorineural/conductive hearing loss, a virus, ear infection, or blockage in the ear (usually causes temporary tinnitus), Meniere’s disease affecting the part of the inner ear associated with balance, certain medications, especially some anti-inflammatory drugs, severe head injuries can cause hearing loss (i.e., fracture of the skull/temporal bone), severe head injuries can cause AV fistulas and cause pulsatile tinnitus, neck injuries can cause pseudoaneurysm or dissections and cause pulsatile tinnitus. […] If hearing loss is a contributing factor, hearing aids can be programmed to reduce noises. A cochlear implant may be recommended for patients with severe hearing loss to improve the hearing and possibly tinnitus.

• #33 What to know about hearing loss | Stanford Report

  https://news.stanford.edu/stories/2024/11/stanford-s-konstantina-stankovic-and-paul-simon-explore-hearing-loss-research-and-treatment

  Around 1.5 billion people globally experience some level of hearing loss thats nearly 20% of the worlds population. […] There are many causes of hearing loss. They include genetic factors, which are errors in the DNA, loud noise, aging, infection, head trauma, and some medications. Additionally, certain medical conditions, such as high cholesterol, high blood pressure, diabetes, rheumatoid arthritis, and autoimmune conditions are associated with increased risk of hearing loss. […] Hearing loss can be broadly grouped into two categories: conductive and sensorineural hearing loss. Conductive hearing loss implies that there is a problem with how the sound is conducted through the ear canal and the middle ear into the inner ear. […] Treatment options depend on the cause of hearing loss. For conductive hearing loss, some options include repairing a hole in the eardrum, replacing missing, broken or malfunctioning tiny bones in the middle ear with a prosthesis, performing eustachian tube surgery, or placing a type of implant in the skull bone. For sensorineural hearing loss, the main treatment options include hearing aids and cochlear implants.

• #34 Deafness and hearing loss: Causes, symptoms, and treatments

  https://www.medicalnewstoday.com/articles/249285

  Hearing impairment, deafness, or hearing loss refers to the total or partial inability to hear sounds. There are many causes and types of deafness. […] Some diseases or circumstances that can cause deafness include: chicken pox, cytomegalovirus, mumps, meningitis, sickle cell disease, syphilis, lyme disease, diabetes, a treatment for tuberculosis (TB), streptomycin, that is believed to be a key risk factor, hypothyroidism, arthritis, some cancers, and teenagers exposed to second-hand smoke. […] The inner ear is home to some of the most delicate bones in the body, and damage to the eardrum or middle ear can cause hearing loss and deafness in a range of ways. […] Hearing loss refers to either partial or total reduction in the ability to hear sounds. […] Hearing loss is caused by dysfunction of the inner ear, the cochlea, auditory nerve, or brain damage.

• #35 Cochlear Implants for Hearing Loss | Pacific Neuroscience Institute

  https://www.pacificneuroscienceinstitute.org/eye-ent/hearing/treatment/cochlear-implants/

  Cochlear implants are not suitable for everyone but can be highly effective for individuals with sensorineural hearing loss, where the issue lies in the inner ear (cochlea) rather than the auditory nerve or brain. […] A cochlear implant requires an in-tact auditory nerve to deliver the sound to the brain. Examples of where cochlear implantation may be appropriate include: sudden sensorineural hearing loss, noise induced trauma to the ears, hearing loss associated with the aging process, ototoxic effects of certain medications, hearing loss due to meningitis or infection, inherited forms of progressive hearing loss, fractures of the skull base that impact hearing, severe otosclerosis (abnormal middle ear bone formation) involving the inner ears. […] Cochlear implants can help with certain types of deafness, particularly in individuals who are profoundly deaf or have severe hearing loss due to damage to the inner ear (cochlea). Cochlear implants bypass the damaged parts of the cochlea and directly stimulate the auditory nerve, allowing people who might not benefit from traditional hearing aids to experience sound.

• #36 Unilateral Hearing Loss – American Academy of Audiology

  https://www.audiology.org/consumers-and-patients/hearing-and-balance/unilateral-hearing-loss/

  Hearing loss that affects only one ear is known as unilateral hearing loss (UHL). […] Unilateral hearing loss can be present at birth (congenital) or it can be acquired later in life. Unilateral hearing loss that is acquired later in life can be caused by benign growths in the brain (acoustic neuroma), certain illnesses like viral infections or autoimmune diseases, physical injury to the ear or head, acoustic injury due to loud noise exposure, or idiopathically, which means without a known cause. […] Research has shown that cochlear implants can improve speech perception and sound localization for individuals with SSD. Cochlear implants can be considered for children and adults. […] The success of cochlear implantation can depend on age, duration of hearing loss, severity of hearing loss, and inner ear anatomy, among other things, so a full evaluation with an audiologist and otolaryngologist who specialize in cochlear implantation is recommended.

• #37 Cochlear Implants for Hearing Loss | Pacific Neuroscience Institute

  https://www.pacificneuroscienceinstitute.org/eye-ent/hearing/treatment/cochlear-implants/

  Cochlear implants are not suitable for everyone but can be highly effective for individuals with sensorineural hearing loss, where the issue lies in the inner ear (cochlea) rather than the auditory nerve or brain. […] A cochlear implant requires an in-tact auditory nerve to deliver the sound to the brain. Examples of where cochlear implantation may be appropriate include: sudden sensorineural hearing loss, noise induced trauma to the ears, hearing loss associated with the aging process, ototoxic effects of certain medications, hearing loss due to meningitis or infection, inherited forms of progressive hearing loss, fractures of the skull base that impact hearing, severe otosclerosis (abnormal middle ear bone formation) involving the inner ears. […] Cochlear implants can help with certain types of deafness, particularly in individuals who are profoundly deaf or have severe hearing loss due to damage to the inner ear (cochlea). Cochlear implants bypass the damaged parts of the cochlea and directly stimulate the auditory nerve, allowing people who might not benefit from traditional hearing aids to experience sound.

• #38 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

  Ruptured eardrum (tympanic membrane perforation). Loud blasts of noise, sudden changes in pressure, poking your eardrum with an object and infection can cause your eardrum to rupture and affect your hearing. […] Cochlear implants. If you have more severe hearing loss and gain limited benefit from conventional hearing aids, then a cochlear implant may be an option. Unlike a hearing aid that amplifies sound and directs it into your ear canal, a cochlear implant bypasses damaged or nonworking parts of your inner ear and directly stimulates the hearing nerve. […] 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.

• #39 What Is the Success Rate of a Cochlear Implant? Benefits & Complications

  https://www.medicinenet.com/cochlear_implant_success_rate/article.htm

  Cochlear implants have a high success rate as medical prostheses because only less than 0.2% of recipients reject them. […] A cochlear implant is recommended in people for whom a hearing aid is of little use. For most people, the implants won’t be as effective as the hearing aid. […] Young or middle-aged adults with hearing loss due to genetic causes, autoimmune disease, or unknown reasons. […] Older adults with progressive hearing loss due to aging or noise exposure. […] There are some potential risks with cochlear implant surgery, which include: […] Treatment of deafness depends upon its cause. […] Problems with your ears like ear infections can cause signs of hearing loss. […] Learn how loud noises can induce hearing loss. […] Noise-induced hearing loss may be an acoustic trauma, which causes temporary hearing loss, or it may be permanent due to an acute acoustic trauma.

• #40 Hearing loss – Wikipedia

  https://en.wikipedia.org/wiki/Hearing_loss

  Some medications may reversibly or irreversibly affect hearing. […] In addition to medications, hearing loss can also result from specific chemicals in the environment: metals, such as lead; solvents, such as toluene; and asphyxiants. […] There can be damage either to the ear, whether the external or middle ear, to the cochlea, or to the brain centers that process the aural information conveyed by the ears.

• #41 Hearing Loss: Types, Symptoms, Causes & Treatment

  https://my.clevelandclinic.org/health/diseases/17673-hearing-loss

  Hearing loss can affect everyone from babies to people in their 60s and 70s. Many things may cause hearing loss, but exposure to loud noise is the most common reason people have the condition. […] Hearing loss can affect your ability to work, communicate with others and generally enjoy life. Most often, hearing loss cant be reversed. 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. […] Many things can cause hearing loss. For example, short-term or sudden exposure to very loud noise like attending a loud concert can affect your hearing. […] Conductive hearing loss causes include: Earwax thats built up in your ear. Fluid in your middle ear from colds or allergies. Middle ear infection (otitis media). Swimmers ear (otitis externa). Eustachian tube issues that traps fluid in your middle ear. Ruptured eardrum. Ear tumors. Something stuck in your ear. For example, your child, faced with a side dish of peas, may decide to put one in their ear. Congenital conditions (conditions present at birth) that affect how babies middle or outer ears are formed.

• #42 Hearing Loss | Boston Children’s Hospital

  https://www.childrenshospital.org/conditions/hearing-loss

  Causes for sensorineural hearing loss at birth include: Genetics: children of parents with hearing loss are more likely to have hearing issues as well. […] Causes of acquired sensorineural hearing loss include: Exposure to loud noises, Head trauma, Infection, Being on a ventilator for a long time, Having congenital diaphragmatic hernia or needing extracorporeal membrane oxygenation (ECMO) therapy, Repeated courses of IV antibiotics and diuretics. […] Some hearing problems are medically or surgically correctable. Other hearing problems are treated with hearing aids and speech and language therapy. […] Cochlear implants are electronic devices that partially restore hearing for children with severe or profound hearing loss in both ears.

• #43 Hearing Loss | Boston Children’s Hospital

  https://www.childrenshospital.org/conditions/hearing-loss

  Causes for sensorineural hearing loss at birth include: Genetics: children of parents with hearing loss are more likely to have hearing issues as well. […] Causes of acquired sensorineural hearing loss include: Exposure to loud noises, Head trauma, Infection, Being on a ventilator for a long time, Having congenital diaphragmatic hernia or needing extracorporeal membrane oxygenation (ECMO) therapy, Repeated courses of IV antibiotics and diuretics. […] Some hearing problems are medically or surgically correctable. Other hearing problems are treated with hearing aids and speech and language therapy. […] Cochlear implants are electronic devices that partially restore hearing for children with severe or profound hearing loss in both ears.

• #44 Hearing Aids | ENT Doctor | Cochlear Implant Surgeon | Harrison Lin MD

  https://harrisonlinmd.com/treatments/hearing-aids/

  Tinnitus affects anywhere from 30 to 50 million people in the United States. Treatment for tinnitus will depend on whether or not there’s an underlying condition contributing to it and the severity of symptoms. Age-related hearing loss or noise-induced hearing loss are frequently contributing factors to tinnitus. Exposure to loud sounds causes certain cells in the hollow tube in the inner ear (cochlea) to become damaged. […] Some people suffering from tinnitus may become sensitive to sound (hyperacusis). Hormonal changes related to lifestyle issues such as constant fatigue, poor sleeping habits, anxiety, and depression can sometimes contribute to tinnitus. Additional causes or contributing factors may include age-related or any type of sensorineural/conductive hearing loss, a virus, ear infection, or blockage in the ear (usually causes temporary tinnitus), Meniere’s disease affecting the part of the inner ear associated with balance, certain medications, especially some anti-inflammatory drugs, severe head injuries can cause hearing loss (i.e., fracture of the skull/temporal bone), severe head injuries can cause AV fistulas and cause pulsatile tinnitus, neck injuries can cause pseudoaneurysm or dissections and cause pulsatile tinnitus. […] If hearing loss is a contributing factor, hearing aids can be programmed to reduce noises. A cochlear implant may be recommended for patients with severe hearing loss to improve the hearing and possibly tinnitus.

• #45 Hearing loss – Wikipedia

  https://en.wikipedia.org/wiki/Hearing_loss

  Some medications may reversibly or irreversibly affect hearing. […] In addition to medications, hearing loss can also result from specific chemicals in the environment: metals, such as lead; solvents, such as toluene; and asphyxiants. […] There can be damage either to the ear, whether the external or middle ear, to the cochlea, or to the brain centers that process the aural information conveyed by the ears.

• #46 Hearing loss – Wikipedia

  https://en.wikipedia.org/wiki/Hearing_loss

  Fetal alcohol spectrum disorders are reported to cause hearing loss in up to 64% of infants born to alcoholic mothers, from the ototoxic effect on the developing fetus plus malnutrition during pregnancy from the excess alcohol intake. […] Disorders responsible for hearing loss include auditory neuropathy, Down syndrome, Charcot-Marie-Tooth disease variant 1E, autoimmune disease, multiple sclerosis, meningitis, cholesteatoma, otosclerosis, perilymph fistula, Meniere’s disease, recurring ear infections, strokes, superior semicircular canal dehiscence, Pierre Robin, Treacher-Collins, Usher Syndrome, Pendred Syndrome, and Turner syndrome, syphilis, vestibular schwannoma, and viral infections such as measles, mumps, congenital rubella syndrome, several varieties of herpes viruses, HIV/AIDS, and West Nile virus.

• #47

  https://www.who.int/news-room/fact-sheets/detail/deafness-and-hearing-loss

  Intrauterine infections such as rubella and cytomegalovirus infection. […] Birth asphyxia (a lack of oxygen at the time of birth) […] Chronic ear infections (chronic suppurative otitis media) […] Chronic diseases […] Age-related sensorineural hearing loss […] Ototoxic medicines […] Many of the causes that lead to hearing loss can be avoided through public health strategies and clinical interventions implemented across the life course. […] Nearly 60% of hearing loss is due to avoidable causes that can be prevented through implementation of public health measures. […] Rehabilitation helps people with hearing loss to function at their optimum, which means they can be as independent as possible in everyday activities. […] 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).

• #48 Implanted Hearing Devices for Hearing Loss – Hearing Aid Alternatives

  https://www.aarp.org/health/conditions-treatments/implanted-hearing-devices/

  Advances in hearing device technology over the past few years have improved the three leading implants a cochlear implant, bone-anchored device and middle-ear implant a and resulted in a brand-new hybrid cochlear implant. […] Hearing aids only amplify sounds. These devices bypass the outer ear and either translate sounds into vibrations delivered to the middle ear or electrical impulses delivered directly to the inner ear. […] Most common cause of single-sided deafness is sudden deafness waking up one morning with no hearing in one ear. A slow-growing benign tumor on the auditory nerve called an acoustic neuroma can also cause single-sided deafness. […] A candidate for the middle-ear implant will have had to try other hearing aids before being eligible.

• #49 Implanted Hearing Devices for Hearing Loss – Hearing Aid Alternatives

  https://www.aarp.org/health/conditions-treatments/implanted-hearing-devices/

  Advances in hearing device technology over the past few years have improved the three leading implants a cochlear implant, bone-anchored device and middle-ear implant a and resulted in a brand-new hybrid cochlear implant. […] Hearing aids only amplify sounds. These devices bypass the outer ear and either translate sounds into vibrations delivered to the middle ear or electrical impulses delivered directly to the inner ear. […] Most common cause of single-sided deafness is sudden deafness waking up one morning with no hearing in one ear. A slow-growing benign tumor on the auditory nerve called an acoustic neuroma can also cause single-sided deafness. […] A candidate for the middle-ear implant will have had to try other hearing aids before being eligible.

• #50 Understanding Hearing Aids vs. Cochlear Implants: A Comprehensive Guide | Cornerstone Audiology in Lubbock, TX

  https://cornerstoneaudiology.com/patient-resources/understanding-hearing-aids-vs-cochlear-implants-a-comprehensive-guide/

  Hearing loss, a condition affecting millions worldwide, often presents a significant life-altering dilemma. […] Among the most commonly employed solutions are hearing aids and cochlear implants. […] Hearing aids are typically the first line of defense against hearing loss. […] Beneficial for most people with mild to severe forms of hearing loss, these devices amplify the sounds around you, aiding you in better communication and interaction. […] However, if you still find yourself struggling to hear, despite the amplified sounds, the conversation may then shift to a more invasive but potentially life-changing solution cochlear implants. […] Both of these devices are employed to mitigate the effects of sensorineural hearing loss, which is the most prevalent form of hearing impairment.

• #51 Hearing aids and implants | Childhood deafness

  https://www.ndcs.org.uk/information-and-support/childhood-deafness/hearing-aids-and-implants/

  Many deaf children and young people use hearing technology such as hearing aids or cochlear implants. […] Hearing aids are electronic devices designed to make sounds louder and clearer. […] Cochlear implant gives a sensation of hearing by directly stimulating the auditory nerves using electrical signals. […] Middle ear implants are surgically implanted hearing aids. They are used when conventional hearing aids are not an option due to medical reasons. […] Auditory brainstem implants (ABIs) stimulate the auditory brainstem directly, bypassing the ear and auditory nerve, to provide a sensation of hearing. ABIs are still a fairly new development.

• #52 Hearing Aids: Uses & How They Work

  https://my.clevelandclinic.org/health/treatments/24756-hearing-aids

  Hearing aids work best for people with sensorineural hearing loss. This type of hearing loss is a result of damage to your inner ear or auditory nerve (the nerve that connects your ear to your brain). Causes of sensorineural hearing loss include: […] Aging. […] Disease. […] Infection. […] Loud noises. […] Certain medications. […] A cochlear implant is a surgically implanted device that directly stimulates your auditory nerve (the nerve that connects your ear to your brain). Cochlear implants are typically recommended for people with severe to profound sensorineural hearing loss, or for those who dont benefit from a traditional hearing aid. […] A bone-anchored auditory implant is a surgically implanted device that sends sound as a vibration directly to your best-functioning inner ear. Bone-anchored implants are recommended for people with conductive hearing loss (sound isnt traveling through your ear properly) or single-sided deafness (little to no hearing in one ear).

• #53 Is a Cochlear Implant Better Than a Hearing Aid?

  https://www.entorlando.com/blog/1057344-is-a-cochlear-implant-better-than-a-hearing-aid

  Both the hearing aid and the cochlear implant help people with hearing loss better communicate with the world, but which is better? A hearing aid is typically more suited for patients who have mild, moderate, or severe hearing loss with a good level of speech understanding. […] Cochlear implants are typically for people with more severe forms of hearing loss and limited to no understanding of human speech. […] Aging and exposure to chronic high levels of noise as well as genetic issues or even excessive amounts of earwax can cause temporary or chronic hearing loss. […] Some of the causes of hearing loss can include: Hearing nerve tumors, Damage to the inner ear caused by exposure to loud sounds or natural aging, Ear infections, Ear tumors, Malfunction of the hearing bones, Earwax buildup and ear canal growths, Genetic causes, Ruptured eardrums.

• #54 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

  Ruptured eardrum (tympanic membrane perforation). Loud blasts of noise, sudden changes in pressure, poking your eardrum with an object and infection can cause your eardrum to rupture and affect your hearing. […] Cochlear implants. If you have more severe hearing loss and gain limited benefit from conventional hearing aids, then a cochlear implant may be an option. Unlike a hearing aid that amplifies sound and directs it into your ear canal, a cochlear implant bypasses damaged or nonworking parts of your inner ear and directly stimulates the hearing nerve. […] 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.

• #55 Is a Cochlear Implant Better Than a Hearing Aid?

  https://www.entorlando.com/blog/1057344-is-a-cochlear-implant-better-than-a-hearing-aid

  Both the hearing aid and the cochlear implant help people with hearing loss better communicate with the world, but which is better? A hearing aid is typically more suited for patients who have mild, moderate, or severe hearing loss with a good level of speech understanding. […] Cochlear implants are typically for people with more severe forms of hearing loss and limited to no understanding of human speech. […] Aging and exposure to chronic high levels of noise as well as genetic issues or even excessive amounts of earwax can cause temporary or chronic hearing loss. […] Some of the causes of hearing loss can include: Hearing nerve tumors, Damage to the inner ear caused by exposure to loud sounds or natural aging, Ear infections, Ear tumors, Malfunction of the hearing bones, Earwax buildup and ear canal growths, Genetic causes, Ruptured eardrums.

• #56 Hearing Loss: Types, Symptoms, Causes & Treatment

  https://my.clevelandclinic.org/health/diseases/17673-hearing-loss

  Sensorineural hearing loss: 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. […] There are some types of hearing loss you cant prevent. For example, many people develop hearing loss as they grow older. That said, noise is the most common cause of hearing loss. […] Some hearing loss is temporary, like hearing loss that happens because you have a cold, swimmers ear, or theres something stuck in your ear. Sensorineural and age-related hearing loss is usually permanent, but hearing aids or cochlear implants may restore most of your hearing.

• #57 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. […] 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. […] However, hearing aids do not restore normal hearing. […] Unlike hearing aids which make sounds louder, a cochlear implant gives a sensation of hearing by directly stimulating the auditory nerves using electrical signals. […] 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.

• #58 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Hearing loss is one of the most common disabilities worldwide. Implantable hearing devices offer exciting developments in treating hearing loss in patients who previously had poor treatment options, including those with anatomic abnormalities, chronic draining ears, or severe to profound sensorineural hearing loss. […] Many causes of hearing loss exist, but it is generally increasing with the aging population. […] Some limitations include medical conditions comprising of a chronic draining ear, anatomic limitations, insufficient amplification, acoustic feedback, occlusion effect, and discomfort. […] In addition, patients with severe to profound hearing loss receive limited benefits from traditional hearing aids; however technological advancements in implantable hearing devices provide viable treatment options that may significantly improve patient quality of life.

• #59 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Hearing loss is one of the most common disabilities worldwide. Implantable hearing devices offer exciting developments in treating hearing loss in patients who previously had poor treatment options, including those with anatomic abnormalities, chronic draining ears, or severe to profound sensorineural hearing loss. […] Many causes of hearing loss exist, but it is generally increasing with the aging population. […] Some limitations include medical conditions comprising of a chronic draining ear, anatomic limitations, insufficient amplification, acoustic feedback, occlusion effect, and discomfort. […] In addition, patients with severe to profound hearing loss receive limited benefits from traditional hearing aids; however technological advancements in implantable hearing devices provide viable treatment options that may significantly improve patient quality of life.

• #60 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Hearing loss is one of the most common disabilities worldwide. Implantable hearing devices offer exciting developments in treating hearing loss in patients who previously had poor treatment options, including those with anatomic abnormalities, chronic draining ears, or severe to profound sensorineural hearing loss. […] Many causes of hearing loss exist, but it is generally increasing with the aging population. […] Some limitations include medical conditions comprising of a chronic draining ear, anatomic limitations, insufficient amplification, acoustic feedback, occlusion effect, and discomfort. […] In addition, patients with severe to profound hearing loss receive limited benefits from traditional hearing aids; however technological advancements in implantable hearing devices provide viable treatment options that may significantly improve patient quality of life.

• #61 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Hearing loss is one of the most common disabilities worldwide. Implantable hearing devices offer exciting developments in treating hearing loss in patients who previously had poor treatment options, including those with anatomic abnormalities, chronic draining ears, or severe to profound sensorineural hearing loss. […] Many causes of hearing loss exist, but it is generally increasing with the aging population. […] Some limitations include medical conditions comprising of a chronic draining ear, anatomic limitations, insufficient amplification, acoustic feedback, occlusion effect, and discomfort. […] In addition, patients with severe to profound hearing loss receive limited benefits from traditional hearing aids; however technological advancements in implantable hearing devices provide viable treatment options that may significantly improve patient quality of life.

• #62 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Hearing loss is one of the most common disabilities worldwide. Implantable hearing devices offer exciting developments in treating hearing loss in patients who previously had poor treatment options, including those with anatomic abnormalities, chronic draining ears, or severe to profound sensorineural hearing loss. […] Many causes of hearing loss exist, but it is generally increasing with the aging population. […] Some limitations include medical conditions comprising of a chronic draining ear, anatomic limitations, insufficient amplification, acoustic feedback, occlusion effect, and discomfort. […] In addition, patients with severe to profound hearing loss receive limited benefits from traditional hearing aids; however technological advancements in implantable hearing devices provide viable treatment options that may significantly improve patient quality of life.

• #63 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Hearing loss is one of the most common disabilities worldwide. Implantable hearing devices offer exciting developments in treating hearing loss in patients who previously had poor treatment options, including those with anatomic abnormalities, chronic draining ears, or severe to profound sensorineural hearing loss. […] Many causes of hearing loss exist, but it is generally increasing with the aging population. […] Some limitations include medical conditions comprising of a chronic draining ear, anatomic limitations, insufficient amplification, acoustic feedback, occlusion effect, and discomfort. […] In addition, patients with severe to profound hearing loss receive limited benefits from traditional hearing aids; however technological advancements in implantable hearing devices provide viable treatment options that may significantly improve patient quality of life.

• #64 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Bone-conduction hearing prostheses stimulate the cochlea by vibrations of the skull, thus bypassing the external and middle ear. […] Current indications for bone-anchored hearing devices include conductive and mixed hearing loss and single-sided deafness. […] The common etiologies resulting in this situation include middle ear disease, congenital canal atresia, cholesteatoma, chronic otitis media, and post-surgical changes. […] Bone anchored hearing devices have been shown to benefit sound localization and speech in noise in patients with SSD. […] Limitations of all surgical devices include the cost of devices and the requirement of anesthesia (most often general anesthesia) to place or replace the devices. […] Approximately one-half billion people currently suffer from disabling hearing loss, and it is also the fourth leading contributor to disability worldwide. […] Hearing rehabilitation for many patients may be achieved by traditional hearing aids; however, limitations exist in some patients. Thus, implantable hearing devices are alternative treatments in patients with hearing loss who do not obtain adequate benefits from traditional hearing aids.

• #65 Cochlear Implants & Other Implantable Devices – Hearing Loss Association of America

  https://www.hearingloss.org/find-help/cochlear-implants-other-implantable-devices/

  If your hearing loss cannot be treated effectively by hearing aids, you may be a candidate for one of three types of implantable devices: […] Cochlear implant (CI) is a small electronic device with four internal and external components: […] Unlike a hearing aid that amplifies sound, a CI transforms acoustic sound signals into electric stimuli and transmits them to the auditory nerve. […] Eligibility for a cochlear implant begins with a comprehensive evaluation and testing, generally by an otolaryngologist (ear-nose-throat doctor, or ENT), often in conjunction with an audiologist. […] While a CI helps sound to bypass a damaged cochlea, other implantable devices that bypass the middle or outer ear are used as alternatives to conventional hearing aids for those who cant wear them. […] Bone conduction hearing devices, also called bone-anchored hearing aids (BAHA), may be an option if outer or middle ear issues such as a collapsed ear canal or frequent ear infections prevent you from wearing conventional hearing aids. […] Middle ear implants are a newer solution for those who cannot wear ear molds due to allergies, infections, skin conditions, narrow or blocked ear canals or misshapen ears.

• #66 Cochlear implants – Mayo Clinic

  https://www.mayoclinic.org/tests-procedures/cochlear-implants/about/pac-20385021

  Cochlear implants can improve hearing in people with severe hearing loss when hearing aids no longer help. […] Cochlear implants may be put in one ear, called unilateral. Some people have cochlear implants in both ears, called bilateral. […] Adults often have one cochlear implant and one hearing aid at first. Adults may then move to two cochlear implants as the hearing loss gets worse in the ear with the hearing aid. […] Cochlear implants often are put in both ears at the same time in children who have severe hearing loss in both ears. This is most often done for infants and children who are learning to speak. […] Cochlear implants work for most people who have them, but there’s always the chance they won’t. […] There’s a lot of different changes that happen in the inner ear that result in this hearing loss, but the end result is loss of inner ear hair cells for almost all these different conditions.

• #67 Cochlear Implants & Other Implantable Devices – Hearing Loss Association of America

  https://www.hearingloss.org/find-help/cochlear-implants-other-implantable-devices/

  If your hearing loss cannot be treated effectively by hearing aids, you may be a candidate for one of three types of implantable devices: […] Cochlear implant (CI) is a small electronic device with four internal and external components: […] Unlike a hearing aid that amplifies sound, a CI transforms acoustic sound signals into electric stimuli and transmits them to the auditory nerve. […] Eligibility for a cochlear implant begins with a comprehensive evaluation and testing, generally by an otolaryngologist (ear-nose-throat doctor, or ENT), often in conjunction with an audiologist. […] While a CI helps sound to bypass a damaged cochlea, other implantable devices that bypass the middle or outer ear are used as alternatives to conventional hearing aids for those who cant wear them. […] Bone conduction hearing devices, also called bone-anchored hearing aids (BAHA), may be an option if outer or middle ear issues such as a collapsed ear canal or frequent ear infections prevent you from wearing conventional hearing aids. […] Middle ear implants are a newer solution for those who cannot wear ear molds due to allergies, infections, skin conditions, narrow or blocked ear canals or misshapen ears.

• #68 Cochlear Implants and Auditory Brainstem Implants – Medical Clinical Policy Bulletins | Aetna

  https://www.aetna.com/cpb/medical/data/1_99/0013.html

  This Clinical Policy Bulletin addresses cochlear implants and auditory brainstem implants. […] Aetna considers an auditory brainstem implant (ABI) medically necessary in members 12 years of age or older who have lost both auditory nerves due to disease (e.g., neurofibromatosis or von Recklinghausen’s disease) or bilateral surgical removal of auditory nerve tumors is planned and is expected to result in complete bilateral deafness. […] Aetna considers uniaural (monaural) or binaural (bilateral) cochlear implantation a medically necessary prosthetic for adults aged 18 years and older with bilateral, pre- or post-linguistic, sensorineural, moderate-to-profound hearing impairment who meet both of the following criteria: Member has bilateral severe to profound sensorineural hearing loss determined by an air conduction pure tone average of 70 dB or greater at 500 Hz, 1000 Hz, and 2000 Hz; and Member has limited benefit from appropriately fitted binaural hearing aids.

• #69 Cochlear Implants and Auditory Brainstem Implants – Medical Clinical Policy Bulletins | Aetna

  https://www.aetna.com/cpb/medical/data/1_99/0013.html

  This Clinical Policy Bulletin addresses cochlear implants and auditory brainstem implants. […] Aetna considers an auditory brainstem implant (ABI) medically necessary in members 12 years of age or older who have lost both auditory nerves due to disease (e.g., neurofibromatosis or von Recklinghausen’s disease) or bilateral surgical removal of auditory nerve tumors is planned and is expected to result in complete bilateral deafness. […] Aetna considers uniaural (monaural) or binaural (bilateral) cochlear implantation a medically necessary prosthetic for adults aged 18 years and older with bilateral, pre- or post-linguistic, sensorineural, moderate-to-profound hearing impairment who meet both of the following criteria: Member has bilateral severe to profound sensorineural hearing loss determined by an air conduction pure tone average of 70 dB or greater at 500 Hz, 1000 Hz, and 2000 Hz; and Member has limited benefit from appropriately fitted binaural hearing aids.

• #70 Cochlear implants – Mayo Clinic

  https://www.mayoclinic.org/tests-procedures/cochlear-implants/about/pac-20385021

  The cause of your hearing loss can affect how well cochlear implants work for you. […] Cochlear implants most often work better in people who knew how to speak and read before the hearing loss. […] Children born with severe hearing loss often get the best results from getting a cochlear implant at a young age. […] For adults, the best results often are linked to less time between hearing loss and cochlear implant surgery. […] Even so, for most of these adults, hearing improves some after getting cochlear implants.

• #71 Hearing Technology Guide – Cochlear Implants – Alexander Graham Bell Association

  https://agbell.org/2024/03/22/cochlear-implants/

  Research suggests that implantation works best for young children, ideally, before age three. The FDA has approved cochlear implantation for infants as young as 9 months of age, although children who are even younger have received the devices. […] The quality of the equipment also has an impact on the quality of sound, just like the sound system in your car or living room. Although cochlear implant recipients have a wide range in performance, the benefits for most users include improved speech recognition, enhanced speech production skills, ability to perceive speech without speechreading and improved sound awareness and recognition. Today, advances in implant technology enable more children to maximize these benefits and develop listening and spoken language skills.

• #72 Cochlear implants – Mayo Clinic

  https://www.mayoclinic.org/tests-procedures/cochlear-implants/about/pac-20385021

  The cause of your hearing loss can affect how well cochlear implants work for you. […] Cochlear implants most often work better in people who knew how to speak and read before the hearing loss. […] Children born with severe hearing loss often get the best results from getting a cochlear implant at a young age. […] For adults, the best results often are linked to less time between hearing loss and cochlear implant surgery. […] Even so, for most of these adults, hearing improves some after getting cochlear implants.

• #73 Cochlear implants – Mayo Clinic

  https://www.mayoclinic.org/tests-procedures/cochlear-implants/about/pac-20385021

  Cochlear implants can improve hearing in people with severe hearing loss when hearing aids no longer help. […] Cochlear implants may be put in one ear, called unilateral. Some people have cochlear implants in both ears, called bilateral. […] Adults often have one cochlear implant and one hearing aid at first. Adults may then move to two cochlear implants as the hearing loss gets worse in the ear with the hearing aid. […] Cochlear implants often are put in both ears at the same time in children who have severe hearing loss in both ears. This is most often done for infants and children who are learning to speak. […] Cochlear implants work for most people who have them, but there’s always the chance they won’t. […] There’s a lot of different changes that happen in the inner ear that result in this hearing loss, but the end result is loss of inner ear hair cells for almost all these different conditions.

• #74 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Bone-conduction hearing prostheses stimulate the cochlea by vibrations of the skull, thus bypassing the external and middle ear. […] Current indications for bone-anchored hearing devices include conductive and mixed hearing loss and single-sided deafness. […] The common etiologies resulting in this situation include middle ear disease, congenital canal atresia, cholesteatoma, chronic otitis media, and post-surgical changes. […] Bone anchored hearing devices have been shown to benefit sound localization and speech in noise in patients with SSD. […] Limitations of all surgical devices include the cost of devices and the requirement of anesthesia (most often general anesthesia) to place or replace the devices. […] Approximately one-half billion people currently suffer from disabling hearing loss, and it is also the fourth leading contributor to disability worldwide. […] Hearing rehabilitation for many patients may be achieved by traditional hearing aids; however, limitations exist in some patients. Thus, implantable hearing devices are alternative treatments in patients with hearing loss who do not obtain adequate benefits from traditional hearing aids.

• #75 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Bone-conduction hearing prostheses stimulate the cochlea by vibrations of the skull, thus bypassing the external and middle ear. […] Current indications for bone-anchored hearing devices include conductive and mixed hearing loss and single-sided deafness. […] The common etiologies resulting in this situation include middle ear disease, congenital canal atresia, cholesteatoma, chronic otitis media, and post-surgical changes. […] Bone anchored hearing devices have been shown to benefit sound localization and speech in noise in patients with SSD. […] Limitations of all surgical devices include the cost of devices and the requirement of anesthesia (most often general anesthesia) to place or replace the devices. […] Approximately one-half billion people currently suffer from disabling hearing loss, and it is also the fourth leading contributor to disability worldwide. […] Hearing rehabilitation for many patients may be achieved by traditional hearing aids; however, limitations exist in some patients. Thus, implantable hearing devices are alternative treatments in patients with hearing loss who do not obtain adequate benefits from traditional hearing aids.

• #76 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Bone-conduction hearing prostheses stimulate the cochlea by vibrations of the skull, thus bypassing the external and middle ear. […] Current indications for bone-anchored hearing devices include conductive and mixed hearing loss and single-sided deafness. […] The common etiologies resulting in this situation include middle ear disease, congenital canal atresia, cholesteatoma, chronic otitis media, and post-surgical changes. […] Bone anchored hearing devices have been shown to benefit sound localization and speech in noise in patients with SSD. […] Limitations of all surgical devices include the cost of devices and the requirement of anesthesia (most often general anesthesia) to place or replace the devices. […] Approximately one-half billion people currently suffer from disabling hearing loss, and it is also the fourth leading contributor to disability worldwide. […] Hearing rehabilitation for many patients may be achieved by traditional hearing aids; however, limitations exist in some patients. Thus, implantable hearing devices are alternative treatments in patients with hearing loss who do not obtain adequate benefits from traditional hearing aids.

• #77 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Bone-conduction hearing prostheses stimulate the cochlea by vibrations of the skull, thus bypassing the external and middle ear. […] Current indications for bone-anchored hearing devices include conductive and mixed hearing loss and single-sided deafness. […] The common etiologies resulting in this situation include middle ear disease, congenital canal atresia, cholesteatoma, chronic otitis media, and post-surgical changes. […] Bone anchored hearing devices have been shown to benefit sound localization and speech in noise in patients with SSD. […] Limitations of all surgical devices include the cost of devices and the requirement of anesthesia (most often general anesthesia) to place or replace the devices. […] Approximately one-half billion people currently suffer from disabling hearing loss, and it is also the fourth leading contributor to disability worldwide. […] Hearing rehabilitation for many patients may be achieved by traditional hearing aids; however, limitations exist in some patients. Thus, implantable hearing devices are alternative treatments in patients with hearing loss who do not obtain adequate benefits from traditional hearing aids.

• #78 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Bone-conduction hearing prostheses stimulate the cochlea by vibrations of the skull, thus bypassing the external and middle ear. […] Current indications for bone-anchored hearing devices include conductive and mixed hearing loss and single-sided deafness. […] The common etiologies resulting in this situation include middle ear disease, congenital canal atresia, cholesteatoma, chronic otitis media, and post-surgical changes. […] Bone anchored hearing devices have been shown to benefit sound localization and speech in noise in patients with SSD. […] Limitations of all surgical devices include the cost of devices and the requirement of anesthesia (most often general anesthesia) to place or replace the devices. […] Approximately one-half billion people currently suffer from disabling hearing loss, and it is also the fourth leading contributor to disability worldwide. […] Hearing rehabilitation for many patients may be achieved by traditional hearing aids; however, limitations exist in some patients. Thus, implantable hearing devices are alternative treatments in patients with hearing loss who do not obtain adequate benefits from traditional hearing aids.

• #79 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Bone-conduction hearing prostheses stimulate the cochlea by vibrations of the skull, thus bypassing the external and middle ear. […] Current indications for bone-anchored hearing devices include conductive and mixed hearing loss and single-sided deafness. […] The common etiologies resulting in this situation include middle ear disease, congenital canal atresia, cholesteatoma, chronic otitis media, and post-surgical changes. […] Bone anchored hearing devices have been shown to benefit sound localization and speech in noise in patients with SSD. […] Limitations of all surgical devices include the cost of devices and the requirement of anesthesia (most often general anesthesia) to place or replace the devices. […] Approximately one-half billion people currently suffer from disabling hearing loss, and it is also the fourth leading contributor to disability worldwide. […] Hearing rehabilitation for many patients may be achieved by traditional hearing aids; however, limitations exist in some patients. Thus, implantable hearing devices are alternative treatments in patients with hearing loss who do not obtain adequate benefits from traditional hearing aids.

• #80 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Bone-conduction hearing prostheses stimulate the cochlea by vibrations of the skull, thus bypassing the external and middle ear. […] Current indications for bone-anchored hearing devices include conductive and mixed hearing loss and single-sided deafness. […] The common etiologies resulting in this situation include middle ear disease, congenital canal atresia, cholesteatoma, chronic otitis media, and post-surgical changes. […] Bone anchored hearing devices have been shown to benefit sound localization and speech in noise in patients with SSD. […] Limitations of all surgical devices include the cost of devices and the requirement of anesthesia (most often general anesthesia) to place or replace the devices. […] Approximately one-half billion people currently suffer from disabling hearing loss, and it is also the fourth leading contributor to disability worldwide. […] Hearing rehabilitation for many patients may be achieved by traditional hearing aids; however, limitations exist in some patients. Thus, implantable hearing devices are alternative treatments in patients with hearing loss who do not obtain adequate benefits from traditional hearing aids.

• #81 Hearing technology options | Hearing aids and implants

  https://www.ndcs.org.uk/information-and-support/childhood-deafness/hearing-aids-and-implants/options/

  Bone conduction devices may be an option if your child has temporary or permanent conductive deafness and doesn’t benefit from wearing a conventional hearing aid. […] 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. […] ABIs may be suitable for children who are profoundly deaf and who are also not suitable candidates for cochlear implants.

• #82 Hearing technology options | Hearing aids and implants

  https://www.ndcs.org.uk/information-and-support/childhood-deafness/hearing-aids-and-implants/options/

  Bone conduction devices may be an option if your child has temporary or permanent conductive deafness and doesn’t benefit from wearing a conventional hearing aid. […] 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. […] ABIs may be suitable for children who are profoundly deaf and who are also not suitable candidates for cochlear implants.

• #83 Hearing aids and implants | Childhood deafness

  https://www.ndcs.org.uk/information-and-support/childhood-deafness/hearing-aids-and-implants/

  Many deaf children and young people use hearing technology such as hearing aids or cochlear implants. […] Hearing aids are electronic devices designed to make sounds louder and clearer. […] Cochlear implant gives a sensation of hearing by directly stimulating the auditory nerves using electrical signals. […] Middle ear implants are surgically implanted hearing aids. They are used when conventional hearing aids are not an option due to medical reasons. […] Auditory brainstem implants (ABIs) stimulate the auditory brainstem directly, bypassing the ear and auditory nerve, to provide a sensation of hearing. ABIs are still a fairly new development.

• #84 Cochlear Implants & Other Implantable Devices – Hearing Loss Association of America

  https://www.hearingloss.org/find-help/cochlear-implants-other-implantable-devices/

  If your hearing loss cannot be treated effectively by hearing aids, you may be a candidate for one of three types of implantable devices: […] Cochlear implant (CI) is a small electronic device with four internal and external components: […] Unlike a hearing aid that amplifies sound, a CI transforms acoustic sound signals into electric stimuli and transmits them to the auditory nerve. […] Eligibility for a cochlear implant begins with a comprehensive evaluation and testing, generally by an otolaryngologist (ear-nose-throat doctor, or ENT), often in conjunction with an audiologist. […] While a CI helps sound to bypass a damaged cochlea, other implantable devices that bypass the middle or outer ear are used as alternatives to conventional hearing aids for those who cant wear them. […] Bone conduction hearing devices, also called bone-anchored hearing aids (BAHA), may be an option if outer or middle ear issues such as a collapsed ear canal or frequent ear infections prevent you from wearing conventional hearing aids. […] Middle ear implants are a newer solution for those who cannot wear ear molds due to allergies, infections, skin conditions, narrow or blocked ear canals or misshapen ears.

• #85 Cochlear Implants & Other Implantable Devices – Hearing Loss Association of America

  https://www.hearingloss.org/find-help/cochlear-implants-other-implantable-devices/

  If your hearing loss cannot be treated effectively by hearing aids, you may be a candidate for one of three types of implantable devices: […] Cochlear implant (CI) is a small electronic device with four internal and external components: […] Unlike a hearing aid that amplifies sound, a CI transforms acoustic sound signals into electric stimuli and transmits them to the auditory nerve. […] Eligibility for a cochlear implant begins with a comprehensive evaluation and testing, generally by an otolaryngologist (ear-nose-throat doctor, or ENT), often in conjunction with an audiologist. […] While a CI helps sound to bypass a damaged cochlea, other implantable devices that bypass the middle or outer ear are used as alternatives to conventional hearing aids for those who cant wear them. […] Bone conduction hearing devices, also called bone-anchored hearing aids (BAHA), may be an option if outer or middle ear issues such as a collapsed ear canal or frequent ear infections prevent you from wearing conventional hearing aids. […] Middle ear implants are a newer solution for those who cannot wear ear molds due to allergies, infections, skin conditions, narrow or blocked ear canals or misshapen ears.

• #86 Cochlear Implants & Other Implantable Devices – Hearing Loss Association of America

  https://www.hearingloss.org/find-help/cochlear-implants-other-implantable-devices/

  If your hearing loss cannot be treated effectively by hearing aids, you may be a candidate for one of three types of implantable devices: […] Cochlear implant (CI) is a small electronic device with four internal and external components: […] Unlike a hearing aid that amplifies sound, a CI transforms acoustic sound signals into electric stimuli and transmits them to the auditory nerve. […] Eligibility for a cochlear implant begins with a comprehensive evaluation and testing, generally by an otolaryngologist (ear-nose-throat doctor, or ENT), often in conjunction with an audiologist. […] While a CI helps sound to bypass a damaged cochlea, other implantable devices that bypass the middle or outer ear are used as alternatives to conventional hearing aids for those who cant wear them. […] Bone conduction hearing devices, also called bone-anchored hearing aids (BAHA), may be an option if outer or middle ear issues such as a collapsed ear canal or frequent ear infections prevent you from wearing conventional hearing aids. […] Middle ear implants are a newer solution for those who cannot wear ear molds due to allergies, infections, skin conditions, narrow or blocked ear canals or misshapen ears.

• #87 Cochlear Implants & Other Implantable Devices – Hearing Loss Association of America

  https://www.hearingloss.org/find-help/cochlear-implants-other-implantable-devices/

  If your hearing loss cannot be treated effectively by hearing aids, you may be a candidate for one of three types of implantable devices: […] Cochlear implant (CI) is a small electronic device with four internal and external components: […] Unlike a hearing aid that amplifies sound, a CI transforms acoustic sound signals into electric stimuli and transmits them to the auditory nerve. […] Eligibility for a cochlear implant begins with a comprehensive evaluation and testing, generally by an otolaryngologist (ear-nose-throat doctor, or ENT), often in conjunction with an audiologist. […] While a CI helps sound to bypass a damaged cochlea, other implantable devices that bypass the middle or outer ear are used as alternatives to conventional hearing aids for those who cant wear them. […] Bone conduction hearing devices, also called bone-anchored hearing aids (BAHA), may be an option if outer or middle ear issues such as a collapsed ear canal or frequent ear infections prevent you from wearing conventional hearing aids. […] Middle ear implants are a newer solution for those who cannot wear ear molds due to allergies, infections, skin conditions, narrow or blocked ear canals or misshapen ears.

• #88 Hearing aids and implants | Childhood deafness

  https://www.ndcs.org.uk/information-and-support/childhood-deafness/hearing-aids-and-implants/

  Many deaf children and young people use hearing technology such as hearing aids or cochlear implants. […] Hearing aids are electronic devices designed to make sounds louder and clearer. […] Cochlear implant gives a sensation of hearing by directly stimulating the auditory nerves using electrical signals. […] Middle ear implants are surgically implanted hearing aids. They are used when conventional hearing aids are not an option due to medical reasons. […] Auditory brainstem implants (ABIs) stimulate the auditory brainstem directly, bypassing the ear and auditory nerve, to provide a sensation of hearing. ABIs are still a fairly new development.

• #89 Cochlear Implants and Auditory Brainstem Implants – Medical Clinical Policy Bulletins | Aetna

  https://www.aetna.com/cpb/medical/data/1_99/0013.html

  This Clinical Policy Bulletin addresses cochlear implants and auditory brainstem implants. […] Aetna considers an auditory brainstem implant (ABI) medically necessary in members 12 years of age or older who have lost both auditory nerves due to disease (e.g., neurofibromatosis or von Recklinghausen’s disease) or bilateral surgical removal of auditory nerve tumors is planned and is expected to result in complete bilateral deafness. […] Aetna considers uniaural (monaural) or binaural (bilateral) cochlear implantation a medically necessary prosthetic for adults aged 18 years and older with bilateral, pre- or post-linguistic, sensorineural, moderate-to-profound hearing impairment who meet both of the following criteria: Member has bilateral severe to profound sensorineural hearing loss determined by an air conduction pure tone average of 70 dB or greater at 500 Hz, 1000 Hz, and 2000 Hz; and Member has limited benefit from appropriately fitted binaural hearing aids.

• #90 Cochlear Implants and Auditory Brainstem Implants – Medical Clinical Policy Bulletins | Aetna

  https://www.aetna.com/cpb/medical/data/1_99/0013.html

  This Clinical Policy Bulletin addresses cochlear implants and auditory brainstem implants. […] Aetna considers an auditory brainstem implant (ABI) medically necessary in members 12 years of age or older who have lost both auditory nerves due to disease (e.g., neurofibromatosis or von Recklinghausen’s disease) or bilateral surgical removal of auditory nerve tumors is planned and is expected to result in complete bilateral deafness. […] Aetna considers uniaural (monaural) or binaural (bilateral) cochlear implantation a medically necessary prosthetic for adults aged 18 years and older with bilateral, pre- or post-linguistic, sensorineural, moderate-to-profound hearing impairment who meet both of the following criteria: Member has bilateral severe to profound sensorineural hearing loss determined by an air conduction pure tone average of 70 dB or greater at 500 Hz, 1000 Hz, and 2000 Hz; and Member has limited benefit from appropriately fitted binaural hearing aids.

• #91 Hearing technology options | Hearing aids and implants

  https://www.ndcs.org.uk/information-and-support/childhood-deafness/hearing-aids-and-implants/options/

  Bone conduction devices may be an option if your child has temporary or permanent conductive deafness and doesn’t benefit from wearing a conventional hearing aid. […] 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. […] ABIs may be suitable for children who are profoundly deaf and who are also not suitable candidates for cochlear implants.

• #92 Auditory brainstem implants – RNID

  https://rnid.org.uk/information-and-support/hearing-loss/hearing-implants/auditory-brainstem-implants/

  If your auditory (hearing) nerve isn’t working, hearing aids or a cochlear implant won’t help. But an auditory brainstem implant that directly stimulates the auditory brainstem may be beneficial. […] If the auditory nerve does not work, it cannot send information from the ear up to the brain. Hearing aids and cochlear implants which rely on a working auditory nerve do not help in this case. […] ABIs have been used for adults who have damaged their auditory nerve, or who have Neurofibromatosis Type 11 (NF2). NF2 is a condition which causes tumours to grow on the hearing nerves. If the auditory nerve has been damaged, hearing aids and cochlear implants are not helpful because sound information can’t be transferred from the ear to the brain along the nerve.

• #93 Hearing aids and implants | Childhood deafness

  https://www.ndcs.org.uk/information-and-support/childhood-deafness/hearing-aids-and-implants/

  Many deaf children and young people use hearing technology such as hearing aids or cochlear implants. […] Hearing aids are electronic devices designed to make sounds louder and clearer. […] Cochlear implant gives a sensation of hearing by directly stimulating the auditory nerves using electrical signals. […] Middle ear implants are surgically implanted hearing aids. They are used when conventional hearing aids are not an option due to medical reasons. […] Auditory brainstem implants (ABIs) stimulate the auditory brainstem directly, bypassing the ear and auditory nerve, to provide a sensation of hearing. ABIs are still a fairly new development.

• #94 Cochlear implants: What are they and how do they work?

  https://www.healthyhearing.com/help/hearing-aids/cochlear-implants

  As with any surgical procedure involving an implanted medical device, there are risks. According to the FDA, they include: injury to the facial nerve, infection, dizziness or tinnitus, numbness, changes in taste, and many other possible adverse effects listed here. […] 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.

• #95 Hybrid Cochlear Implant – ENT Doctor | Ear and Tinnitus Specialist | Hamid Djalilian MD

  https://hamiddjalilianmd.com/specialized-services/hybrid-cochlear-implant/

  Most hearing loss occurs in the high pitch (frequency) region of the inner ear. […] Age-related hearing loss and noise-induced hearing loss are the most common causes of sensorineural hearing loss, and almost always result in a high frequency hearing loss. […] The hearing loss is caused by damage to the inner hair cells in the cochlea. […] The high frequency hearing loss causes difficulty with understanding speech, especially in noisy environments. […] Those with high frequency hearing loss who do not benefit from traditional hearing aids may be a candidate for a hybrid implant.

• #96 Hybrid Cochlear Implant – ENT Doctor | Ear and Tinnitus Specialist | Hamid Djalilian MD

  https://hamiddjalilianmd.com/specialized-services/hybrid-cochlear-implant/

  Most hearing loss occurs in the high pitch (frequency) region of the inner ear. […] Age-related hearing loss and noise-induced hearing loss are the most common causes of sensorineural hearing loss, and almost always result in a high frequency hearing loss. […] The hearing loss is caused by damage to the inner hair cells in the cochlea. […] The high frequency hearing loss causes difficulty with understanding speech, especially in noisy environments. […] Those with high frequency hearing loss who do not benefit from traditional hearing aids may be a candidate for a hybrid implant.

• #97 Hybrid Cochlear Implant – ENT Doctor | Ear and Tinnitus Specialist | Hamid Djalilian MD

  https://hamiddjalilianmd.com/specialized-services/hybrid-cochlear-implant/

  Most hearing loss occurs in the high pitch (frequency) region of the inner ear. […] Age-related hearing loss and noise-induced hearing loss are the most common causes of sensorineural hearing loss, and almost always result in a high frequency hearing loss. […] The hearing loss is caused by damage to the inner hair cells in the cochlea. […] The high frequency hearing loss causes difficulty with understanding speech, especially in noisy environments. […] Those with high frequency hearing loss who do not benefit from traditional hearing aids may be a candidate for a hybrid implant.

• #98 What You Need to Know About Cochlear Implants – Whisper Hearing Centers

  https://whisperhearingcenters.com/what-you-need-to-know-about-cochlear-implants/

  While most people with hearing loss have success with hearing aids, there are some people with severe to profound hearing loss for whom hearing aids are not beneficial. For these people, a cochlear (koe-klee-er) implant may be the best option for better hearing. […] Cochlear implants are tiny electrical devices that are designed to help those with a sensorineural hearing loss. This means that the hair cells in the inner ear are damaged and cannot send sounds to the auditory nerve. A cochlear implant bypasses the hair cells and sends sounds directly to the nerve. […] A cochlear implant can help people with severe hearing loss. It allows them to take in information through the auditory nerve, which allows the brain to notice the incoming sounds. Cochlear implants do not cure hearing, but they do provide an opportunity for the severely hard of hearing or deaf to perceive the sensation of sound by bypassing the damaged inner ear.

• #99 Hearing Loss – Ear, Nose, and Throat Disorders – Merck Manual Professional Edition

  https://www.merckmanuals.com/professional/ear-nose-and-throat-disorders/hearing-loss/hearing-loss

  Many causes of hearing loss have no cure, and treatment involves compensating for the hearing loss with hearing aids and, for severe to profound loss, a cochlear implant. […] Cochlear implants help with speech-reading by providing information about the intonation of words and the rhythm of speech.

• #100 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Bone-conduction hearing prostheses stimulate the cochlea by vibrations of the skull, thus bypassing the external and middle ear. […] Current indications for bone-anchored hearing devices include conductive and mixed hearing loss and single-sided deafness. […] The common etiologies resulting in this situation include middle ear disease, congenital canal atresia, cholesteatoma, chronic otitis media, and post-surgical changes. […] Bone anchored hearing devices have been shown to benefit sound localization and speech in noise in patients with SSD. […] Limitations of all surgical devices include the cost of devices and the requirement of anesthesia (most often general anesthesia) to place or replace the devices. […] Approximately one-half billion people currently suffer from disabling hearing loss, and it is also the fourth leading contributor to disability worldwide. […] Hearing rehabilitation for many patients may be achieved by traditional hearing aids; however, limitations exist in some patients. Thus, implantable hearing devices are alternative treatments in patients with hearing loss who do not obtain adequate benefits from traditional hearing aids.

• #101 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Hearing loss is one of the most common disabilities worldwide. Implantable hearing devices offer exciting developments in treating hearing loss in patients who previously had poor treatment options, including those with anatomic abnormalities, chronic draining ears, or severe to profound sensorineural hearing loss. […] Many causes of hearing loss exist, but it is generally increasing with the aging population. […] Some limitations include medical conditions comprising of a chronic draining ear, anatomic limitations, insufficient amplification, acoustic feedback, occlusion effect, and discomfort. […] In addition, patients with severe to profound hearing loss receive limited benefits from traditional hearing aids; however technological advancements in implantable hearing devices provide viable treatment options that may significantly improve patient quality of life.

• #102 Hearing Technology Guide – Cochlear Implants – Alexander Graham Bell Association

  https://agbell.org/2024/03/22/cochlear-implants/

  Research suggests that implantation works best for young children, ideally, before age three. The FDA has approved cochlear implantation for infants as young as 9 months of age, although children who are even younger have received the devices. […] The quality of the equipment also has an impact on the quality of sound, just like the sound system in your car or living room. Although cochlear implant recipients have a wide range in performance, the benefits for most users include improved speech recognition, enhanced speech production skills, ability to perceive speech without speechreading and improved sound awareness and recognition. Today, advances in implant technology enable more children to maximize these benefits and develop listening and spoken language skills.

• #103 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Bone-conduction hearing prostheses stimulate the cochlea by vibrations of the skull, thus bypassing the external and middle ear. […] Current indications for bone-anchored hearing devices include conductive and mixed hearing loss and single-sided deafness. […] The common etiologies resulting in this situation include middle ear disease, congenital canal atresia, cholesteatoma, chronic otitis media, and post-surgical changes. […] Bone anchored hearing devices have been shown to benefit sound localization and speech in noise in patients with SSD. […] Limitations of all surgical devices include the cost of devices and the requirement of anesthesia (most often general anesthesia) to place or replace the devices. […] Approximately one-half billion people currently suffer from disabling hearing loss, and it is also the fourth leading contributor to disability worldwide. […] Hearing rehabilitation for many patients may be achieved by traditional hearing aids; however, limitations exist in some patients. Thus, implantable hearing devices are alternative treatments in patients with hearing loss who do not obtain adequate benefits from traditional hearing aids.

• #104 Implantable Hearing Devices – StatPearls – NCBI Bookshelf

  https://www.ncbi.nlm.nih.gov/books/NBK578178/

  Bone-conduction hearing prostheses stimulate the cochlea by vibrations of the skull, thus bypassing the external and middle ear. […] Current indications for bone-anchored hearing devices include conductive and mixed hearing loss and single-sided deafness. […] The common etiologies resulting in this situation include middle ear disease, congenital canal atresia, cholesteatoma, chronic otitis media, and post-surgical changes. […] Bone anchored hearing devices have been shown to benefit sound localization and speech in noise in patients with SSD. […] Limitations of all surgical devices include the cost of devices and the requirement of anesthesia (most often general anesthesia) to place or replace the devices. […] Approximately one-half billion people currently suffer from disabling hearing loss, and it is also the fourth leading contributor to disability worldwide. […] Hearing rehabilitation for many patients may be achieved by traditional hearing aids; however, limitations exist in some patients. Thus, implantable hearing devices are alternative treatments in patients with hearing loss who do not obtain adequate benefits from traditional hearing aids.

• #105 What You Need to Know About Cochlear Implants – Whisper Hearing Centers

  https://whisperhearingcenters.com/what-you-need-to-know-about-cochlear-implants/

  While most people with hearing loss have success with hearing aids, there are some people with severe to profound hearing loss for whom hearing aids are not beneficial. For these people, a cochlear (koe-klee-er) implant may be the best option for better hearing. […] Cochlear implants are tiny electrical devices that are designed to help those with a sensorineural hearing loss. This means that the hair cells in the inner ear are damaged and cannot send sounds to the auditory nerve. A cochlear implant bypasses the hair cells and sends sounds directly to the nerve. […] A cochlear implant can help people with severe hearing loss. It allows them to take in information through the auditory nerve, which allows the brain to notice the incoming sounds. Cochlear implants do not cure hearing, but they do provide an opportunity for the severely hard of hearing or deaf to perceive the sensation of sound by bypassing the damaged inner ear.

• #106 The Pros and Cons of Cochlear Implants

  https://www.audionova.com/blog/hearing-aids/pros-cons-cochlear-implants/

  Cochlear implants may sound like a better alternative to hearing aids. They’ve gained notoriety in the world of hearing health, offering life-changing solutions to those with profound hearing loss. […] Cochlear implants are typically recommended for individuals with severe to profound sensorineural hearing loss who do not benefit adequately from hearing aids. […] Cochlear implants can still experience device failures or malfunctions, especially in the case of an accident or injury requiring additional surgery to repair. […] The performance of cochlear implants can vary among individuals. Factors such as the duration of hearing loss, age at implantation, and overall health can influence outcomes. […] Cochlear implant surgery can be costly, and not all insurance plans cover the procedure.

• #107 The Pros and Cons of Cochlear Implants

  https://www.audionova.com/blog/hearing-aids/pros-cons-cochlear-implants/

  Cochlear implants may sound like a better alternative to hearing aids. They’ve gained notoriety in the world of hearing health, offering life-changing solutions to those with profound hearing loss. […] Cochlear implants are typically recommended for individuals with severe to profound sensorineural hearing loss who do not benefit adequately from hearing aids. […] Cochlear implants can still experience device failures or malfunctions, especially in the case of an accident or injury requiring additional surgery to repair. […] The performance of cochlear implants can vary among individuals. Factors such as the duration of hearing loss, age at implantation, and overall health can influence outcomes. […] Cochlear implant surgery can be costly, and not all insurance plans cover the procedure.

• #108 Cochlear Implants and Vaccine Recommendations | Pneumococcal | CDC

  https://www.cdc.gov/pneumococcal/vaccines/cochlear-implants.html

  Having cochlear implants, a special hearing device, increases risk of certain types of bacterial meningitis. […] People with cochlear implants are at increased risk for bacterial meningitis, especially pneumococcal meningitis. […] CDC recommends pneumococcal vaccination for children and adults with cochlear implants. […] CDC doesn’t have any meningococcal vaccination recommendations specifically for people with cochlear implants. Data don’t suggest that people with cochlear implants are at increased risk for meningococcal meningitis.

• #109

  https://www.utmbhealth.com/services/ent/hearing-solutions/cochlear-implants

  Individuals with hearing loss are at an increased risk of developing meningitis. Cochlear implant placement also increases the risk of developing meningitis. […] It is important for children and adults with a cochlear implant to be vaccinated against the bacteria that can gain entry into the brain and commonly cause bacterial meningitis.

• #110 Cochlear implants: What are they and how do they work?

  https://www.healthyhearing.com/help/hearing-aids/cochlear-implants

  As with any surgical procedure involving an implanted medical device, there are risks. According to the FDA, they include: injury to the facial nerve, infection, dizziness or tinnitus, numbness, changes in taste, and many other possible adverse effects listed here. […] 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.

• #111 Cochlear Implants and Vaccine Recommendations | Pneumococcal | CDC

  https://www.cdc.gov/pneumococcal/vaccines/cochlear-implants.html

  Having cochlear implants, a special hearing device, increases risk of certain types of bacterial meningitis. […] People with cochlear implants are at increased risk for bacterial meningitis, especially pneumococcal meningitis. […] CDC recommends pneumococcal vaccination for children and adults with cochlear implants. […] CDC doesn’t have any meningococcal vaccination recommendations specifically for people with cochlear implants. Data don’t suggest that people with cochlear implants are at increased risk for meningococcal meningitis.

• #112 Cochlear Implants and Auditory Brainstem Implants – Medical Clinical Policy Bulletins | Aetna

  https://www.aetna.com/cpb/medical/data/1_99/0013.html

  Aetna considers the following experimental, investigational, or unproven because the effectiveness has not been established: Auditory brainstem implant for the treatment of cochlear ossification from otosclerosis, congenital deafness and tinnitus; Auditory brainstem implant and contralateral cochlear implant for children with cochlear nerve deficiency; Cochlear implantation for auditory dyssynchrony, auditory neuropathy spectrum disorder, post-synaptic auditory neuropathy, tinnitus and all other indications; Cochlear implantation for persons with osteogenesis imperfecta who do not meet medical necessity criteria above. […] The cochlear implant is an electronic prosthesis that stimulates cells of the auditory spiral ganglion to provide a sense of sound to persons with hearing impairment. […] The effectiveness of the implant depends heavily on postoperative rehabilitation that is necessary for the individual to learn to communicate using the device.

• #113 What You Need to Know About Cochlear Implants – Whisper Hearing Centers

  https://whisperhearingcenters.com/what-you-need-to-know-about-cochlear-implants/

  Cochlear implants work in a much different way than hearing aids. Rather than amplifying sound like a hearing aid, a cochlear implant provides the sensation of sound by stimulating the auditory nerve directly. […] Cochlear implants are approved by the FDA for use with both children and adults. Although candidacy for cochlear implants is usually on a case-by-case basis, in general, candidacy guidelines include the following from American Speech-Language-Hearing Association: […] Cochlear implants work best with adults who were able to acquire language skills before losing hearing (postlingually deafened), but adults who did not develop spoken language skills before losing hearing (prelingually deafened) may still be candidates. […] Children as young as 12 months old may be eligible for a cochlear implant. Experts recommend implantation as early as possible for children who meet these criteria to help them during the critical period of language acquisition skills. […] Many experts suggest that nothing is more important than realizing the full benefits to cochlear implants than auditory rehabilitation therapy.

• #114 Cochlear Implant Health – ENT Health

  https://www.enthealth.org/be_ent_smart/cochlear-implant-health/

  Cochlear implants are continually improving and can help many types of hearing loss. […] Cochlear implantation involves placing an electrode within the cochlea to bypass the area of the inner ear that is not functioning correctly, and directly stimulating the nerve. […] Individuals who have a cochlear implant are at increased risk for bacterial meningitis. […] Cochlear implant users and their families should also be aware that vaccinations do not eliminate the risk of meningitis. […] An annual checkup with an audiologist is recommended to map and reprogram the device as needed to ensure optimal hearing.

• #115 BAHA and Cochlear implants – Ear surgery for hearing loss

  https://www.amplifon.com/uk/hearing-aids/baha-cochlear-implant

  Cochlear implants, as mentioned, are particularly suitable for people with moderate or severe hearing loss or complete deafness in both ears. […] A cochlear implant is a neuroprosthetic device which can be a hearing solution for those with severe to profound hearing loss. They work differently than hearing aids, providing the sense of sound by stimulating the auditory nerve. […] Cochlear implants replace the function of damaged sensory hair cells inside the inner ear. Unlike hearing aids, which mostly make sounds louder, cochlear implants can further improve the clarity of sounds and the ability to understand speech. […] A surgical operation is necessary for the implantation of a cochlear implant. It is a common operation, done under general anesthesia and lasts for approximately two hours.

• #116 Hearing Loss | Boston Children’s Hospital

  https://www.childrenshospital.org/conditions/hearing-loss

  Causes for sensorineural hearing loss at birth include: Genetics: children of parents with hearing loss are more likely to have hearing issues as well. […] Causes of acquired sensorineural hearing loss include: Exposure to loud noises, Head trauma, Infection, Being on a ventilator for a long time, Having congenital diaphragmatic hernia or needing extracorporeal membrane oxygenation (ECMO) therapy, Repeated courses of IV antibiotics and diuretics. […] Some hearing problems are medically or surgically correctable. Other hearing problems are treated with hearing aids and speech and language therapy. […] Cochlear implants are electronic devices that partially restore hearing for children with severe or profound hearing loss in both ears.

• #117 Hearing Technology Guide – Cochlear Implants – Alexander Graham Bell Association

  https://agbell.org/2024/03/22/cochlear-implants/

  If your child has a severe or profound hearing loss in both ears, traditional hearing aids may not be enough to provide adequate sound perception and comprehension for speech understanding. Fortunately, cochlear implants can help people with profound hearing loss gain access to sound. Since the 1970s, cochlear implants have helped thousands of people detect sound and understand speech. […] Cochlear implants do a great job at helping individuals with severe and profound hearing loss, but even the best cochlear implants do not provide typical hearing. Your child’s results are difficult to predict. […] Generally, success depends on a variety of factors including: Age at the time of implant, Auditory memory for sound and speech, Length of deafness, Primary mode of communication, Educational setting, Length of time the implant is used, Quality of the equipment.

• #118

  https://www.cochlear.com/au/en/home/diagnosis-and-treatment/diagnosing-hearing-loss/types-and-causes-of-hearing-loss

  Knowing what type it is and the cause can be crucial to finding the right solution. […] Common causes include: congenital hearing loss, ageing, exposure to loud noise, head injury, genetics, Mnire’s disease, adverse reaction to medications. […] Common causes include: viral infections, Mnire’s disease, adverse reaction to medications, head or ear injuries, many other unknown reasons. […] Common causes include: malformations at birth such as Microtia and Atresia, syndromes such as Down, Goldenhar and Treacher Collins, chronic mastoiditis or middle ear infections, skin growth or cyst (cholesteatoma), draining ears, chronic ear infections, previous ear surgeries, benign tumors. […] Common causes include any of the causes of conductive hearing loss plus any of the causes of sensorineural hearing loss.

• #119 Hearing Aids or Cochlear Implants? — Hearing Health Foundation

  https://hearinghealthfoundation.org/blogs/hearing-aids-or-cochlear-implants

  Hearing aids are the number one choice for the majority of people with hearing loss, but for those who have severe or profound hearing loss, cochlear implants may be a better option, especially if they are found not to benefit from hearing aids. […] Cochlear implants are indicated for people with severe to profound hearing loss and of all ages, from newborns to seniors, when hearing aids no longer are beneficial. […] Both hearing aids and cochlear implants are recommended for those diagnosed with sensorineural hearing loss, meaning that damage has occurred within hair cells of their inner ear and/or the nerve pathways that connect the inner ear to the brain. […] Ultimately, both cochlear implants and hearing aids work to help those with hearing loss to communicate better with the outside world and improve their everyday quality of life.

• #120 Hearing aids and implants

  https://www.nhs.uk/conditions/hearing-aids-and-implants/

  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. […] A bone anchored hearing aid (BAHA) may be an option if you have hearing loss caused by sound being unable to reach your inner ear. […] A cochlear implant may be an option if you have severe, permanent hearing loss that is not helped by hearing aids. […] 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.

• #121 Implanted Hearing Devices for Hearing Loss – Hearing Aid Alternatives

  https://www.aarp.org/health/conditions-treatments/implanted-hearing-devices/

  Advances in hearing device technology over the past few years have improved the three leading implants a cochlear implant, bone-anchored device and middle-ear implant a and resulted in a brand-new hybrid cochlear implant. […] Hearing aids only amplify sounds. These devices bypass the outer ear and either translate sounds into vibrations delivered to the middle ear or electrical impulses delivered directly to the inner ear. […] Most common cause of single-sided deafness is sudden deafness waking up one morning with no hearing in one ear. A slow-growing benign tumor on the auditory nerve called an acoustic neuroma can also cause single-sided deafness. […] A candidate for the middle-ear implant will have had to try other hearing aids before being eligible.

• #122

  https://www.who.int/news-room/fact-sheets/detail/deafness-and-hearing-loss

  Intrauterine infections such as rubella and cytomegalovirus infection. […] Birth asphyxia (a lack of oxygen at the time of birth) […] Chronic ear infections (chronic suppurative otitis media) […] Chronic diseases […] Age-related sensorineural hearing loss […] Ototoxic medicines […] Many of the causes that lead to hearing loss can be avoided through public health strategies and clinical interventions implemented across the life course. […] Nearly 60% of hearing loss is due to avoidable causes that can be prevented through implementation of public health measures. […] Rehabilitation helps people with hearing loss to function at their optimum, which means they can be as independent as possible in everyday activities. […] 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).

• #123 Cochlear Implants for Hearing Loss: Benefits and Risks

  https://www.webmd.com/brain/understanding-cochlear-implants

  Cochlear implants are designed to work in people whose hearing loss is caused by damaged or missing parts of their inner ear. […] Cochlear implants help you perceive sound in a different way. They bypass the structures of your ear that process sound, and work directly with the nerves that send sound signals to your brain. […] Cochlear implants are approved by the FDA for adults and for children as young as 9 months, under certain circumstances. […] Cochlear implants work better for people who have lost their hearing recently, as well as those who’ve already used a hearing aid successfully. […] Cochlear implants aren’t for everyone, and they don’t fully restore your hearing. […] Cochlear implants take batteries, and you may need fresh ones every day. […] Cochlear implants are very expensive. […] Cochlear implant surgery is very safe, but any operation comes with risks. […] Cochlear implants can be a part of that.

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