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Cochlear implant referral: how can we do better?

Considerable progress has been made over the last few years in improving access to cochlear implantation (CI) in the UK for children and adults with severe to profound deafness. But we are still not treating children early enough, and we...

Long-term outcomes of children and young people with cochlear implants

Introduction Profound childhood hearing loss has a huge impact on early communication skills, the acquisition of spoken language, and hence on educational attainments and employment prospects. Over the centuries, educators of the deaf attempted to overcome the challenge by using...

Auditory brainstem implant results in adults and children

Background The auditory brainstem implant (ABI) has been developed from cochlear implant (CI) technology and is indicated for people who have anatomical abnormalities of the cochlea or dysfunction of the auditory nerve. The majority of people who have received an...

Semi implantable bone conduction devices: challenges and developments

Bone conduction mechanisms and history of bone conduction aids Bone conduction hearing devices work by stimulating hair cells via the bone conduction hearing pathways. These pathways are less well understood than the air conduction pathways, but recent research has shown...

Why screen for hearing loss in adults?

Introduction Hearing loss affects over 10 million people in the UK – one in six of the population. Of over 50-year-olds 41.7% are estimated to have some form of hearing loss. This rises to 71.1% of over 70-year-olds, over half...

Adult hearing screening: consideration for a holistic model

Background Adult-onset hearing impairment is a highly prevalent and undertreated chronic problem that poses a significant burden of disease worldwide [1]. It is usually gradual and diagnosed and managed approximately 10 years after adults have first experienced hearing difficulties [2]....

Screening for hearing aid fittings – an approach for primary care

Introduction The communication difficulties related to hearing loss can lead to ‘depression, social withdrawal and problems with employment and access to information sources’ [1]. Furthermore, unmanaged hearing loss is associated with dementia, a poorer quality of life, depression, anxiety and...

How cognition influences hearing aid use

Introduction Hearing aids are designed to provide amplification for individuals with poor auditory sensitivity. Signal processing algorithms are designed and implemented in hearing aids to further enhance speech intelligibility and to improve listening comfort by attenuating unwanted background noise. Sarampalis...

The ear-brain connection: the role of cognition in neural speech processing

Audiologists and other hearing healthcare professionals have become increasingly interested in the importance of cognitive function in the assessment and management of hearing loss, especially in light of evidence suggesting a link between hearing loss and cognitive decline in older...

Could social isolation be a factor in the link between hearing loss and dementia?

In 1802, Beethoven wrote to his brothers Carl and Johann about his hearing loss: “You men who think or say that I am malevolent, stubborn, or misanthropic, how greatly do you wrong me. You do not know the secret cause...

Why and what should hearing care professionals know about cognitive impairment and dementia

Good reasons to care about cognitive impairment and dementia in audiology If asking people what they fear most when getting to old age, it is cognitive decline that is named most often. This comes with the expectation of limitations in...

Inter-professional teamwork and hearing care for older adults with cognitive loss

There is growing awareness that hearing loss is linked to dementia [1]. The average first-time hearing aid user is about 70 years old. By this age, approximately 1 in 2 people have hearing loss and 1 in 7 have cognitive...