Search

Active middle ear implants and bone-anchored hearing systems

The implantable hearing device market has grown significantly over recent years. But as conventional hearing aids improve and cochlear implant candidacy widens, what is the role for active middle ear implants and bone anchored hearing systems, and how should we...

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...

The ear-brain connection in cochlear implant users: learning to listen again

While the cochlear implant (CI) has been a tremendous success in restoring hearing to deaf individuals, the implantation outcome still varies across CI users [1]. Some demographic factors, such as duration of deafness, and peripheral factors, such as electrode placement,...

A psychophysical perspective on single-sided deafness and its treatment by cochlear implants

Bob Carlyon gives us a psychophysical perspective on the hearing benefits that can and cannot be achieved for patients with single-sided deafness with a cochlear implant, and discusses some of the challenges in maximising the effectiveness of the treatment. He...

Audiological approach to treatment of blast-induced tinnitus

Hearing loss and tinnitus resulting from blast waves in the war zone is becoming more common in our clinics. Hamid Jalilvand based in Tehran, shares his experience in audiological rehabilitation and research findings on patients in his clinics with a...

Use of automated audiometry for faster patient access to audiology services?

Manual audiometry has long been the gold standard for establishing hearing thresholds. In recent years, a number of automated audiometry applications have reached the market. In this article, a team from Ireland have put a version of automated audiometry to...

SEQaBOO: SEQuencing a Baby for an Optimal Outcome

There are at least 15 countries now running genome sequencing projects. The team in Manchester, UK, and Boston, USA, share their SEQaBOO project. Abstract SEQaBOO (SEQuencing a Baby for an Optimal Outcome) will transform newborn hearing screening (NBHS) by bringing...

Genetics and the newborn hearing screen: the future is now

Eliot Shearer shares the progress being made with newborn hearing screening 60 years on from where it started, and future directions for identifying hearing loss using physiologic, genetic and cCMV screening. Newborn screening had its birth in the early 1960s,...

Sniffing out the evidence – COVID-19 and loss of sense of smell and taste

Louis Pasteur once observed: “In the fields of observation chance favors only the prepared mind.” Professor Hopkins was certainly prepared when a few anecdotes of smell problems started to accumulate early in the pandemic’s course. Post-viral olfactory loss is nothing...

Precision and personalised genomic and epigenomic medicine in audiology/hearing loss

A detailed look at the pathogenesis of acquired hearing loss due to exposure to ototoxicity during pregnancy or shortly after birth. Insights from genomic medicine have shown that, along with environmental factors causing epigenetic alterations, hearing loss may be caused...