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Cochlear implants for tinnitus

This study from Belgium is the first to look at the long term reduction in tinnitus for a cohort of 23 patients with unilateral profound hearing loss and incapacitating tinnitus implanted with cochlear implants (CI). The authors were able to...

Early ENT involvement can improve long-term quality of life after temporal bone fractures

Sports injuries and road traffic accidents are common causes of head injuries, with 18-40% of skull base fractures involving the temporal bone. Often these patients have other more life threatening injuries so ENT intervention is delayed or absent. Facial palsy,...

Head injury and prolonged bed rest, but not inner ear disease, predict poorer outcome after Epley manoeuvre in posterior semicircular canal benign paroxysmal positional vertgo (P-BPPV)

This Japanese study included 197 patients with P-BPPV treated over a two and a half year period. The vast majority had idiopathic BPPV (n=157). The remaining 40 had secondary BPPV, eight following head trauma, 14 due to prolonged bed rest...

Cochlear implantation in children with congenital long QT syndrome

Jervell and Lange-Neilsen syndrome is a condition where sensorineural deafness coincides with inherited abnormalities of the heart, resulting in prolonged ventricular repolarisation, frequently shown on an ECG with a prolonged QT interval. These children can present at implant centres for...

The paediatric dilemma of one ear in and one ear out of NICE criteria

The auditory implant team in Manchester have implanted a cohort of children where audiological thresholds meet the NICE guidance for cochlear implantation (CI) in one ear only, and the other falls into moderate, severe or sloping loss. These children are...

Hidden disabilities and cochlear implantation under 12 months of age

There has been a global shift to providing children with severe-profound deafness cochlear implants (CIs) before they are 12 months old. Early intervention is critical and one of the overriding factors in successful outcomes for children with CIs. Early implantation...

Further understanding of GJB2 hearing loss

For many years, hearing loss has been an area which has attracted the interest of clinical and academic geneticists. Genetic testing for severe-profound hearing loss is now commonplace in many healthcare systems. Understanding the genetics of hearing loss has improved...

Early results of the Cochlear Osia (active transcutaneous bone-conduction implant) in teenagers

This funded research trial involving 14 adolescents, aged 10 to 17 years, in the Toronto Hospital for Sick Kids was carried out just prior to the new Osia implant obtaining FDA approval for use in the USA. The majority had...

Advances in auditory implants

This article provides an overview of auditory implants. Implanted auditory devices may be classified into bone conduction implants (BCI) and active middle ear implants (AMEI) that stimulate cochlear hair cells, and cochlear implants (CI) that stimulate neural structures. CIs bypass...

The decision-making process by parents of children with residual hearing who receive cochlear implants

It can be a difficult decision for parents whose children have residual hearing whether or not to undergo cochlear implantation. Their children may seem to be hearing with their hearing aids, and even in some cases can hear without aids....

Newborn sensorineural hearing loss – what is the incidence?

In the last two decades, the introduction of newborn screening for hearing loss has dramatically lowered the average age of newborn hearing loss diagnosis to around two to three months of age. The benefits of early diagnosis are manifold, enabling...