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Outcomes at three years post-implantation of the Bonebridge device
This is a MED-EL-funded study of the hearing outcomes and complication rates of the Bonebridge active transcutaneous bone conduction implant (BCI). The authors have declared no conflict of interest. Follow-up occurred at intervals for 36 months post-implantation in all 57...Vestibular dysfunction after cochlear implantation in children
Whilst vestibular dysfunction is a known outcome of cochlear implant surgery, do we know the risk factors associated with this, particularly in children? In this article a team from University of Tokyo discuss their findings. Cochlear implantation (CI) is an...
Quality of life after cochlear implantation in the older population
Cochlear implants (CI) have been increasingly adopted in older adults with severe to profound hearing loss as a result of the growing and ageing world population. There is much interest in the cost-effectiveness and quality of life in CI users....
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...Cochlear implantation in the developing world: perspectives from the Indian subcontinent
Cochlear implants are an expensive technology, yet profound hearing loss is far from a developed-world phenomenon. On the contrary, incidences of both congenital and acquired hearing losses are high in the developing world. This article explains how an initiative in...
Strategies to improve early development of vocabulary post-cochlear implantation
Cochlear Implantation (CI) is now the standard of care for rehabilitation of children with bilateral severe to profound sensorineural hearing loss. It improves the children’s linguistic input and helps them to develop language. The literature published so far has shown...
Vestibular function preservation after minimally invasive paediatric cochlear implantation
This retrospective study analysed results in 24 paediatric patients with low-frequency residual hearing before and after minimally invasive cochlear implantation. The authors define minimally invasive cochlear implantation as a round window insertion of flexible Nucleus CI422, Nucleus CI522, MedEl Flex...How sight shapes sound: cross-modal plasticity and cochlear implantation
Visual cues support auditory recovery after cochlear implantation, with evidence showing cross-modal plasticity enhances speech perception and rehabilitation outcomes. Traditionally, clinical guidance around cochlear implantation has been shaped by a key concern: that reliance on visual communication, particularly speechreading, might...Cochlear implantation for single-sided deafness and asymmetric hearing loss
Continuing our sub-theme of cochlear implantation candidacy, Richard Irving and Raghu Kumar review the principles and benefits of cochlear implantation in individuals who have an asymmetric hearing loss. It is well known that cochlear implantation improves auditory capacity, and in...
Does surgical complexity influence hearing preservation after perimodiolar cochlear implantation?
In this prospective study, 34 adults underwent perimodiolar cochlear implantation with an extended round window approach. Three investigators reviewed fluoroscopic, electrocochleography (ECochG) and video data recorded simultaneously during the surgeries. Surgical complexity was also recorded as straightforward or complex. Residual...
