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The Brain’s Connectome – a symphony inside our brains and how hearing loss disturbs the music
Understand us; where do we begin? In this article the authors’ introduce a project that may uncover that our personalities and traits are a product of the interconnected wiring within our brain. The team discusses the Human Connectome Project and...Central auditory changes in SNHL
Robert Harrison discusses some of the most obvious ways in which cochlear hearing loss has central consequences. It is convenient to classify hearing loss according to the most obvious site of lesion, for example, conductive, cochlear, retro-cochlear, or central hearing...European funding for the tinnitus research network TINNET
Over 70 million people in Europe experience tinnitus, and for seven million it creates a debilitating condition. Severe tinnitus is often associated with depression, anxiety and insomnia, resulting in an enormous socio-economic impact [1]. It has been estimated that 13...
Patient positioning for transnasal flexible laryngoscopy
The position of a patient’s head during flexible nasendoscopy to visualise the larynx does not usually require much consideration – adequate views are almost always obtained with a patient sitting in a neutral position. Occasionally however, there will be patients...
Stimulation for tinnitus
Tinnitus is known to be inhibited by stimulation of the auditory system by stimuli such as acoustical, electrical and magnetic. Residual inhibition (RI) is when tinnitus is temporarily eliminated for a period of time lasting seconds, minutes, up to hours...What’s hidden in hidden hearing loss?
In order to truly understand the many key aspects of acquired sensorineural hearing loss, the role of cochlear synaptopathy or ‘hidden hearing loss’ must be considered. Dan Guo and Sharon Kujawa review and summarise what we know to date, including...What does functional neuroimaging tell us about tinnitus?
One of the most common causes of tinnitus is noise exposure, be that either cumulative day-to-day exposure over a lifetime or experience of acute noise trauma such as a loud concert or shooting incident. Observational data indicate that up to...The importance of s-ABR in auditory disorders
S-ABR is a method of recording speech-evoked-potentials, but where does it fit in the clinical and research test battery? Here, the authors examine the opportunities for s-ABR. The integrity of the neural transmission of acoustic stimuli is evaluated by auditory...
Listening in noise to predict learning disability
Noise disrupts the neural coding of consonants more than vowels. Listening in noise presents a challenge for everybody, but particularly to children whose language skills are underdeveloped. This team views background noise as a disruption to the necessary neural mechanisms...
Ageing Ears
How do our ears show our age? We are all aware of the concept of presbycusis and a plethora of other events that impact our hearing over the passage of time. We are familiar with the standard subjective testing, though...The role of objective measures and imaging to optimise cochlear implant outcomes
Should we be using new or novel objective measures and imaging to assist with our cochlear implant patients? Debi Vickers and Shak Saeed describe current clinical techniques and present advances that have the potential to optimise outcomes. Introduction It is...
