Phonak Roger.

Research

Kids with Otitis Media History Should Be Tested for Spatial Listening Ability

A University of Melbourne study finds that children who suffered middle ear disease (otitis media) in early childhood were found to have binaural speech perception deficits that persist for years after. Spatial listening difficulties can lead to poor understanding of a teacher’s voice in a noisy classroom, so children should be assessed upon school entry to make early intervention possible.

KnowYourNoisecrop

News

“Know Your Noise” Site Invites People to Check Hearing Habits

The National Acoustic Laboratories (NAL) in Australia has developed an online noise risk calculator that is featured on the “Know Your Noise” website, a primary feature of HEARsmart, an initiative from the HEARing CRC aimed at promoting smarter hearing habits and reducing the incidence of noise-induced hearing loss (NIHL).

The just-released fourth edition of Clinical Otology retails for €159.99/$179.99.

Publications

Update of a Classic: Clinical Otology Book Has Been Republished

A fourth edition of the otology book, Clinical Otology, has been released this month, according to an announcement from Thieme Publishing Group. The newest edition features more than 150 color illustrations that clarify key concepts presented in the text, and includes new chapters on current clinical applications of genetics, contemporary hearing loss testing and management of external and internal hearing devices, and vestibular and audiologic neuro diagnostics.

MarionDowns1

People

Tributes to Marion Downs

A number of spontaneous comments and postings in response to the recent death of audiology legend Marion Downs, who many consider to be the “Mother of Pediatric Audiology.”

Caroline Palmer, PhD, Department of Psychology, McGill University, and

Research

People with No Musical Rhythm May Have Inability to Synchronize Sounds

Researchers in Canada find that beat-deafness, or the inability to keep time to music or other rhythm, may reveal a problem with how people synchronize the sounds they hear. The research team found that deficits in sound synchronizing can help scientists ascertain fundamental properties of human neural function, such as how auditory and motor systems are integrated in neural networks.