Newborn hearing screening programme (NHSP) operational guidance

This guidance supports healthcare professionals and stakeholders delivering and managing newborn hearing screening programmes in England | Public Health England

This recently updated NHSP operational guidance provides clinical guidance and other documents to support the delivery of a high-quality screening programme.

This guidance is relevant to all screening programme staff and healthcare professionals involved at any point in the NHSP screening pathway.

This information puts into context the day-to-day working of the local screening programme and includes information about:

  • introductions and key contacts
  • roles, responsibilities and relationships of key NHSP staff and associated professionals
  • initial training and continued professional development including competencies for hearing screening staff
  • governance and performance responsibilities including programme standards, key performance indicators, and managing risks and incidents
  • aetiology input to NHSP and beyond
  • hearing screening equipment specifications and protocols
  • audiology input to NHSP and beyond
  • day to day management of a local NHSP patient pathway
  • the NHSP national IT system
  • reporting local programme performance

Full guidance available at Public Health England


In the news…

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Science Daily has recently reported on the following research:

New technique developed to synchronise cochlear implant signals

Science Daily | May 2018 | Synchronizing cochlear signals stimulates brain to ‘hear’ in stereo

American researchers have developed an innovative technique to synchronise the cochlear signals that stimulate the brain in a way that is similar to people who can hear.  The ability to use both ears to hear enables the recognition of speech and improves sound localisation (via Science Daily).


At a forthcoming event, the 175th Meeting of the Acoustical Society of America, being held May 7-11, 2018, the researchers will present data that demonstrates how this technique synchronises the cochlear signals that stimulate the brain in a similar way to people who can hear without a cochlear implant.  It will enable people with an implant to have a more realistic hearing experience.

Although the technique has yet to be tested outside of a laboratory setting, it is hoped that the research team can work with cochlear implant manufacturers to enable people with cochlear implants to benefit from this synchronous hearing.

Full news item at Science Daily

New hope for people with tinnitus

JAMA | April 2018 | Experimental Device Could Offer Hope for Millions With Tinnitus

A research team at the University of Michigan has developed a novel, noninvasive treatment to address tinnitus. While a trial was initially conducted on guinea pigs the scientists have now studied human subjects. They recruited 20 adults with mild to moderate somatic tinnitus—the type that patients can temporarily modulate by clenching their jaws or pushing pressure points on their face or forehead. Those maneuvers indicate that somatosensory stimuli play a role in their tinnitus because patients can increase or decrease their symptoms. About two-thirds of people with the condition have somatic tinnitus.


The trial uses both sound and electrical stimulation to alter the brain’s circuitry and slow the firing rates of hyperactive, synchronized neurons, which suppresses the phantom ringing or buzzing of tinnitus.

The team developed  a device that participants could use at home to receive sound stimulation through earphones and mild electrical stimulation via electrodes positioned on their neck or face. They wore these for half an hour each day, six of the participants  used a bimodal protocol and the other half used a unimodal protocol. After treatment for 4 weeks followed by a month-long washout period, the participants were moved to the other treatment for a further month.
The trial was double-blinded. Weekly monitoring assessed tinnitus volume and tinnitus-related quality of life.

The device uses both sound and electrical stimulation to alter the brain’s circuitry and slow the firing rates of hyperactive, synchronized neurons, which suppresses the phantom ringing or buzzing of tinnitus.

Susan Shore, a professor of otolaryngology in the university’s Kresge Hearing Research Institute, and lead researcher in the study said, “In both groups the sound alone didn’t work,” Shore said. “But the combined bimodal stimulation showed a significant improvement in their tinnitus or reduction of their tinnitus loudness and a reduction of the impact of their tinnitus in their lives.” (JAMA)

The clinical trial is anticipated to begin in August.

The abstract is available from JAMA here

The full article can be read by NHS Athens users who have registered for a personal

JAMA account here 

Full reference:

Voelker, R., | 2018 | Experimental Device Could Offer Hope for Millions With Tinnitus | JAMA | 319 | Vol. 13 | P. 1309- 1310 | Doi:  doi:10.1001/jama.2018.1047


App amplifies sounds for hearing aid users

University College London | March 2018  | Apps that help users ‘tune in’ to hearing aids awarded prestigious NHS prize

More than 90 million people in Europe experience hearing loss and, due to an ageing population, this figure is set to rise.  Those with hearing loss will often wear hearing aids,  small electronic devices worn in the ear that make sounds louder and clearer.  However, the majority of users only use them to amplify sounds and do not take full advantage of the range of features that can allow them to hear better.
A new a new web-based app called the The 3-D Tune- in kit has been developed. The toolkit has a range of functions, including improving the experience of listening to music through a hearing aid.  It provides a database of pieces of music that can be tuned and adjusted to sound optimal for the user’s level of hearing loss.  To use the app, listeners remove their hearing aid and use a high quality pair of headphones or loudspeakers.  The app amplifies the sounds in order to compensate for the users specific hearing loss

The toolkit has recently been recognised for its innovation, receiving an award from NHS England’s Healthcare Science Awards where the app was given the best Healthcare Science Partnering Patients and Citizens project.  It was created and developed by a collaborative team  from Imperial College London, the University of Malaga, Nottingham University De Montfort University, gaming developers and a large European hearing aid manufacturer.   They also worked closely with the hearing communities and patients at Imperial College Healthcare NHS Trust and with other institutions across the UK, Spain and Italy  (via Imperial College).

Full news item at Imperial College London