New articles are published every month under the headings below.

Oct 2017 Daily Mail Australia

Conventional hearing aids work by receiving sound through an external microphone, typically worn behind the ear, which sends signals to an amplifier that sits in the ear canal. Semi-implantable hearing devices include bone-anchored devices that feature a titanium sound processor surgically embedded into the skull. In cochlear implants, an electronic receiver is placed into the inner ear which receives sound signals from an external speech processor.

The Carina, however, is totally implantable and effective for hearing loss caused by problems with the outer and inner ear. Surgeons are restoring deaf patients’ hearing with this revolutionary implant without external parts – making it impossible to tell a person has it fitted. The battery-powered microphone, processor and motor is placed beneath the skin and within the skull near the ear in a complex operation. After six to eight weeks it is switched on – and the patient can hear again. Because all components of the new Carina device are fully implanted, patients are able to hear at all times.

CarinaCarinaProfessor Jaydip Ray, ear, nose and throat consultant at Sheffield Teaching Hospital, who has implanted three of the ten devices that have been given to British patients so far, said: ‘With this device, people can go swimming or take a shower without having to remove their hearing aid, as they do with conventional devices. The implant provides 24/7 hearing.’

A hand-held remote control enables users to turn the Carina on and off as well as control the volume. The only other piece of external equipment is a small charger which connects wirelessly. The Carina requires just 30 minutes of charging daily. The device is made up of three parts: a microphone that picks up external sound through the skin; a processor which turns the sound into electrical signals; and a motor that converts the electrical signals into mechanical vibrations. These cause tiny bones in the middle ear to vibrate and amplify a sound signal to the inner ear.

Surgery to implant the Carina lasts three to four hours, under general anaesthetic. First an incision is made into the skin directly behind the ear lobe and the microphone – the size of a 20p coin – is inserted between the skin and the bone. The processor, measuring 1½in, nestles within the large bone on the side of the head. Finally, the motor is placed inside a plastic tube and screwed in place, inside the middle ear. Patients are left with a tiny scar and a small bump behind the ear. After six to eight weeks, the hearing aid is switched on using the remote control.

The first Carina implant in 2011 was to a woman who lost her hearing at the age of six, and cost the NHS a total of £30,000. Prof Ray says the entire procedure will soon be available for today’s NHS patients for a fraction of the original price – just £12,000.

For Linda Oxley, one of the first in the UK to have the Carina implant, the revolutionary hearing aid has changed her life. ‘As soon as the implant was switched on, I could tell the difference. I could hear traffic, could hear people whistling, dogs barking, even hear the owl at night. I can go out and speak to people. I get choked up when I think about it – let’s just say cornflakes and crisps are a new experience.’ Linda also has to grapple with the less pleasant sounds that life has to offer. She joked: ‘I can now hear my husband snoring, so sometimes, I do turn it off in bed!’ 

 
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