Hearing Healthcare Expo

Our premier event for hearing aids technology & Hearing Healthcare expo 2016 will take place this weekend 30th and 31st July at The Hub Karen, Ava Pharmacy. It will feature world-class G3 advanced technology on hearing aids and advices from our experts in hearing healthcare.
Billed as one of our biggest hearing healthcare technology event in our calendar, it regularly attracts customers who are using different hearing aids from different manufacturers to get insights from our team on hearing aid technology. We are currently working with leading Germany and Switzerland hearing aid manufacturers. Karibu

 

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Energy Save

Power

New power-saving technology in our German award winning hearing aids gives you around 20 percent more battery lifetime, even when streaming using bluetooth. This means that you can use them for longer and you don´t have to change your batteries as often.

Eye glasses with Hearing Aid

“DUE TO THE PUBLIC DEMAND” Our clients wish is Our command

We are re-introducing Eyeglasses combined with hearing aids with more features and user friendly. This is fully digital processing device combines a bone conduction hearing system with eye glasses for efficient use and high speech intelligibility. It generates broadband signals via its miniature receiver, conducts the vibrations through the mastoid bone, which then stimulates the nerve cells in the inner ear.

Eye glasses, Hearing Aid

Contact star evo 1 offers the combined benefits of exceptional hearing and stylish glasses in designs suitable for both men and women.

Your advantages

*Powerful, programmable, 8 channels soundprocessor (WDRC), 16 equalizer bands.
*Easy handling with O-T-M switch and integrated T-coil.
*Recommended for mild to moderate hearing loss.
*MPO programmable.

 

Flyer Bone Conduction Products

Inner Ear Damage and Its Impact on Hearing

Inner ear damage is a medical condition that can be caused by a number of different factors.

Hearing loss can not only result from a number of different sources, but can also arise from damage in specific parts of the ear. Infection in the middle ear as well as inner ear damage can cause serious hearing loss implications.

 

Inner Ear Damage

 

Inner Ear Damage and Hearing Loss

Individuals with inner ear damage often experience dizziness, oscillopsia and an unsteady gait. If the section of the inner ear associated with auditory processing is affected, the individual may also experience tinnitus. Inner ear disorders (also referred to as vestibular disorders) can be classified into two different categories: peripheral and central.

Peripheral vestibular dysfunctions often have symptoms including extreme instances of vertigo. Acute peripheral vestibular dysfunction can include symptoms such as nausea, sweating and vomiting. Central vestibular dysfunctions can be caused by illnesses such as multiple sclerosis or lesions in a part of the brain called the posterior fossa.

In some cases the brain may try to compensate for peripheral damage (normally within the span of 6 to 12 weeks), but this vestibular compensation is less effective in the elderly and individuals with disorders of the central nervous system. Immune-mediated inner ear disorders are easier to treat but harder to diagnose.

Solutions to Inner Ear Damage

One of the best methods to avoid inner ear damage is prevention, as inner ear damage is usually irreversible. Avoid participating in risky activities that might result in head trauma: interference with the internal acoustic artery can cause inner ear impairment. Avoid ototoxic, or ear poisoning, drugs that can cause damage to the inner ear. Aminoglycosides, quinine, aspirin and loop diuretics are drugs which may have ototoxic side effects.

Speak with your doctor about medication that compromises the central nervous system, as these drugs can make the symptoms of inner ear damage even worse. Be sure to review your family history for any instances of hearing loss resulting from inner ear damage.

Gene therapy is one possible solution for inner ear disorders. Like the eye, the inner ear is structured in a way to allow relatively easy access for the application of vectors, or carriers of genetic information that can be used in gene therapy.

Inner ear disorders can also occur when hair cells are damaged or missing. In humans, the loss of hair cells is normally seen as irreversible and the primary neural cells that can be found in the inner ear are not able to regenerate spontaneously. Stem cell therapy, however, is another promising area of research for treatment of several hearing conditions.

Transplanting new stem cells allows for the development of hair cells that may have been lost through damage or aging. Surprisingly, the different organ systems of adults contain stem cells. Advanced studies in stem cell therapy may even result in new treatments that can cure deafness.

 

#Audicus

Frequency-specific BERA 500Hz, 1000KHz, 2000KHz & 4000KHz

The brainstem evoked response audiometry (BERA) is an objective neurophysiological method for the evaluation of the hearing threshold and diagnosing retrocochlear lesions. The aim of this test is to investigate the hearing level in children with suspected hearing loss or pathological speech development.

At IncusEar, we have state of the art equipments to have frequency-specific BERA, traditionally “fixed” frequency BERA have been used it has not shown much hearing loss variations in frequencies. Our frequency specific BERAs are done from 500 Hz, 1,000 KHz, 2000 KHz and 4,000 KHz.

Frequency specific test helps to plot an audiogram (PTA) on the frequencies tested, unlike the traditionally used “fixed” frequency BERA where the hearing is assessed on one frequency.

Here is real BERA tests results for a normal child tested on all described frequencies.

Threshold 500Hz

Threshold 500Hz

Threshold 1000Hz

Threshold 1000Hz

Threshold 2000Hz

Threshold 2000Hz

Threshold 4000Hz

Threshold 4000Hz

 

Hearing Matters- Hearing Aids

Stocking your pharmacy with hearing aid batteries.

 

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Hearing aids come in many different sizes and styles. Because there are various sizes of hearing aids with different features, the amount of power needed for the device to run differs. Larger hearing aids generally require larger hearing aid batteries. Additionally, hearing aids used for individuals with severe or profound hearing losses typically require larger batteries because more power is needed to help them operate.

There are five sizes of hearing aid batteries available on the market. The sizes, from smallest to largest, are 10, 312, 13 and 675. The four most common hearing aid battery sizes are all smaller than the diameter of a dime:

Size 10 – 5.8 mm wide by 3.6 mm high
Size 312 – 7.9 mm wide by 3.6 mm high
Size 13 – 7.9 mm wide by 5.4 mm high
Size 675 – 11.6 mm wide by 5.4 mm high
Because size differences may appear trivial to the regular eye or can be difficult to remember, battery packaging is generally color-coded to making finding and purchasing the correct ones easier. Size 5 batteries are labeled red, size 10 batteries are labeled with yellow, size 312 are marked in brown, size 13 are packaged in orange and size 675 are usually designated using blue.

 

Battery life

One of the most common questions individuals have about hearing aid batteries is how long they will last. Generally speaking, they can last anywhere from five to 14 days, based on a 16 hour per day use cycle. This is of course dependent upon the size of the battery and power needed by the hearing aid. Typically, smaller ones don’t last quite as long because their size restricts the amount of power stored in them.

The average life span of hearing aid batteries is as follows:

Size 10 – three to seven days
Size 312 – three to 10 days
Size 13 – six to 14 days
Size 675 – nine to 20 days
If a hearing aid user is experiencing shortened battery life, it’s possible there is an issue with the hearing device. A hearing aid wearer should consult their device manual or contact their hearing healthcare professional to make sure everything is working properly.