Guest blog: How the Baha System helped one mom take early action to treat her infant daughter’s hearing loss

Guest blog: How the Baha System helped one mom take early action to treat her infant daughter’s hearing loss

Hearing loss can be challenging for a newborn trying to reach developmental milestones, but mom Ashton M. decided to treat her daughter’s hearing loss, due to microtia and atresia, right away. Hazel, who just turned one year old, wears her Baha 5 Sound Processor as she begins to grow up like any other baby.

 Ashton wrote to the Baha Blog to share Hazel’s story, and to provide a few tips for other parents who are considering treating their children’s hearing loss with bone conduction and the Baha System.


At one month old, Hazel has an Auditory Brainstem Response (ABR) test performed to measure her hearing.

On June 6th, 2017 at 2:00 in the morning, we were truly blessed with a perfect little girl who we named Hazel. Her dad Mike and I were over the moon to finally see her after nine long months.

With all the excitement of the delivery, there were a lot moments that seemed like a blur to me. After they weighed and measured her I finally got to hold her in my arms. I was just overcome with happiness.

In that moment I will never forget when Mike asked me if I had looked at Hazel’s left ear. I immediately lifted the cap that newborns wear and began to examine her. The nurse in me started to run down a list of possible diagnoses in my head, and then the worried mother began to set in as well. I didn’t see an opening in her ear canal, and I noticed her ear was not fully formed. Those first few days of Hazel’s life were both exciting and scary for Mike and me.

We learned that Hazel was born with a congenital condition called microtia with atresia, affecting her left ear. Microtia means she has a small outer ear, and atresia means she has no external ear canal. We were then told she was not able to hear out of her affected ear, but she tested perfect with her right ear during a screening.

Hazel is fitted with her first Baha 5 Sound Processor at 6 months old.

The day we walked out of the hospital to take Hazel home, I could hear the birds chirping and all the noise around me – and it had never seemed so loud. I covered my left ear and tried to put myself in my brand new daughter’s shoes and I began to cry. I wondered and asked myself if she will ever hear like I do.

Then came many appointments with an ENT (Ear, Nose and Throat clinician) and an audiologist. The moment we met our audiologist was the first time that I felt, “Hey, Hazel is going to be just fine!” Our audiologist performed another hearing test on both of Hazel’s ears called an Auditory Brainstem Response (ABR). Hazel’s right ear showed normal hearing sensitivity and her left ear showed moderate to severe conductive hearing loss. Our audiologist began to tell us our options from that point and educated us on a bone conduction hearing device that will allow Hazel to experience bilateral hearing.

We gave the OK to start the process of getting her fitted for her Cochlear Baha 5 Sound Processor, a bone conduction hearing device. Then the day finally came! When she was about 6 months old, she received her sound processor, which she wears on a Baha Softband headband.

She was a little overwhelmed and frightened, hearing for the first time out of her microtia ear. Until then all she ever knew was being able to hear from one side, so it took a few days for her to get used to the change. It has been a challenge adapting to the milestones of growing up as she wears her Baha sound processor, but we could not be more thankful for the brilliant minds behind the development of this device.

Hazel wears her Baha 5 Sound Processor on a Softband, adorned with a small bow.

As an infant wearing a Baha sound processor, Hazel faces a few challenges that we have to navigate, and throughout this process we’ve found some useful tips for parents like us. Here are a few tips for parents of infants wearing a Baha device:

  • Rolling on the floor sometimes leads to feedback issues. When Hazel is on her back or when she wants to roll around, we rotate the Softband so that the sound processor is on her forehead, preventing feedback.
  • Since she was very young we have put headbands on her, which has helped her get used to wearing something on her head. This has definitely been useful as she adjusts to wearing the Softband for extended periods of time.
  • Gaining more self-awareness means she wants to play with her clothes, or even pull the Softband off whenever she gets a chance. Once we put the Baha 5 Sound Processor on her, we immediately do something to distract her. When it’s out of sight, out of mind, she gets better at wearing her processor for longer periods.
  • When she is not wearing her sound processor, we also use a glasses case to store the processor while it is attached to the Softband. The white storage box that comes with the Baha 5 Sound Processor is the best solution for storing the processor on its own, but the glasses case allows more room for both the sound processor and the Softband while they are attached. As an added bonus, Hazel’s hands aren’t yet strong enough to open the case on her own.
  • So that you can easily open the Baha 5 Sound Processor’s tamper-proof battery door, designed to prevent children like Hazel from accidentally removing the battery on her own, we recommend you also store the tamper-proof tool provided in the sound processor box, or a small hairpin, together in your storage case.
  • It is also a good idea to remove the battery and store your child’s sound processor overnight in Cochlear’s Dry Aid Kit or a drying box like The Breeze by Dry & Store. Infants are messy, and doing this helps to keep moisture out of the sound processor.
  • For more tips on living with the Baha System, click here.

We are so proud of our little Hazey and so excited to see what the future brings for her! As a family, we are excited to learn about these medical advances and be on this amazing journey with the Cochlear family.

I know now that she hears every little birdie tweet, and every outside noise there is!

The opinions expressed in this blog are my own views and not those of Cochlear.


Click here to learn more about treating hearing loss in children.


Want to share your story, hearing tips or Baha advice with The Baha Blog? Let us know! Find us on Twitter at @TheBahaBlog, on Facebook at our page The Baha Blog or via email at bahablog@cochlear.com.

Useful tips to make the most of Save Your Hearing Day on May 31

World-Hearing-Day-Poster-EN_Page_1

World Health Organisation

Rounding out Better Hearing and Speech Month is Save Your Hearing Day on May 31. 

 

Save Your Hearing Day is meant to remind us of the ways we can prevent some causes of hearing loss.

Hearing loss can be caused by many factors, including age, noise exposure, genetics, illnesses and disorders, medications or physical trauma. Despite the many and varied causes of hearing loss, the American Academy of Audiology estimates that up to half of cases of impairment are preventable.

Noise-induced hearing loss is completely preventable and occurs when the hair cells in the cochlea, or inner ear, are damaged by exposure to loud noise.

Here are some simple actions you can take to help prevent certain kinds of hearing loss:

  • Be careful using ear bud headphones, and always heed warnings from your device about high volume.
  • Pay attention to how long and how often you’re listening to music on your devices, and try to reduce that time. For example, perhaps you listen to loud music while working out at the gym several times a week.
  • Ask your doctor whether hearing loss or tinnitus is a possible side effect when prescribed a new medication.
  • Wear ear protection when you know you will be exposed to loud noise, like at a concert, at a sporting event, or when working around construction.
  • Store hearing protection in noisy vehicles you may use. For example, in a motorcycle pack or in storage on a motorboat.
  • Consider purchasing appliances and devices for your home with low noise ratings.
  • If you are exposed to noise at work, talk to your supervisor or human resources department about ear protection and controlling noise in your work environment.
  • Schedule routine hearing check-ups with a health professional so you can track your hearing health yearly.

Did you know the sound from a sporting event can damage your hearing after just a few minutes? This video gives a good overview of the way some of the sounds we’re commonly exposed to can affect our hearing:

Is it time for your next hearing check-up? Click here to find a clinic near you.

How the Baha System helped Jamie pursue her love of music: guest blog

This blog was adapted from its original article on Hear and Now, a Cochlear Americas recipient blog. Read it here.


 

Jamie G. has conductive hearing loss, and the Baha System has helped her pursue her love of music.

Jamie G. has conductive hearing loss, and the Baha System has helped her pursue her love of music.

At the age of 14, I was asked by my otolaryngologist what I wanted to be when I grew up. Excitedly, I told him I wanted to be a singer. He then explained that music wouldn’t be a good choice for me.

I developed many ear infections and battled a cholesteatoma in my early years. I lost most of my hearing in my left ear even after numerous reconstruction surgeries. Because of this, my ability to sing should be out of the question. Shortly after that, I sent him a tape of my recordings. After a listen, my doctor wholeheartedly supported my decision to pursue music.

Hearing loss certainly didn’t make my life easy. It made me withdrawn, depressed and a shy girl in school. But music was one avenue that made me feel confident and secure. I loved feeling the sounds of the bass in my chest as I listened to my favorite artist, the drums vibrating in my feet, or the soprano’s high notes bringing my hearing to clarity. In order to perform, practicing music had to consume most of my time, but I didn’t mind. Reading music, counting rhythms and knowing chord progressions took time, but it was vital in order for me to be successful as a musician.

Thankfully, I outgrew the ugly battle with the cholesteatoma. Sadly, my hearing could never be restored. Hearing aids were not an option due to my ear’s inability to move any drainage or wax. So for 30 years I adjusted my life around my hearing loss.

In July 2015, I was referred to an ENT-otolaryngologist in Kansas City for a second opinion. That visit changed how I looked at my future. I was a strong candidate for the Baha® Implant System due to my conductive hearing loss. It didn’t take much thought to know that the Baha System was the right decision for me.

My switch-on date was December 2017. I slowly adjusted to this new, but amazing world. My world of quiet was replaced with new sounds. I could now hear that thumping bass line without having to just feel it in my chest. I could hear my voice not only when I sang those soprano notes, but I loved to hear the rich lower tones of my voice now. I didn’t have to make sure I performed in a certain spot on stage. I had the freedom to move wherever I needed to be. I still prefer to be near the drums, feeling the music in my feet and chest while I express my songs.

I chose Cochlear because of my musical lifestyle. I needed access to streaming without a separate device. But I also wanted to connect my device to any in-ear monitor system while performing. I knew I needed the best technology for my device to function in all areas of my life, so I choose the Baha 5 Sound Processor.

Jamie G. uses the Baha System to help explore her love of music.

Jamie G. uses the Baha System to help explore her love of music.

When I first got it, I made sure my settings were adjusted to my liking, and it took a few trips to the audiologist to get it just right. I love the ability to switch modes. When I listen or perform, I need my Baha 5 Sound Processor to adjust to the sound of the music. The tones I want when I sing or listen to music are certainly different that my daily mode.

I use my Cochlear True Wireless Mini Microphone every time I perform with my monitor system. Using a Y-adapter plugged into the monitor, I plug in my Mini Mic to one jack, my in-ear headphones to the other. Once I pair my Mini Mic to my Baha 5 Sound Processor, I hear every tone of the piano, the full sound of the acoustic guitar, the intricate bass line, my vocals moving in progression with the band…all in stereo – in both ears!

My musicianship has improved and excelled in a way I only could dream of a few years ago. I can now lead musically, knowing exactly what needs to be done to move the band to a more unified and excellent sound.

Because of my increased musical abilities with the Baha 5 Sound Processor, I got to hit the studio for my very first recording a year after my implant. While using my Baha System, I recorded a CD with a full live band. It was a beautiful experience to see and hear my own songs come alive and to be able to hear them fully and in true form.

Hearing loss made me appreciate my gift of music through expression. But the Baha System has given me the gift to hear that expression fully.

I look forward to more recording sessions and producing many more songs that have yet to be written! To hear a sample of my music or to purchase a download of my CD, you can visit jamiegroshart.com.

The opinions expressed in this blog are my own views and not those of Cochlear.


 

If you are dealing with constant ear infections or a cholesteatoma impacting your hearing, click here to find a solution to help you get better hearing.


Want to share your story, hearing tips or Baha advice with The Baha Blog? Let us know! Find us on Twitter at @TheBahaBlog, on Facebook at our page The Baha Blog or via email at bahablog@cochlear.com.

World Down Syndrome Day and hearing loss: Celebrating children like Chloe

The following is a re-post of a guest blog from 2014 about Chloe, who was born with Down syndrome and lived with hearing loss until she was implanted with the Baha System at 10 years old in 2010. Chloe was 14 when her mother Jane wrote this guest blog to share with us the affect Chloe’s Baha implant had on her life. Join us in marking World Down Syndrome Day today (21 March) and celebrating children like Chloe.


It’s been a while since you last heard about Chloe. She is now 14, in year nine at senior school and even more of a little madam than when we last met four years ago.

Unfortunately Chloe’s health hasn’t been very good the past two years. She has had some major operations which have left her bed bound for weeks, and in and out of hospitals. Chloe has shown incredible strength and determination, both because that’s the type of girl she is and because she was able to communicate effectively with hospital staff and myself.

This is all thanks to her Baha sound processor. Chloe’s language skills and attention skills have flourished over the last four years; her vocabulary has grown, she is learning new words each day and she is definitely more attentive to those talking to her (apart from when she chooses not to!). This meant the hospital staff was able talk her through what was going to happen and she could indicate her pain levels and talk to the doctors.

I dread to think how she would have coped six or seven years ago, when her hearing levels were so low, and she hardly had any language. The world would have been a very lonely and scary place for her.

Chloe still loves drama and attends a very good secondary school that specialises in drama so she can devote more time to her passion. She is still my drama queen and a budding actress, dancer and musician. Obviously she is becoming a young lady and her life is changing. Developing language and communication skills has played a big part in this and will continue to do so.

My one aim for my daughter has been to become as independent as her disability would allow her. The Baha [System] has contributed to the success of this aim. She can order her food in restaurants. She can shop at the supermarket. She is also very good at being a typical teenage and slamming doors on me!

So am I pleased with the Baha [System]? Yes, my only regret is that I didn’t push for it sooner. I would recommend it for any parent or young person who needs it. Read the literature, speak to the professionals and if you feel it right go for it! It opens many doors and not once have we looked back.”

Jane lives in Birmingham, UK. In 2013 she won the Birmingham Parent of the Year Award for her tireless work with a special needs support group, as well as caring for her own two children who both have special needs.


Want to share your story, hearing tips or Baha advice with The Baha Blog? Let us know! Find us on Twitter at @TheBahaBlog, on Facebook at our page The Baha Blog or via email at bahablog@cochlear.com.

Hear the Future this World Hearing Day: The history and future of hearing through bone conduction

Dr. Anders Tjellström

Dr. Anders Tjellström

March 3 is World Hearing Day, observed globally and designated by the World Health Organisation. To mark the occasion, The Baha Blog has asked Dr. Anders Tjellström, the pioneering bone conduction surgeon, to reflect on the history of bone conduction and what developments the future could bring to the treatment.


By Anders Tjellström, M.D., Ph.D., D.Sc.hc

It is an old saying that to be able to look into the future you must know the past.

Hearing loss is the most common disability in the industrialised world. The World Health Organisation has estimated that more than 5% of the world population have hearing impairment, and that 1.1 billion teenagers and young adults are at risk of developing hearing loss due to high noise exposure. Around 50% of people between ages 12 and 35 are exposed to excessive noise due to different types of audio devices. How do we handle this situation? The key word is “prevention.”

However, when a patient has already developed hearing loss from noise exposure, hearing devices are often the only solution. In severe cases a surgical procedure placing a cochlear implant in the inner ear might be indicated. Even if sensorineural hearing loss is the most common cause of poor hearing, there is another group of patients who have severe conductive hearing loss. Some patients with congenital malformation and chronic ear disease could be helped with surgery, but for many this is not an option. Some of these individuals cannot use a conventional air conduction hearing aid where the amplified sound is presented through a mould in the external ear canal opening. For these patients, a bone conduction device could be of great benefit.

Direct bone conduction is based on the concept of osseointegration – the process by which bone bonds directly to the surface of an implant – a term introduced by professor Per-Ingvar Brånemark in Sweden. Bone conduction treatment for hearing loss starts with an implant made of titanium placed in the bone behind the ear, onto which a transducer could be attached. The sound goes directly to the inner ear bypassing any defect in the external ear canal and the middle ear. This is called direct bone conduction, and the treatment is indicated in patients with mixed or conductive hearing loss, or single-sided sensorineural deafness (SSD).

In 1977, the first patients were treated with bone conduction at Sahlgrenska University Hospital in Gothenburg, Sweden. This is now a routine operation all over the world, and it has been estimated that about 150,000 to 200,000 hearing impaired people have since been treated with bone conduction.

The hearing instrument and the surgical technique have of course been refined over the years. Engineers have applied modern technology to the early prototype of the 1970s, and today the sound processor is a highly sophisticated device.

Hearing technology has come a long way since the ’70s. The most recent Cochlear Baha 5 Sound Processor is the smallest bone conductor available and comes filled with many programming options that could be controlled wirelessly with the Baha 5 Smart App. It can be adjusted to fit a variety of listening situations with options like audio streaming and Bluetooth connectivity. The Cochlear Wireless Phone Clip allows hands-free use of your phone. Directional microphones make it possible to hold a conversation even in noisy places. Many of the wireless needs we encounter in everyday situations are already available in the Baha portfolio.

The Baha Attract System from Cochlear, where the sound processor is kept in place with a magnet without skin penetration, is already used by many patients. The SoundArc is also a recent addition to the Baha family. No surgery is needed as the high quality and power of the Baha 5 sound processors can overcome most of the soft tissue sound attenuation.

Cochlear is already making strides into the future with hearing technology, but where is bone conduction hearing headed? More and more of the electronic components of the sound processor have already been miniaturised and, looking to the future, could be placed in the implantable part. This means that eventually, the need of skin penetrating coupling might even become obsolete for direct bone conduction.

As bone conduction treatment evolves, more and more people will have access to helpful hearing solutions in the future. It is of course impossible to predict the future of bone conduction, but advances in the last 40 years can give us a clue to how advanced hearing technology could become just 40 years from now.


Anders Tjellström is an ENT-surgeon who performed the first surgery for direct bone conduction hearing in 1977 in Gothenburg, Sweden. He has published and presented bone conduction research at scientific conferences and surgical workshops in more than 50 countries. Tjellström remains active in the field of direct bone conduction as Professor Emeritus at the University of Gothenburg.

 

 

 

 

In the News: Congratulations to 2018 Anders Tjellström, Graeme Clark scholarship winners

Eight students were awarded the 2018 Graeme Clark and Anders Tjellström scholarships.

Last week, Cochlear Limted announced the winners of the 2018 Anders Tjellström and Graeme Clark scholarships. Congratulations to the winners!

The three 2018 Anders Tjellström Scholarship winners are:

  • Monica Pasqualino (Johns Hopkins Bloomberg School of Public Health) from Oceanside, New York
  • Elise Schiller (Trinity College) from St. Louis, Missouri
  • Carol Rynar (Canisius College) from Buffalo, New York

“Just as my Baha System opened a new world for me, I have become inspired to help others confidently navigate their life without anxiety, and to work to minimise the barriers that prevent them from engaging fully with their world because of hearing loss,” said Rynar, a Baha System recipient and an Anders Tjellström Scholarship winner. “This scholarship will help me extend this miracle of sound from me to the students I serve as a teacher.”

The five 2018 Graeme Clark Scholarships winners are:

  • Elaine Wright (Princeton University) from Tucson, Arizona
  • Tania Karas (Oxford University) from Palos Park, Illinois
  • Keenan Murphy (Manhattan College) from Bronx, New York
  • Hunter Orthmann (University of Iowa) from Iowa City, Iowa
  • Natalia Adriance (Notre Dame) from Napa, California

About the Scholarships
The scholarships, named after two pioneers of the hearing implant industry, recognize Cochlear™ Nucleus® Implant and Baha® System recipients in the United States and Canada who uphold the Cochlear ideals of leadership and humanity, and demonstrate high academic achievement. The Anders Tjellström Scholarship is named after Anders Tjellström, the research physician in the department of otolaryngology at the Sahlgrenska University Hospital in Sweden who collaborated with Per-Ingvar Brånemark, a pioneer in his field, to treat the first patient with a Baha device. The Graeme Clark Scholarship is named after Professor Graeme Clark, the inventor and pioneer of the multichannel cochlear implant.

Read more about the scholarships and apply here.

Read more about the 2018 winners here.

What You Need to Know: 10 FAQs on the Bone Conduction Procedure

Have you tried the Baha® 5 sound processor on a Baha Softband and decided to move on with a bone conduction implant? Has your child been scheduled for the implant procedure and you need to know how to prepare?

Jennifer Brown, Clinical Product Manager at Cochlear and audiologist, answers the ten most frequently asked questions about the bone conduction procedure.

Jennifer has more than six years of clinical experience in the United States with both pediatric and adult cochlear implant recipients, and she has worked for Cochlear in a variety of roles for the past four years.

(Picture: an audiologist fits a Baha Softband on a toddler’s head. A Baha 5 sound processor is attached to the Softband)

FAQ

1. How do I prepare for the implant procedure?

The good news is that no special preparations are needed before the procedure. The procedure is fast and minimally invasive. Your physician will give you all the details to plan for a successful procedure.

2. Will the procedure be painful?

The procedure is performed under anesthesia. The type of anaesthesia – local or general – is determined by a number of factors, like age, or pre-existing conditions. Ultimately, which anesthesia is right for you is determined by you and your surgeon. Post-operatively, you may experience swelling or skin sensitivity at the implant site. Should it be necessary, your doctor can prescribe pain reliever. Always discuss the procedure and any concerns you may have with your surgeon.

3. Will I be able to go home from the hospital the same day?

In the vast  majority of cases, patients go home the same day. While rare, sometimes in the case of small children or individuals with multiple involvements, the physician may take a precaution and keep the patient over night, but this seldom happens.

4. Can I shower after the procedure?

Usually, patients are allowed to shower the day after procedure. Avoid rubbing the area when drying as this may knock off the healing cap. Cover the cap area by holding a dry towel over it. Here’s what Dr. Pete Weber said in an earlier post.

“The site will still get wet. Since the incision is now very small for Baha Connect surgery, getting the site wet is usually not an issue. Full shower when cap and packing off. The best shampoos to use are the hypoallergenic ones, such as baby shampoos. I also let my Baha Attract patients shower the next day after removing the dressing. Again telling them to pat dry the area and not rub.”

5. If I choose an abutment or a magnet system, how long after surgery until I can wear the sound processor?

Different countries have different regulations.

  • If you choose the abutment system – Baha Connect: depending on where you live it can be anywhere from two weeks to three months before receiving the sound processor.
  • If you choose the magnet system – Baha Attract: depending on where you live it can be anywhere from two weeks to five weeks before receiving the sound processor.

Your doctor will examine the implant site before fitting the sound processor.

6. Are post-operative skin infections common and how are they treated?

As discussed in question 2, there could be swelling or sensitivity at the implant site after the procedure. Post-operative skin infections might occur, although the probability is low. Most skin-related issues happen in the abutment system, because it is skin protruding. In most cases, issues are mild, and can be resolved medically after consultation with your physician. Usually, the skin issues do not affect your ability to wear the sound processor. In the rare incident of persistent skin issues, it may be beneficial to transition to the magnet system.

7. How do I know if an abutment system or a magnet system is appropriate for me?

Both of the Cochlear Baha systems are indicated for individuals with hearing loss in one ear (single-sided deafness, or SSD), or for individuals with conductive/mixed hearing loss.  Whether to choose a Baha Connect or a Baha Attract depends upon a variety of factors, including the degree of hearing loss.

The magnetic system – Baha Attract – is a transcutaneous, or an under-the-skin implant system.  It is comprised of the internal fixture, with a magnet attached to it.  Individuals with the hearing losses noted above are candidates for this system, but it is important to remember that because the sound must pass through the skin, it may be necessary to use a more powerful sound processor, like the Baha 5 Power or the Baha 5 SuperPower.

The abutment system – Baha Connect – is a percutaneous, or through-the-skin implant system.  It too, uses the internal fixture but has an abutment attached to it.  It is appropriate for individuals with SSD or conductive/mixed hearing loss, but unlike the Baha Attract system, there is no skin attenuation of the sound.   This is a great option for individuals needing more power.

In some instances, it may be possible or necessary to transition from one system to another.  For instance, if a recipient chooses the Baha Attract system, and notices a change in his/her hearing, it is possible to remove the magnet and attach an abutment to eliminate dampening of the sound through the skin and to offer more direct bone conduction. Conversely, if a recipient needs to transition to a completely under-the-skin system because of lifestyle or soft tissue concerns, the abutment can be removed and the magnet can be attached.  In both instances, the recipient can likely continue to use the same sound processor.  Cochlear is the only manufacturer that allows for this flexibility based on the patient’s needs.

8. Why do I have to wait so long before I get fitted with a sound processor?

Bone bonds well to titanium, which is what the internal fixture is comprised of. To allow for osseointegration, it is recommended that appropriate healing time be allotted. In an abutment system, the surrounding skin also needs time to adhere to the abutment, to minimize skin issues. In a magnet system, it is important to wait the allotted time to give a chance for the swelling to reduce so that the patient can wear the weakest external magnet possible and still have adequate retention.

9. Will my child need a new implant as she or he grows?

No, an implant is designed for life. There are no pediatric-specific implants, abutments, or magnets. In the event that the child’s hearing changes, non-surgical options – such as a more powerful sound processor – should be tried first. Only in the event of a transition would a procedure be required, but keep in mind the same internal implant is used.

10. Will the Baha® System affect my child’s choices in sports or other activities?

A bone conduction implant is designed to allow your child a world of sound in every activity. While hearing loss is the most important factor to consider when choosing an abutment or a magnet system, lifestyle plays an important role. Some sports may be more conducive to having an under-the-skin magnet system.  It is important to choose a manufacturer that offers your child choices in hearing solutions – whether an abutment, or a magnet.

Remember, communication is key. Always discuss your options and thoughts with your audiologist and surgeon. Your hearing professional will be able to provide timely, accurate, and documented information.