Treatment with BahaBaha System – Daily LifeDan, age 51HistorySided Deafness since 1971 due to an inner ear infection (virus). The deafness was sudden and profound. I used CROS hearing aids for 17+ years before I switched to the Baha in 2005. I compared digital CROS over the ear aids with the Baha and determined that the Baha was a better more natural sounding solution for me. To this day I do not regret making the Baha decision. In the MorningIn the morning I do the typical shower and shave regimen and get ready for my day whether it be work or the weekend. I snap on the Baha in place, turn it on, and forget it. The Baha part of my morning takes less than 30 seconds. Once it is in place and on, it just works. The Baha takes me from being single sided deaf (SSD) to being able to hear bilaterally and very naturally ![]() At WorkI would hear absolutely nothing without my cochlear implant, so I wear my speech processor all day. It allows me to use the phone, talk with co-workers, and hear in meetings. At work I typically park about 300 yards from the door and walk along the sidewalk to get to my building. When it is windy, I hear the wind through the Baha. When this occurs, I just turn it down until I'm inside. Once I'm inside, I return the volume to the 1.5 to 2 setting and never have to think about it again. I have a private office and manage 48 people who cycling in and out of the office all day. I use the phone in my non-deaf ear. I think the Baha helps me most in meetings as well as one-on-one conversations with my staff on the open floor. The office has typical office type noises and conversations. Everything seems very natural to me. The Baha allows me to position myself anywhere in a room or meeting since it allows me to hear on my deaf side. Without the Baha, I must sit with my good ear facing the people or I'd never hear or understand them. I rarely make any adjustments to the Baha during the day. ![]() In PublicThe baha works for me in public places in the same way it works for me at work or home. I don't event think about it. I must say I do not wear it to football games where it it extremely noisy or anywhere I would be taking place in physical activities.
I do this as I'm not interested in making crowd noises louder and I want to avoid having it knocked off, such as playing racquetball. Again, I don't make adjustments to the Baha during these situations as the standard settings work well for me. I have very short hair and the Baha is plainly visible. I never give it a second thought. Strangers have asked me about the "thing on my head" and I take the time to explain how the sound processor works. For music listening at home, I use patch cables or headphones ![]() At BedtimeI remove the Baha and turn it off at the end of the day, before I go to bed. I always put it back into its form fitting case to protect it and to make it easier to find the next day. I always place it in the same location each night. Taking it off is as simple as tilting it away from the head and it un-snaps. Nothing else to do. Once a week or so, I remove the battery and place the entire unit into a dry-kit to remove any moisture in the device. ![]() MaintenanceI've had my Baha since 2005 and have never required any formal maintenance on the unit. I do replace the single #675 battery about every 10 days and use a dry-aid kit. Other than batteries, the unit itself has proven to be maintenance free. The abutment in my head requires very little attention. I brush the abutment area gently with a soft bristled brush (think toothbrush) while in the shower. Other than that, I wash my hair just like normal. The hair stylist cuts my hair in the same way as usual. If my hair were longer it would cover the Baha completely and no one would even know I was wearing one. ![]() Repairs and ReplacementI take good care of the sound processor and have never needed any repair. ![]() |
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For hearing loss, refers to less than average ability to hear and understand sounds due to one or more parts of the hearing system not working properly.
For hearing loss, refers to problems hearing in both ears, not just one.
For hearing loss, refers to problems hearing in one, but not both ears
People with mild hearing loss have some difficulty following speech, mainly in noisy situations; quietest sounds they can hear in their better ear average between 25 and 39 decibels (a standard measure of sound)
People with moderate hearing loss have difficulty following speech without a hearing aid; quietest sounds they can hear in their better ear average between 40 and 69 decibels (a standard measure of sound).
People with severe hearing loss get help from powerful hearing aids, but often rely on lip-reading even when using an aid; quietest sounds they can hear in their better ear average between 70 and 89 decibels (a standard measure of sound).
People with profound hearing loss mostly rely on lip-reading and/or sign language; the quietest sounds heard in their better ear average from 90 decibels or louder (a standard measure of sound).
A disease in which bone grows abnormally in the middle ear preventing structures within the ear from working properly and causing hearing loss.
Part of the ear that contains both the organ of hearing (the cochlea) and the organ of balance (the labyrinth).
A high-pitched, sometime painful, whistling sound that occurs when a microphone picks up sound from a nearby speaker and replays it again and again (commonly occurs when a poorly fitting hearing aid earmold allows sound to “leak” from the speaker back into the microphone).
Electronic devices or accessories for hearing aids that provide extra help in specific listening situations (telephone, noisy backgrounds, small or large group settings, etc.).
Hearing loss due to failure of the auditory nerve, also called nerve deafness.
A portion of the lower skull bone that contains the inner ear.
For individuals who previously experienced hearing and get a cochlear implant, the comprehensive training program that “re-teaches” them how to hear and interpret sounds, to recover any lost speech skills, and to properly use the cochlear implant speech processor and controls.
For individuals who had not previously experience hearing and get a cochlear implant, the comprehensive training program that teaches them to hear and interpret sounds, to develop or improve speech skills, and to properly use the cochlear implant speech processor and controls.
For health insurance, coverage involves making sure a health plan or policy pays for the cochlear implant device and related professional services (for example, physician and audiology services). Usually, you go through a preauthorization process. This means getting a guarantee from the health insurance plan that they will pay for the implant and services before getting treatment.
For health insurance, billing involves the process by which health care providers charge, code, and submit their bills (in the form of a claim) to the health insurance company or plan.
For health insurance, payment involves getting the full amount allowed for services given a health plan’s limitations, allowables, deductibles, and co-payments.
A disorder of the fluid volume of the inner ear that can cause hearing loss, dizziness/vertigo, tinnitus (ringing in the ear), and/or pressure or pain in ear.
a viral or bacterial infection that causes inflammation and swelling of the membranes covering the brain and spinal cord; among possible serious complications are hearing loss or deafness.
a viral infection that causes swelling of the salivary glands; sometimes spreads to central nervous system which can result in hearing loss.
a viral infection that causes rash, fever, and cold-like symptoms; sometimes causes complications like ear or brain infections which can result in hearing loss.
on one side, but not the other; used to describe a type of hearing loss in which there is normal or somewhat impaired hearing in one ear and little or no hearing in the other ear.
condition in which one ear has little or no hearing ability and the other ear has normal or close to normal hearing. Also referred to as Single Sided Deafness (SSD).
the natural process of bone growing into the titanium fixtures creating a direct connection between an artificial implant and living bone.