 All of the sudden, your entire life requires you to hear people who are 6 feet away, with a mask, versus being right in front of you. Hearing loss takes on a greater challenge in a time like this. For many folks, isolation can lead to all sort of other problems. At Pure Sound we have Hearing Aid Technology built for this time.
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 Prime Ages of Hearing Loss vs. Age-related Hearing Loss
Did you know that people between the ages of 18 and 25 are at the prime ages for human hearing? When we reach our 50s, age-related hearing loss will be a main health concern. Hearing loss begins to worsen after age 25, but it usually goes unnoticed. Presbycusis, or age-related hearing loss, is the most common form of hearing loss. It is also the third most prevalent physical condition that affects humans. Hearing loss conditions double during each decade of a person’s life. If you, or a loved one, are experiencing hearing loss, please contact us at Pure Sound Hearing Aids for a free hearing test and consultation. Pure Sound services will only be available by appointment and for essential visits at this time. Essential visits include all appointments that require repairs, re-fittings and new hearing aid fittings. If you are having any problems with your hearing aids, or need supplies for your hearing aids, please call us before visiting one of our offices.  Normally, you don’t think or worry about your hearing - until something affects it.
Basic Facts Those who suffer from hearing loss tend to feel isolated from others. This can cause anxiety and depression. When you first experience hearing loss, it can affect the higher pitched sounds. When you reach middle age, the upper range of your hearing abilities can decline between 12,000 to 14,000 Hz. A human’s audible range depends on how high, low, and loud the sound is. We use Hertz (Hz) to measure the pitch of sounds, and decibels (dB) to measure how loud the sound can reach. When it comes to the pitch of sound, a human’s hearing abilities begin at 20Hz and end at 20,0000Hz. Our hearing is the most sensitive between the 2,000 and 5,000Hz range. The safest levels of sound fall between 0 to 85dB. Over the course of time, any sounds that pass the 85dB threshold can harm your hearing health. Hearing: 20 Uncommon Facts
If you, or a loved one, have been experiencing hearing loss, contact us at Pure Sound Hearing Aids for a free hearing test and consultation for the best options that we have available for you! Pure Sound services will only be available by appointment and for essential visits at this time. Essential visits include all appointments that require repairs, re-fittings and new hearing fittings. If you are having any problems with your hearing aids, or need supplies for your hearing aids, please call us before visiting one of our offices.  There can be a number of different causes for each type of hearing loss. Noise-induced hearing loss (NIHL) and tinnitus are typically caused by being exposed to loud noises. Hearing loss can also be caused by a birth defect, genetics and a reaction to different types of drugs, particularly ones used for cancer treatments or for chemotherapy.
Causes of Two Different types of Hearing Loss Sensorineural hearing loss
Conductive hearing loss
If you, or a loved one, have experienced any of these types of hearing loss, schedule a free-hearing test and consultation with us at Pure Sound Hearing Aids. We offer a variety of hearing aid solutions for a wide range of hearing loss.  According to the American Centers for Disease Control (CDC), approximately 50 million Americans have experienced tinnitus.
1. Tinnitus Defined Tinnitus refers to the sensation of hearing sounds in your ear, even if there are no actual external noises. Typically, tinnitus is subjective, which means that the person who has this condition is the only one who can hear the noises. Generally, those who have the condition have characterized the sound as a “ringing in the ears”. Others have explained it as a chirping, buzzing, hissing, roaring, or whistling noise. Not only do the sounds vary from person to person, but the effects are also unique for each individual. Some have experienced irregular instances, while others have relentless symptoms. The need for some relief is so great that many will do anything from getting acupuncture, to using eardrops, herbal solutions, hypnosis, etc. 2. Causes of Tinnitus Experts have not determined the precise cause(s) of tinnitus. There are many sources that are known to trigger or worsen ringing sensations in the ears: Aging - Natural aging will gradually destroy the cilia. This is one of the main causes of hearing loss. Tinnitus is a frequent syndrome when it comes to age-related hearing loss. Hearing Conditions - Conditions like Ménière's disease can cause tinnitus. Health Conditions - There are numerous health conditions that have been linked to tinnitus, including:
Loud sounds - Being exposed to loud noises can destroy cilia (small hairs) located in the cochlea. These small hairs cannot regenerate, which causes permanent tinnitus and/or hearing loss. Tinnitus that is noise-induced is the result of exposure to very loud noises from your surroundings, which may include a loud concert, a factory environment, being around heavy machinery, or from gunshots. Ototoxic medications - Certain prescription medicines like antibiotics, antidepressants, anti-inflammatories, diuretics, etc. can be ototoxic (harmful to the inner ear and the nerve fibers that connect the cochlea and the brain). 3. Is tinnitus curable? Tinnitus has no known cure. According to the American Tinnitus Association (ATA), there are therapies and treatments available that may help lessen the problems associated with tinnitus. One of the options is using hearing aids. Hearing health care professionals have noted that 60 percent of patients who suffer from tinnitus have felt a sense of relief when wearing them. Sound therapy is another alternative to treating tinnitus. Hearing aids can be used effectively during acoustic or sound therapy sessions, making the ringing or buzzing sensations less evident. 4. What to do if You or Someone you know has Symptoms of Tinnitus Because the precise cause of tinnitus is unknown, it is recommended that you see a professional for a hearing test evaluation. There are specific features that are measured for tinnitus:
5. How to Relieve Tinnitus As aforementioned, there’s no cure for tinnitus, but there are hearing aids that can help relieve symptoms. If you suffer from tinnitus, contact us at Pure Sound Hearing Aids for a free hearing test and consultation for the best options that we have available for you! Pure Sound services will only be available by appointment and for essential visits at this time. Essential visits include all appointments that require repairs, re-fittings and new hearing aid fittings. If you are having any problems with your hearing aids, or need supplies for your hearing aids, please call us before visiting one of our offices.  What You May Want to Observe
There are no universal guides that have been settled upon to diagnose hidden hearing loss, but here are some things that you may notice.
What Happens to Your Brain During Hidden Hearing Loss? During the process of hearing, cilia (tiny hair cells) located in the inner ear will vibrate and send a signal to the auditory nerve (vestibulocochlear nerve). It is vital that these signals navigate over synapses, which are crucial connections between the nerve cells. Typical hearing loss occurs when there is damage to the nerve or hair cells. Hidden hearing loss usually emerges due to the loss of synapses between the cilia and the vestibulocochlear nerve. As a result, the noise that is signaled will be incomplete. This is what causes those with hidden hearing loss to miss information that is necessary to decipher language. A 2009 study that was conducted on mice, showed that loud noises could damage synapses. The mice were exposed to 100-decibels of noise - approximately the same level of sound from a lawnmower - for two hours. The researchers found that the mice’s hair cells were still in tact, but half of their synapses were permanently destroyed. Individuals who have lost their synapses might be able to hear a beeping noise during their hearing test, even if it is at a reduced volume that would confuse someone who has cell or nerve damage. Causes of Hidden Hearing Loss The combination of excessive noise and aging tend to worsen hidden hearing loss. The majority of researchers have found that extensive exposure to low noise levels might induce hidden hearing loss. It is generally agreed upon that aging exposes this issue. Some synapses are lost as we age. Another cause may be complications with cells that produce myelin (a substance which insulates the brain cells in your ears). Some autoimmune disorders such as Guillain-Barré syndrome - associated with food poisoning, the flu, hepatitis, and the Zika virus - attack myelin. Hidden hearing loss is sometimes undiagnosed and gets mistaken for attention deficit hyperactivity disorder (ADHD), or central auditory processing disorder. Central auditory processing disorder is usually diagnosed in children and occurs in a different level of the brain. Living with Hidden Hearing Loss In some cases, a person with hidden hearing loss may stand or sit with a small group of people while there are several others around, and not be able to hear the people right next to them. After moving into a different room, with only a few people, this person may still need to move closer in order to hear others. Whispers can be heard in quiet spaces, but comprehending speech in noisy surroundings can be difficult. Results from a hearing test can show normal ranges, and no treatment would be given. Treating Hidden Hearing Loss If you have slight or mild hearing loss, you may find hearing aids that feature a “speech in noise” program to be beneficial. These hearing aids use directional microphones to harness the sounds emanating in front of you and diminish the sounds on your sides or behind you. There is also the option of placing a microphone close to the signal that you are trying to hear, and wearing a Bluetooth receiver or hearing aid. Please contact us at Pure Sound Hearing Aids for a free hearing test and consultation. We have experienced hearing instrument specialists who will work with you until you feel comfortable with your hearing aid devices. Pure Sound will only be open by appointment and for essential visits at this time. Essential visits include all appointments that require repairs, re-fittings and new hearing aid fittings. If you are having any issues with your hearing aids, or need supplies for your hearing aids, please call us before stopping in at one of our office locations.  Causes of Congenital Hearing Loss
Hearing loss that is present at birth, is known as congenital hearing loss. It may include hereditary hearing loss or hearing loss caused by other influences in utero. Some of the known causes include:
Genetic influences are the cause of more than 50% of SNHL. The other 50% is caused by environmental influences. Here are some statistics on hearing loss:
Severities of Hearing Loss
Hearing Loss Frequencies
The Genetic Factors of SNHL
The Environmental Factors of SNHL
Treatment
A baby’s hearing will be tested at the hospital. Pure Sound will only be open by appointment and for essential visits at this time. Essential visits include all appointments that require repairs, re-fittings and new hearing aid fittings. If you are having any issues with your hearing aids, or need supplies for your hearing aids, please call us before stopping in at one of our offices.  Advice on How to Protect Your Hearing Health
Exposure to dangerously loud repetitions can result in permanent hearing loss, tinnitus, and difficulty with comprehending speech when there is background noise. Take precautions by reducing the chances of noise-induced hearing loss (NIHL).
Hearing protection is labeled with a Noise Reduction Rating (NRR). NRR is measured in a laboratory and the vast majority of individuals receive much less noise reduction than the NRR indicates. Overall, hazardous sounds need 5 or 10 dB of noise reduction to be considered safe. Just about any properly fitted, hearing protection may provide 10 dB of protection. In order to determine if your hearing protection is properly fit, listen for a shift in how you can hear your own voice. If your voice sounds fuller, deeper, or more hollow, you probably have a correct fit. If you are exposed to sounds that reach at least 100 dBA or more (for example from a jackhammer) or a sudden loud noise (from a nail gun or firearm), it is recommended that you wear twice as much hearing protection (such as wearing earmuffs over your earplugs). Take Your Listening Environment into Consideration Think about whether you need to wear eyeglasses, sunglasses, or any other type of eye protection. Maybe you need to wear a hat, helmet, or another type of head protection. These accessories may interfere with how a pair of earmuffs are sealed. Earmuffs may feel uncomfortable in humid climates; the cushions on earmuffs may not be completely sealed off in colder environments. Earplugs can be an alternative option. If your hands are bound to get dirty, do not use foam earplugs (these need to be rolled smaller with your fingers prior to inserting them into your ear canals). Think about what type of noises you are hearing. Are the sounds continuous or intermittent? Earmuffs and pre-formed earplugs can be easily removed and frequently replaced than foam plugs. Having corded earplugs are convenient if you don’t have pockets or a purse. If you are listening to music or need to talk to others while wearing your ear protection, you can use flat attenuation earplugs or earmuffs (or musician’s earplugs) in order to preserve sound consistency. Maybe you’ll be in a quiet setting, but there will be spontaneous eruptions of sound, like fireworks. Level-dependent, or sound restoration, hearing protectors let sounds permeate through when it’s quiet and become a safeguard for your hearing when noises get loud. Take Comfort and Convenience into Consideration Sort out which type of hearing protection is suitable, based on your noise exposure and how you intend to use them. It’s important to keep in mind that the hearing protection will only work if you wear them consistently and properly each time you are prone to dangerous noise levels. Select protection that benefits your needs and feels comfortable. Pure Sound will only be open by appointment and for essential visits at this time. Essential visits include all appointments that require repairs, re-fittings and new hearing aid fittings.  Muffled noises can sound and feel as though there are cotton balls in your ears. It's a similar feeling to the pressure that is felt when reaching a high altitude while flying in an airplane. There isn't a total inability to hear, but you may struggle to hear clearly.
The phenomenon of muffled hearing develops when sound waves have difficulty transferring through the inner ear. Different circumstances can cause an obstruction in the ear. Some cases are insignificant and can be resolved immediately, but other instances need immediate medical attention in order to prevent further hearing loss. Signs of muffled hearing Experiencing muffled hearing is not only identified by the sensation of having cotton balls in your ears. Here are some other symptoms:
Causes of muffled hearing in one ear The symptom of muffled hearing can be caused by multiple conditions. Some of these include: Buildup of earwax Earwax stops dirt and debris from getting into the ear canal. It's also a natural lubricant for the ears. Occasionally, earwax can build up and be impacted in one or both ears. Earwax that builds up and obstructs the ear canal can be a small problem, but excessive buildup can cause muffled hearing. Other problems that may arise due to earwax build-up include earaches, too much pressure, and tinnitus. Presbycusis This type of hearing loss is caused by aging and those who experience it are unable to hear high-pitched sounds. Those who suffer from this type of hearing loss may have difficulty hearing a phone ring. Other signs of presbycusis include difficulty hearing while there is background noise, tinnitus, and struggling to hear women or small children's voices. Middle ear infection Bacterial or viral infections develop when fluid builds up in the middle ear due to swelling or inflammation in the eustachian tube. This tube siphons the liquid from the middle ear. There are some middle ear infections that are moderate and tend to clear out on their own. Other middle ear infections may cause pain in your ears, ear drainage, or hearing loss if left untreated. Symptoms of an ear infection in children include tugging at the ear, crying more than usual, a loss of appetite, and fever. Common cold The common cold may induce muffled hearing from congestion blocking the Eustachian tube. Colds are generally innocuous. A clogged ear will clear up as soon as the congestion clears up. Hay fever Symptoms of hay fever are similar to symptoms of cold and sinus infections. Allergies can cause congestion in the ear, which can trigger a mild muffled hearing. Airplane ear Airplane ear is caused by an imbalance of air pressure in the middle ear, and the air pressure in your surroundings. This tends to occur in an airplane, elevator, or while going up a tall mountain. You may experience ear pain, bleeding from the affected ear, or vertigo. Normally, this is not considered a serious condition, but it can lead to persistent tinnitus or hearing loss. Noise-induced hearing loss Noise-induced hearing loss (NIHL) occurs when there is damage to your auditory nerve. You may experience mild, severe, temporary, or permanent hearing loss. It only takes a one-time, brief exposure to loud noise to cause NIHL, or repeated exposure thereafter. Blockage in the ear In addition to earwax, any foreign object in the ear canal can cause muffled hearing. This could include an insect, water, or any small object. This is a common culprit for children. If there is a foreign object obstructing your ear, seek immediate medical attention to avoid further damage to the ear. These types of blockage may cause pain, feelings of fullness in the ears, and hearing loss. Medications Some types of medication can adversely affect the nerve cells in your inner ears. These include: Antibiotics Anti-inflammatory drugs (aspirin and ibuprofen) Chemotherapy drugs Loop diuretics Other symptoms of medically induced hearing loss include fullness in the ear, tinnitus, and vertigo. Perforated eardrum A perforated eardrum is also known as a ruptured eardrum. This is also another cause of muffled hearing. It happens when a hole or tear forms in the tissue, which separates the middle ear from the ear canal. A ruptured eardrum normally doesn't require urgent attention and can heal on its own. Other symptoms may include:
Tumor If you are experiencing hearing muffled sounds, it could be a sign of a tumor. Acoustic neuroma is a benign growth that forms on the main nerve that leads from the inner ear to the brain. Other signs are losing your balance, facial numbness, tinnitus, or vertigo. A lump on your neck can be a symptom of nasopharyngeal cancer. This type of cancer grows in the upper part of your throat and may cause muffled hearing, tinnitus, and pain in your ear. Meniere's disease This disease occurs in the inner ear. Symptoms include muffled hearing, pain in the ear, tinnitus, vertigo. It is not known as to what causes Meniere's disease. Some speculate that it could be linked to abnormal fluid in the inner ear. There's no cure for it, but symptoms might improve or go away with time. Brain injury or trauma to the head Serious injury to the brain or head trauma can damage bones in the middle ear or nerves located in the inner ear. This can occur due to a serious fall or impact to the head. Treating muffled hearing Remove anything that is blocking your hearing. If earwax is obstructing your ear canals, you may use an earwax removal kit which will soften and flush out the wax. Do not use a Q-Tip. That could push whatever is obstructing your ear further into your ear. Hearing aids In some instances, the muffled hearing won't improve. This might happen with Meniere's disease, age-related hearing loss, NIHL, or hearing loss caused by trauma or medication. If your hearing loss is permanent, hearing aids may help to amplify sounds. Pure Sound will only be open by appointment and for essential visits at this time. Essential visits include all appointments that require repairs, re-fittings and new hearing aid fittings.  There is a wide range of hearing loss. Each degree comes with more difficulty or loss of particular sounds. Hearing levels are categorized as normal, mild, moderate, severe and profound. Being unable to hear sounds often leads to isolation, frustration, and depression.
Here’s a list of six sounds that you might miss:
Here’s a list of sound levels, and examples of noises associated with them: Normal (up to 25dB of hearing loss in adults, 15dB of hearing loss in children) You have the ability to hear speech clearly in quiet or calm environments.
Mild (between 26-40dB of hearing loss in adults) You have difficulty with speech and sounds in busy or reverberating surroundings, but you are able to hear clearly in quiet environments.
Moderate (between 41-70dB of hearing loss in adults) You have difficulty comprehending speech, notably when there is background noise and if you need to raise the volume on your computer, phone, radio and TV.
Severe (between 71-90dB of hearing loss in adults) Ordinary speech cannot be heard at all or it’s muffled, even when it’s spoken loudly and it is difficult to distinguish speech. You can comprehend speech using some form of amplifier or hearing aid, but it still doesn’t sound normal.
Profound (91dB or more in adults) Distinguishing speech is still challenging even with an amplifier or cannot be heard at all.
Pure Sound will only be open by appointment and for essential visits at this time. Essential visits include all appointments that require repairs, re-fittings, and new hearing aid fittings.  Statistics on Hearing Metal Manufacturers
Out of all the trades in the work industry, those who work with metals have the greatest risk of suffering from noise-induced hearing loss (NIHL). The Bureau of Labor Statistics has reported that cases of hearing loss in every primary metal manufacturing is significantly higher than chemical, food, or furniture manufacturing, construction, gas and oil extraction, along with several other fields. Working with metals is hazardous to your hearing due to how they are dealt with, processed and what their properties are. It is crucial to include elements like characteristics of noise, job description, number of years employed, a timeline of audiometric changes, time-weighted averages (TWA), and peak levels of noise when assessing the standard threshold for an employee. Noise-levels in Metal Manufacturing The noise-levels in the metal manufacturing industry are higher than in other industries because of the complexity of the metals’ properties. Sound is transmitted through the air at 1,130 ft. per second. Sounds coming from steel are transmitted through the air at 16,000 ft. per second. Train robbers were able to hear the vibrations from the railroad tracks in order to determine whether a train was arriving before it came into view. Metals fluctuate in density, so the acoustics and boundaries play a role in how the sounds are transmitted. When metal is chiseled, forged, hammered, pressed, or stamped the sounds produced can reach between 120 to 140 dB or more. When tools come in contact with metal, a signal will randomly appear and at different impact rates per second. There’s a wide range of sounds that come from metal that are unpredictable, and usually higher in frequency response. The Committee on Hearing, Bioacoustics, and Biomechanics (CHABA), extensive durations of signal noises are deemed more harmful than brief impulses. Hearing Abilities of Steel Workers Two studies were conducted on steel workers who did not use, or partially used, protection for their hearing. It showed similarities in hearing loss, noting that protecting your hearing infrequently will not be effective. Out of all the employees who work around continuous noise, those who work in the metal industry have a higher rate of hearing loss, and different hearing abilities in each ear. There were similar discoveries of hearing loss found in all noise-exposed employees, but those in the metal work industry have been impacted the most. A Brief History on Hearing Protection According to the Acoustic Society of America, the Greeks were the first people in recorded history to use hearing protection. It was not until 1864, during the Civil War, when the first hearing protection patent was legally certified by the government. Starting in 1884, ear plugs and canal caps featuring a headband, were given to sailors and soldiers. In 1914, disposable plugs were patented, the 1970s saw an emergence of soft-foam ear plugs, and in the 1980s an electronic earmuff system became available. Generally, hearing protection was not worn by those in the manufacturing industry. Most industries did not provide hearing protection for workers in the U.S. until the Walsh-Healy Noise Standards of 1969 was authorized. In some industries, hearing protection was not properly used or never used. Your Hearing Health It’s important that all forms of hearing protection are properly fitted in order to get the best benefits out of them. It is also vital for an employer to counsel the employee on the benefits of using hearing protection and the dangers of not using hearing protection on the job. Hearing protection that features a built-in form of communication such as Bluetooth® can be a good option for anyone who works in a field. When verifying the cause of high-frequency hearing loss in an industry, the effect of how noise impacts an individual should be considered. The effects of noise varies from person to person, so it’s important to know what someone’s risk level is based on their job description, TWA, and peak level data, and recording one’s own changes in hearing. By advising which hearing protection should be used based on a person’s hearing abilities and occupation, it can help to preserve the hearing health that they have. Using a hearing aid device can help you hear more clearly and gain some perception. Pure Sound will only be open by appointment and for essential visits at this time. Essential visits include all appointments that require repairs, re-fittings, and new hearing aid fittings.  Studies on hearing loss and brain function
Young people should get their hearing regularly checked, in addition to their other general health concerns. A research team from Ohio State University monitored the brain function of individuals between the ages of 18 and 41. Each participant listened to sentences that became more and more complex. The team was trying to measure whether the human brain needed to work harder to understand complex sentences. They discovered that young adults who had subtle hearing loss were changing the function of their brain in manners that were normally seen in older adults. This was possibly an early sign of dementia. Rising evidence has shown a relationship between dementia and hearing loss. Young people should regularly get their hearing tested in order to intervene and treat their hearing loss as early as possible. Get a hearing test It is recommended that adults of any age should get a hearing test as part of their annual health checkup. If you are noticing hearing loss or changes in your hearing abilities, please contact us at Pure Sound Hearing Aids for a free hearing test and consultation. We offer a variety of hearing solutions for a wide range of hearing loss.  Hearing loss is very common. It gradually occurs over time, and most people don’t notice the initial changes. The degree of hearing loss and stopping it from getting worse is best handled by using hearing aids. Hearing aids will preserve the hearing that you still have, and slow down the deterioration of your hearing health.
Understanding Hearing Loss Age-related hearing loss, or presbycusis, affects one in three Americans between the ages of 64 and 74. It is a gradual buildup of damage to the ears. Presbycusis begins at a slow pace and then worsens. Sound waves enter the ears and are intensified many times before reaching the inner ear. When it finally reaches the inner ear, the sound vibrates tiny hair cells known as cilia. This causes them to collide with structures that discharge chemicals to produce an electrical message that the brain translates as sound. Due to the frequent vibrations, the cilia will eventually stop working. When these hair cells are damaged by contact with very loud sounds, or aging, they cannot regrow. These hair cells create electrical impulses and allow the sound to be interpreted as a language that the brain can comprehend. Protect Your Hearing Practicing proper hearing hygiene is important to protect your hearing health. Hearing loud volumes of sound can cause a lot of damage to the ears. This deterioration can be caused by a fairly low decibel. If you are surrounded by any sounds that require you to raise your voice in order to talk to someone nearby, that means the noise that you are hearing is too loud. It only takes a few minutes of loud noise exposure to have a damaging impact. Taking precautions when you expect to be exposed to loud noises is the best and easiest way to protect your hearing health. Always wear hearing protection when:
Refrain from using earbuds or headphones, which intensify and isolate sound. When Possible, Control Surrounding Noises Your own house can become a dangerous hearing zone. Appliances, such as hair dryers or washing machines, are currently sold with noise ratings. Try your best to use appliances that emit lower levels of noise. Let hosts at a party or restaurant know if music is playing too loudly. They will usually be more than willing to accommodate your needs. Be Aware of Noise Levels in the Workplace Take precautions for your hearing health if you are exposed to loud noises while on the job. Voice your concerns about noise exposure. Get your own ear protection to wear, if your employer does not provide any for you. You can use:
Refrain from Smoking Prioritizing your hearing health is just one of many reasons why you should not smoke. Research has shown that cigarette smokers have a higher risk of age-related hearing loss, and second-hand smoke can speed up the process of hearing loss. Take a Look at Your Medications Medications that are known to cause damage to your ears are referred to as ototoxic. The most common ototoxic medications are:
There are many more ototoxic medications, including prescription medication and over the counter drugs. It is advised to use pain relievers as a last resort. If you do need to use them, please consult your doctor to find out if they will further impair your hearing or general health. Eat Better and Exercise Engaging in regular exercise and a healthy diet are great for your health in general, and also for your hearing health. If you suffer from high blood pressure, manage it by consuming less sodium and taking the prescribed medication to manage it. Taking care of your overall health will reduce the possibility of chronic illnesses, such as diabetes, which can affect your hearing. Get Hearing Aids If you begin to notice any symptoms of hearing loss or tinnitus, please contact us at Pure Sound Hearing Aids for a free hearing test and consultation. We offer an extensive assortment of hearing aids from top name brands. Hearing aids can help to preserve some of the hearing abilities that you still have, as long as you seek treatment immediately. If you wait too long to do something about your hearing, it will deteriorate and be more difficult to care for.  Have you ever felt your ears clog up for no reason? Have you ever heard muffle sounds when there was nothing obstructing your ear canals? Here are four typical reasons why your ears may feel clogged. Impacted earwax Earwax is generally a great way for your body to protect your ears. It helps to catch dirt and other particles by acting as a coating, and it easily falls out of your ear canal on its own, serving as a way of self-cleaning. In some cases, the earwax can become impacted and influence how well you can hear. The American Academy of Otolaryngology-Head Neck Surgery have listed the following symptoms as an indication that earwax is probably causing an issue:
Do not try to remove the earwax by using a cotton swab, baby oil, or hydrogen peroxide. You could unintentionally puncture your eardrum or push the earwax further into your ear canal, which can become impacted. Getting rid of this naturally occurring, protective lubricant can cause dry, itchy ears.Find out whether your ears need to be thoroughly cleaned by discussing it with a professional. Ear fluid Swimmers generally encounter this problem more than others. Occasionally, non-swimmers can also get fluid in their ears. Fluid build-up in the ear can happen for a number of reasons:
Excessive noise exposure This can cause feelings of clogged ears or tinnitus. You may have felt this after going to a crowded sports stadium or concert. These symptoms normally go away within 48 hours, but it’s always a good idea to prevent this from happening by:
Pressure due to sinuses
Hearing loss, due to sinus infections, pressure or sinusitis, is usually temporary. Hearing should go back to normal when the sinus congestion clears up. If you, or a loved one, experience pain or unexpected hearing loss from sinus congestion, contact us at Pure Sound Hearing Aids for a free hearing test and consultation. You can have your hearing evaluated. An initial test will help you, and your hearing healthcare provider, monitor your hearing health.  A Guide to Reduce Noise-induced Hearing Loss
Noise-induced hearing loss doesn’t only affect those who work in loud environments; it can also affect people during their leisure time when they watch a movie, TV, video; there can even be lasting effects if they listen to music or an audiobook where the volume is turned up loud. Your mobile phone can be just as loud. The average pain threshold for a person’s hearing is approximately 150 dB, the same volume that these devices can go up to. You might feel pain in your ears from hearing volumes at this level. It only takes 85 dB to cause hearing loss. The best way to protect your hearing health from noise-induced hearing loss (NIHL) is to turn the volume down. A simple guide to follow is the 60/60 rule. Listen with the volume level at or below 60% for 60 minutes or less at a time. The volume level is equally as important as the length of exposure time. Make a Special Music Setting on Your Hearing Aids Modern hearing aids can stream every type of audio from your smartphone to your hearing aids. Make sure that the volume levels aren’t too loud. If you are a musician or music lover, Signia hearing aids are highly recommended. Your hearing instrument specialist can program a customized setting to have the best listening experience with your hearing aids. Whether you are at a live concert, a symphony, or in your own home listening to a stereo or record player, you can hear high quality sounds with the right device and programming. Adjustments can also be made to reduce feedback noise. Choosing the Right Headphones Your personal preference is key, but here are some other things to consider:
Test out different pairs of headphones, or earbuds, to find out which one works best for you. Find the headphones that are most comfortable for you to enjoy at a safe volume. Contact us at Pure Sound Hearing Aids if you need a customized setting for your hearing aid devices. Our hearing instrument specialists can program hearing aids for your individual listening needs.  Hearing loss is more common in metal manufacturing than in other industries
Out of all the trades in the work industry, those who work with metals have the greatest risk of suffering from noise-induced hearing loss (NIHL). The Bureau of Labor Statistics has reported that cases of hearing loss in every primary metal manufacturing is significantly higher than chemical, food, or furniture manufacturing, construction, gas and oil extraction, along with several other fields. Working with metals is hazardous to your hearing due to how they are dealt with, processed and what their properties are. It is crucial to include elements like characteristics of noise, job description, number of years employed, a timeline of audiometric changes, time-weighted averages (TWA) and peak levels of noise when assessing the standard threshold for an employee. Noise-levels in metal manufacturing The noise-levels in the metal manufacturing industry are higher than in other industries because of the complexity of the metals’ properties. Sound is transmitted through the air at 1,130 ft. per second. Sounds coming from steel are transmitted through the air at 16,000 ft. per second. Train robbers were able to hear the vibrations from the railroad tracks in order to determine whether a train was arriving before it came into view. Metals fluctuate in density, so the acoustics and boundaries play a role in how the sounds are transmitted. When metal is chiseled, forged, hammered, pressed or stamped, the sounds produced can reach between 120 to 140 dB or more. When tools come in contact with metal, a signal will randomly appear and impact at different rates per second. There’s a wide range of sounds that come from metal - which are unpredictable - and usually higher in frequency response. The Committee on Hearing, Bioacoustics and Biomechanics (CHABA) claim that an extensive duration of signal noises are deemed more harmful than brief impulses. Hearing abilities of steel workers Two studies were conducted on steel workers who did not use, or occasionally used, protection for their hearing. It showed similarities in hearing loss, noting that intermittently protecting your hearing will not be effective. Out of all the employees who work around continuous noise, those who work in the metal industry have a higher rate of hearing loss and dissimilar hearing abilities in each ear. There were similar discoveries of hearing loss found in all noise-exposed employees, but those in the metal work industry have been impacted the most. A brief history on hearing protection According to the Acoustic Society of America, Greeks were the first people in recorded history to use hearing protection. It was not until 1864, during the Civil War, when the first hearing protection patent was legally certified by the government. Starting in 1884, ear plugs and canal caps featuring a headband, were given to sailors and soldiers. In 1914, disposable plugs were patented, the 1970s saw an emergence if soft-foam ear plugs, and in the 1980s an electronic earmuff system became available. Generally, hearing protection was not worn by those in the manufacturing industry. Most industries did not provide hearing protection for workers in the U.S. until the Walsh-Healy Noise Standards of 1969 was authorized. In some industries, hearing protection was not properly used or never used. Your hearing health It’s important that all forms of hearing protection are properly worn and fitted in order to get the best benefits out of them. It is also vital for an employer to counsel the employee on the advantages of using hearing protection, along with the dangers of not using hearing protection on the job. Hearing protection that features a built-in form of communication, such as Bluetooth®, can be a good option for any place of business. When verifying the cause of high-frequency hearing loss in an industry, the effect of how noise impacts an individual should be considered. The effects of noise varies from person to person, therefore it’s important to know what someone’s risk level is based on their job description, TWA, peak level data and record of one’s own changes in hearing. By advising which hearing protection should be used based on a person’s hearing abilities and occupation, it can help to preserve the hearing health that they have. Using a hearing aid device can help you hear more clearly and gain better awareness of your surroundings. If you, or a loved one, have hearing loss due to your line of work, or any other reason, please contact us at Pure Sound Hearing Aids for a free hearing test and consultation. Our hearing instrument specialists will patiently work with you, or your loved one, to find the best hearing solutions.  It’s important to know that permanent hearing loss cannot be reversed. Hearing loss is a slow process that occurs as you age, so it’s not very noticeable until it’s too late. Noise-induced hearing loss (NIHL) is the only type of hearing loss that can be prevented. Excessive noise exposure is the leading cause of it. You can immediately suffer from permanent hearing loss if you lack hearing protection when exposed to particular sounds.
How to protect your hearing from loud noises
Prevent damage from foreign objects
Decibel levels Decibels (dB) are measurements of sound intensities. The faintest sound that can be heard by humans is 0dB. The loudest sound comes from a rocket launch, which can reach at least 180dB. Generally, 85dB or more is the level that endangers your hearing. These noise levels come from things like lawn mowers and motorcycles, which can cause permanent hearing loss. Noise decibels and sources of sound 140dB - A gunshot or a jet engine during takeoff. This poses an immediate danger to your hearing. 125dB - An air raid siren or fireworks. This is known as the “pain threshold”. 120dB - Rock concerts or using a sandblasting tool. Your hearing can be damaged in 7 minutes. 115dB - A baby crying or a jet ski. Your hearing can be damaged in 15 minutes. 110dB - A driver using a snowmobile. Your hearing can be damaged in 30 minutes. 105dB - A helicopter or jackhammer. Your hearing can be damaged in 1 hour. 100dB - A chainsaw or stereo headphones. Your hearing can be damaged in 2 hours. 95dB - A motorcycle or power saw. Your hearing can be damaged in 4 hours. 90dB - A lawnmower, truck traffic. Your hearing can be damaged in 8 hours. 85dB - This is the beginning of the hearing threshold that is considered dangerous. 70dB - Busy traffic, vacuum cleaner. 60dB - Conversations with others, a dishwasher. 40dB - A quiet room. Here’s a list of decibel meter apps that you can use on your smartphone. If you, or a loved one, are experiencing hearing loss please contact us at Pure Sound Hearing Aids for a free hearing test and consultation with one of our hearing instrument specialists.  Features of the Phonak CROS B
The Phonak CROS B is a great solution for those who have unilateral hearing loss. It allows users to follow along with conversations, no matter which direction they are coming from. This device provides one full day of hearing with the option of being rechargeable or battery-powered. The CROS B lets the user focus on a voice, while blocking out background noise so that you can concentrate on the conversations that matter to you and have an easier time comprehending speech. The CROS B will stream sounds to your good ear, so that you can understand your travel partner while driving, and give you a better awareness of your surroundings. This user-friendly device functions by simply switching it on, and allowing you to hear from both sides by using Phonak Belong™ technology. This is the newest generation chip, making it effortless to hear. The CROS B automatically identifies your listening environment and will shift to optimum setting. The CROS B will help you feel more included during conversations, no matter where you are. CROS B Models CROS B-R This behind-the-ear (BTE) model is a rechargeable solution. For your good ear, this pairs well with the Audéo B-R hearing device. CROS B-312 This BTE model uses a 312 zinc-air battery. For your good ear, this pairs well with any Belong™ BTE or receiver-in-canal (RIC) model (excludes Audéo B Direct and rechargeable models). CROS B-13 This BTE model uses a 13 zinc-air battery. For your good ear, this pairs well with almost any type of Belong™ BTE and RIC hearing device (excludes Audéo B Direct and rechargeable models). CROS B-312 Custom This custom-molded hearing aid uses a 312 zinc-air battery. For your good ear, this pairs well with any Virto B hearing aid with Binaural VoiceStream Technology™. CROS B-13 Custom This custom-molded hearing aid uses a 13 zinc-air battery. For your good ear, this pairs well with any Virto B hearing device that has Binaural Voicestream Technology™. If you, or a loved one, suffer from unilateral hearing loss, please contact us at Pure Sound Hearing Aids for a free hearing test and consultation.  Children's Hearing and Vision Affects Learning and Development
It’s common for children to have problems with hearing and vision. Most children who suffer from moderate, temporary problems may not receive a formal diagnosis. More and more studies indicate that mild loss in hearing or vision may significantly play a role in a child’s learning and development. There was a recent study conducted by pediatric audiologists examined the pervasiveness and impact coexisting, common, mild hearing and visual problems on the academic achievement of children who went to mainstream schools. A sample was taken from the Avon Longitudinal Study of Parents and Children (ALSPAC), which is a broad population-based birth group in England. Children were identified as having hearing and visual difficulties by the age of 7. Data on their achievements in standardized nationwide exams at age 10 to evaluate outcomes in education was used. The study found that coexisting hearing and vision complications during childhood have a long-lasting negative impact on a child’s educational outcomes. This is higher than the singular effects if hearing or visual problems individually. This study highlights the importance of early detection and early intervention. Issues with Hearing A prevalent cause of hearing issues in children is persistent otitis media with effusion (OME, “glue ear”). This is when fluid becomes trapped inside the ear. The problem with this condition is that it cannot be seen from the surface and there aren’t any evident symptoms. When fluid builds up in the middle ear, the ossicles - three tiny ear bones - cannot vibrate, thus it cannot transfer sounds from the outer ear to the inner ear. Hearing loss, the ability to read, and cognition are affected as a result. In a study on 2,909 children, 261 (9%) children who suffered from mild to moderate conductive hearing loss and/or OME were identified. There was a weak link between mild hearing difficulties for those 7 years of age, and poorer academic achievement in national standardized tests at ages 10 and 16. Issues with Vision A decrease in a child’s sense of vision has been linked to poor literacy, but the influence of more prevalent visual problems on education is not clearly defined. Two of the most common types of visual issues that children face are amblyopia and strabismus. They each occur in relation to other conditions, which may affect a child’s development and academic achievements, for example low birthweight and prematurity. In a study of 189 (6.5%) children who had mild visual problems, they were found to have no negative relationship between mild visual problems and academic achievement between the ages of 10 or 16. Coexisting Problems It’s been widely recognized that the combination of auditory and visual data establishes most cognitive processes. This incorporates speech perception, and is fundamental to developing language and communication skills. Having problems with hearing or vision can negatively affect a child’s literacy progress and make them susceptible to an accumulation of difficulties with their senses. From the study, 14 (0.5%) of the children who had hearing and visual impairments, there was a clear negative link between coexisting hearing and visual problems related to academic achievement for children who were 10-years-old. It was more than the burden of hearing problems itself. There was also a weak link between coexisting hearing and visual problems associated with academic achievement for 16-year-olds. Clinical and Research Conclusions Children who are known to have hearing and visual struggles need to be screened on a regular basis to check for other sensory impairments. This will allow for early detection and proper treatment. This is the first study to examine the impact of coexisting common and mild hearing and visual difficulties associated with academic achievement. The study is limited due to missing statistics, and incorporate underrepresented children from ethnic minorities and low socio-economic backgrounds. Additional research is needed to explain more details about the negative link between coexisting common hearing and visual problems and educational outcomes. If you have a child, or grandchild, who has difficulty with hearing, please contact us at Pure Sound Hearing Aids for a free hearing test and consultation.  Those who live in a city are routinely exposed to dangerous noise levels that can result in hearing loss. These boisterous sounds are heard “against their will” throughout their daily lives.
The noise threshold It only takes 85 decibels of noise to be considered hazardous. All the sounds from traffic, horns from automobiles, moving and stopping subways, airports, construction and any other industrial work has frequently passed that noise threshold. Prevent noise-induced hearing loss Remember that noise-induced hearing loss can be prevented. It only takes a little effort and awareness to prevent it. Always carry a pair of earplugs with you, and use them when you notice that the sounds around you are too loud. If possible, leave the loud area and go to a quieter space. A good indication that it’s time to place your earplugs in is if you need to shout in order to be heard by someone standing near you. If you, or a loved one, are experiencing hearing loss, please contact us at Pure Sound Hearing Aids for a free hearing test and consultation from one of our hearing instrument specialists. We offer a variety of hearing aids from top name brands. Why are People in the Field of Dentistry more likely to Experience Hearing Loss and Tinnitus?1/2/2020  Statistics and history of hearing loss and tinnitus among those in the dental care industry
It has been reported that dentists suffer from hearing loss and tinnitus at double the rate of the overall population. The cause is due to noise-induced hearing loss (NIHL) from the sounds of high-speed dental drills. Since the 1960s, the high-speed dental drills have not decreased in noise intensity. During the 1970s, American and Canadian governments authorized legislation in workplace safety. This included laws that determined what the limits were for being exposed to noise. There were surveys given to occupations that were normally not associated with dangerous noise levels. This interest raised concerns for dental clinics and universities that had dental labs. The surveys showed a strong connection between the use of high speed dental drills, and increased risks of NIHL and tinnitus among those in the dental care profession. Addressing NIHL in the dental care profession Dentists, and dental hygienists, may wear protection for their hearing or reduce how often they use the high-speed dental drills. The easiest solution is to wear custom-made high-fidelity earplugs for musicians. They have a snug fit, are discrete, and will not disturb communication or interfere with the procedure. The only other alternative for a high-speed dental drill is a dental laser. A dental laser will provide the same quality service, minus the excessive noise. NIHL has been reported in many other professions from construction workers to those who work in the public transportation industries. Even though high-speed dental drills produce less noise than larger machines, there is still a risk of hearing loss. It’s similar to using a hairdryer. The noise is loud, but tolerable as long as it stays at a distance from your ears. Enduring many years of practice around these loud tools can cause dental care professionals to become accustomed to the intense noises, just like any job that uses loud equipment. Long-term exposure to high-speed dental drills can cause permanent hearing loss. Losing the ability to hear high-pitched frequencies Higher-pitched frequencies are the first regions impacted by age and NIHL. Even mild hearing loss in this region that distinguishes speech sounds will affect communication, especially if there are distracting background noises. There isn’t much that can be done about age-related hearing loss, but it can be possible to reduce workplace NIHL by using hearing protection. Noise levels in operating rooms and university labs Although there have been many advances in dental tools, they remain just as loud as they were in the 1960s. The average high speed dental drill can reach sound levels between 70 to 105 dBA. Noise from the ultrasonic scalers can produce 80 to 92 dBA, and suction tools can produce 74-80 dBA. To put this in perspective being exposed to sounds that reach at least 85 dB can cause hearing loss. It has been reported that 25 percent of dental students who are exposed to harmful sound levels while practicing in labs, have experienced an average of 15-minutes of a temporary threshold shift (TTS) after they practice using a high-speed dental drill. This is a temporary shift in the auditory threshold that can abruptly occur after being exposed to a high noise level. Many people’s hearing abilities are temporarily reduced as a result. If someone frequently experiences a TTS, it can cause permanent hearing loss. Tinnitus and other comorbidities Hearing loss can effect secondary neurological, physiological and psychological shifts. The most common symptoms are ringing or buzzing noises that are heard as a result of tinnitus. Although tinnitus is typically associated with NIHL, it’s not noticeable by 84 percent of people. Tinnitus symptoms that are irritating tends to occur when three connected neural systems - the aural system, autonomic nervous system, and limbic system - react by misinterpreting the tinnitus as a threat. The limbic system creates negative emotions, or the fight-or-flight response, and the basic process of interpreting sound in the aural centers which affects the response. This causes a combination of stress-induced physiological and psychological shifts which include growth in producing stress hormones, higher blood pressure, and a lack of restfulness. These symptoms can range from an annoying distraction, to being unable to tolerate the sounds. This can cause distress to an individual’s mental and physical well-being. In some instances, tinnitus sufferers have considered ending their own lives as a way to escape the sound. Dentists suffer from tinnitus at twice the rate of academic and laser dentists, medical doctors, and the population in general. Hearing loss that goes untreated has been associated with depression, being hospitalized, socially isolated, decrease in motor coordination, and poor cognitive abilities. It has also been linked to Alzheimer’s disease. Neurons that aren’t being used by your auditory system, will then be used by your visual center. The auditory centers will move out to your frontal lobes, searching for neurons that can be used, which is what causes the decline. If you are a dentist, dental hygienist, or dental student who is experiencing hearing loss due to noise exposure from high-speed dental drills, please contact us at Pure Sound Hearing Aids for a free hearing test and consultation.  When hearing loss starts to happen for some people, they might notice the inability to hear in one ear more than the other. Normal age-related hearing loss - or presbycusis - generally affects each ear evenly. If there is more hearing loss in one ear than the other this may be due to something else besides hearing problems associated with age.
Possible Causes of Hearing Loss for One Ear Chronic ear infections. An infection in the middle ear is known as otitis media. This is an inflammation and infection that happens in the middle ear where fluid builds up due to bacteria. It may last for several weeks. A severe infection may block the Eustachian tube. This tube will normally drain excess fluid from the middle ear, which can affect your hearing. Depending on how thick the fluid is in the ear, these chronic ear infections can cause hearing loss ranging between 24 to 45 decibels. Earwax. Impacted earwax, or cerumen impaction, may cause different severities of hearing loss in each ear. About six percent of Americans have pain or hearing loss due to earwax buildup. In addition to obstructing the ear and causing hearing loss, earwax buildup can cause an infection due to bad bacteria that gets trapped in the ear. Good bacteria can help stop wax buildup and infections. In some instances there are good bacteria in one ear, but not in the other. Tumors. Tumors may cause dissimilarities in hearing for each ear. The most prevalent kind of tumor that may cause loss of hearing is known as acoustic neuroma. These are benign tumors that grow slowly. They can affect a person’s hearing abilities by growing on the nerve that leads from the brain to the inner ear. These nerves are linked to balance and hearing, so acoustic neuroma can cause dizziness and hearing loss. If you experience hearing loss, do not ignore it! Contact us at Pure Sound Hearing Aids for a free hearing test and consultation.  Risks of hearing loss among workers with high blood pressure and risk of hypertension
A new study has discovered that bilateral high-frequency hearing loss (BHFHL) is related to soaring blood pressure levels and risks of hypertension for workers who are exposed to noises. Studies from China measured systolic blood pressure (SBP), diastolic blood pressure (DBP), and the hearing abilities of 21,403 workers who are exposed to noises in Chengdu. Statistics of BHFHL from men at work Those who had BHFHL were generally older men, who resided in further away from the central city zone, and were employed in small, micro-enterprises in comparison to individuals who had normal hearing abilities. The pervasiveness of BHFHL grew during those years of noise exposure on the job. The prevalence of hypertension was 5.2 percent in normal hearing, 12.4 percent in mild BHFHL, and 25.1 percent in high BHFHL. Additional years of on-the-job noise exposure were significantly linked with increased SBP and DBP in men. There was a dose-response link between BHFHL and hypertension in both men and women. Test subjects who had mild and high BHFHL also had a higher risk of hypertension at 34 percent to 281 percent. More studies are necessary to determine the cause of this link. If you have been exposed to loud noises while on the job, and are experiencing issues with your hearing, contact us a Pure Sound Hearing Aids for a free hearing test and consultation.  Researchers of tinnitus have been trying to find out why there are so many individuals who experience a ringing sensation in their ears with no surrounding causes, in addition to the methods of how to stop it. There have been new advances in genomics, cognitive psychology, and MRI technology. Here are some of the latest facts, understandings, and developments: Fundamental Facts About Tinnitus
Research on MRIs MRIs have been very helpful in researching tinnitus. New information, and suggestions show that there may be answers to how tinnitus is caused, and the possibility of treatment.
Patients who have tinnitus had the component of their brain that is identified with emotions restructured. It was discovered that these individuals process emotions differently than those who have normal hearing abilities.
Methods to Treat Tinnitus
Those who have tinnitus can use hearing aids, which can stimulate the ear with sound. Over time, symptoms of tinnitus can be relieved. Additional Information
If you, or a loved one, suffer from tinnitus, contacts us at Pure Sound Hearing Aids for a free consultation on tinnitus relief.
 Statistics on SSNHL
Every year, out of 100,000 people between five to 30 individuals suddenly lose their hearing within a minute or a few hours due to sudden sensorineural hearing loss (SSNHL). Unfortunately, most people do not seek immediate medical attention because SSNHL and other forms of hearing loss are very much alike and can be confused with a temporary obstruction that is caused by earwax or fluid. SSNHL should be treated as a medical emergency, and any instances of sudden hearing loss needs to be addressed immediately. A background on SSNHL SSNHL, or sudden deafness, is characterized as having a drop of 30 dB or more in over three frequencies over a brief period of time. Normally, it only affects one ear, but it’s possible that both ears can become affected. It appears to be most prevalent for those between the ages of 30 and 60. About 50 percent of those individuals regain their hearing within two weeks without any treatment. In order to have a better chance of restoring your hearing, some medical professionals may treat you with steroids and antiviral medication. These treatment should only be used with the guidance of a medical professional, who should take into account any possible side effects. If you experience SSNHL, you may hear a pop in the ear that is affected. After this popping noise occurs, the hearing could immediately disappear, or slowly decline within a few hours. You may only notice SSNHL when you use a phone on the ear that is affected, and it might be accompanied by vertigo, tinnitus (a ringing or buzzing noise in the ear), or if your ear feels full. Causes of SSNHL Some causes of SSNHL include:
In many cases, the precise cause is never discovered. SSNHL can occur at any age, whether or not you’ve had any previous hearing problems. Approximately 10 percent of people who are diagnosed have a detectable cause. Treating SSNHL A high dosage of steroids are commonly used to treat SSNHL. Get treatment within two to three days for the best outcome. Even if you wait two weeks to get help, there’s a chance that steroids will not be helpful. You might need follow-up tests and frequent hearing assessments in order to observe the progress or your recovery. Preventative care for SSNHL It’s difficult to prevent SSNHL, but the best practice is to monitor your general well-being and take care of your ears:
Who would typically experience SSNHL? If you recently experienced an ear infection, problems with blood circulation, head trauma, neurological disorders like multiple sclerosis, or Meniere’s Disease, you could be at a higher risk of SSNHL. This type of hearing loss can happen without a warning, so it’s important to address any sudden hearing loss that you experience. If you have already sought immediate medical attention for SSNHL, but continue to experience any range of hearing loss please contact us at Pure Sound Hearing Aids for a free hearing test and consultation. Our hearing instrument specialists will discuss hearing solutions for your specific needs. |
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