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A lot of times an Otolaryngologist won’t be able to pin-point the exact cause of a low frequency hearing loss, but it is usually one of the following.
With traditional, high frequency hearing losses, folks tend to have a hard time understanding speech- since most of the clarity of speech comes from high frequency sounds. One of the most common complaints among those with a reverse slope hearing loss is difficulty hearing on the phone. If you suffer with low frequency hearing loss, you’ve probably realized that the majority of hearing loss information around the web is centered around high frequency hearing loss. If you want to read a very in-depth analysis on this subject from a PhD who has an extreme low frequency hearing loss, check out this site.
If you’d like a free phone consultation with a licensed hearing provider, please feel free to call us at 800-731-6794.
Reverse Hearing Loss Review –Hearing loss is a usual problem among men and women in this world. Reverse Hearing Loss is an e-book that contains the tips and effective program on how to resolve hearing issues or problems successfully. According to the posted Reverse Hearing Loss review articles on the web, this program is very effective to resolve the hearing issues among men and women, with different age range. Of course, based on the published Sam Miller's Reverse Hearing Loss review articles online, there are no side effects. Research has revealed that nature has answers to the majority of health issues facing humans today. This is one of a kind program that reveals natural hearing loss remedy that has been used for centuries by the Amish people and that has remained a secret until now.
It would be wishful to think that you can learn everything about the program in this Reverse Hearing Loss review or any other such reviews in the internet. First, you will find out the reasons why big pharmas as well as famous doctors in large hospitals would rather subject you to the current treatment strategies than reveal to you this natural way of restoring hearing.
Secondly, you will learn the main causes of hearing loss including accidents, ear infections, and loud noises as well as advancing age. The third fact you will found out in the program is the dangerous of the current treatment strategies including cochlear implant, use of antibiotics as well as hearing aids. Last but not least, you will learn how remedies obtained fully from nature (mostly food sources) can help restore your hearing in as little as 17 days of use.
In case you or someone you love is suffering from hearing loss then I believe this Reverse Hearing Loss review, has given you some realistic hope that you could get your life back.
Reverse Hearing Loss is an eBook by Sam Miller, which is aimed at curing hearing loss by use of ingredients from natural foods. In this guide, the techniques for restoring hearing ability and helping you to listen and hear without difficulty are explained. Reverse Hearing Loss works by using a specific formula of foods, ingredients and nourishment. No side effects associated with Reverse Hearing Loss, reason being because it is an all-natural program.
This would not be an objective Reverse Hearing Loss Review if I never mentioned something about it being only accessible by people with internet connectivity.
If you have had a struggle with hearing loss, then reading this Reverse Hearing Loss Review has restored your hope for restoring back your hearing capability. Silalive is a new silica and diatomaceous earth supplement designed specifically to heal the human body. Reverse Hearing Loss claims to be an “Amish miracle cure” that uses natural substances from your grocery store to provide crystal clear hearing in 3 weeks.
Because of this, Sam calls Reverse Hearing Loss the fastest, most affordable way to naturally restore your hearing in just 17 days, without drugs or doctors. In order to accomplish this, Reverse Hearing Loss is claimed to reveal a specific formula of substances that, when taken in a specific order at specific times, will strengthen even the weakest hair cells, improve your hearing, and keep them strong long after the program has ended. Sam claims that to date, Reverse Hearing Loss has been used successfully by more than 45,000 people. With this said, although the medical community understands the basic concepts behind it, the process of hearing is very complex, and much of it remains a mystery. However, we do know that hearing loss is caused when these hair cells become damaged or die. According to Sam, the nutrients in the foods revealed in the e-book will help improve the strength of you hair cells. In either instance though, while these vitamins may help improve hair cell health, there is only minimal evidence that supplementation can reliably improve your hearing, unless you’re already deficient in these vitamins. Before digging in, it’s important to note here that hearing loss is only a symptom of some underlying cause, not a separate condition. Sensorineural – Involves the inner ear, usually relating to hair cells, which can become damaged by repeated exposure to loud sounds, or even just the aging process.
Mixed – As the name implies, this involves parts of the middle and inner ear that are contributing to hearing loss. As you might have already recognized, Reverse Hearing Loss only addresses sensorineural causes of hearing loss. Although there are new drugs being tested that might one day regenerate your hair cells, other than purchasing an over-the-counter earwax flushing kit from your local pharmacy, there aren’t a whole lot of treatment options without visiting your doctor. During your visit with your physician, they may discuss a variety of treatments depending on the severity of your hearing loss, including hearing aids, cochlear implants, or different surgical procedures. Reverse Hearing Loss is available for immediate download after your $39 has been processed. Instead, we’d recommend making an appointment with your physician, who can recommend specific products or procedures to effectively address your hearing loss. As I was unable to follow all the directions at age of 83 years, I sent email as directed to get refund. I started to go to the website, but McAfee did give me a warning about the potential danger of the site. These findings suggest that amplifying the low-frequency dead region alone may not result in improved speech understanding.
A low frequency hearing loss may also be related to disease processes that affect the integrity of the hair cells in the apex of the cochlea. In summary, it is difficult to identify and to convince patients who have a low frequency hearing loss that they need to wear hearing aids.
By using the paired comparison technique, we can systematically change the bandwidth and gain in discrete steps in order to estimate the optimal bandwidth and preferred gain at different input levels.
A Case with Tonal Perception Figure 3a shows the audiogram of Subject A, a 45-year old female community hospital administrator.
During the paired comparison task, the hearing aids were first set to the default settings.
Subject A reported no occlusion problem with either the default settings or the self-selected settings. Halpin et al.2 examined the effect of ipsilateral pure-tone masking of the basal fibers (higher frequencies) at a high stimulus level (80-90 dB HL) while re-determining the audiogram of the low frequencies. One can also compare word-recognition scores with the predicted Articulation Index (AI) scores with and without the low frequency contribution in order to estimate functional status.2 If the low frequency fibers are functional, the measured word recognition scores should change according to the predicted AI scores when the low frequency contribution is included. In summary, the current thinking on managing a low-frequency hearing loss would support broadband amplification instead of low-pass filtering. Digital Technology and New Options for LF Losses One difficulty in the management of low frequency hearing loss is predicting the appropriate level-dependent frequency-gain characteristics based on the audiogram. The use of nonlinear or compression hearing aids can ensure audibility while maximizing comfort for the wearer. One advantage of using digital nonlinear hearing aids over linear ones is seen in the hypothetical input-output (I-O) curve of the Senso Diva hearing aid in Figure 2. One advantage of digital technology is the capability to save alternate settings of the hearing aids into a temporary memory for comparison of preference. A broad bandwidth, including amplification in the normal or near-normal frequency region, is desirable. However, if you have a low frequency loss, you may hear the mid and high frequencies just fine, and those will tend to make up for the loss in the lower frequencies (where there is not a lot of speech information).
This problem has to be addressed well, because hearing is one of the most important senses every human being has to enjoy. So, you have to finish reading this review, if you really want to help yourself get out from any hearing loss problem. The natural and effective tips found in this book are really helpful for you to stop the hearing problems successfully.
The contents of this 117-page e-book are proven to help you remedy your hearing problems naturally.
Not being able to interact with your loved ones because you can no longer hear what they have to tell you is already very stressful. In this reverse hearing loss review, you are going to find out more about one of the safest, fastest and most effective remedies for reversing hearing loss of any origin. What makes the program unusual is that it is capable of reversing hearing loss permanently in three short weeks without having to undergo any surgical operation, wearing inconveniencing and unsightly hearing aids or using side effect laden medications. Today, he claims that the remedy has already helped more than 45,657 people (and counting) restore their hearing after several years of suffering. However, you will find out a few important points to whet your appetite and help you make an informed choice if you or your loved one is suffering from hearing loss of any origin.
You will be surprised to learn that these big pharmas and health professionals have conducted research on this remedy and are completely aware of the fact that it is really effective.
The program goes ahead to reveal what really happens in the inner structure of the ear that results in inability perceive sound.


You will learn why these methods are not effective and the terrible complications they may have after several years of use.
This may sound impossible and far-fetched but the remedy has been used for several centuries by the Amish to restore hearing loss.
In just three short weeks you could enjoy the sharpest hearing you have ever experienced in your life.
Sam, himself suffered from hearing loss, something that motivated him to come up with a solution to cure this disorder. Included in the book also is the ear anatomy, brief explanations and reasons behind hearing loss, how to prevent it and the importance of right nutrition in your hearing ability.
Taking these foods at the right time of the day and in the right order is what brings reversal of hearing loss through the repair of hair cells and other tissues in the body. This eguide advocates for use of natural ingredients and nourishments to cure hearing loss. Once you have gone through the book, purchased the ingredients from a grocery store, and used them in as few as 17 days, you will be able to gain a crystal clear hearing.
First, it worked for Sam and as he claims, other 45000 people have enjoyed the benefits of cured hearing loss from the program.
Since it is an online program which has to be downloaded first, internet connectivity is a must. And perhaps best of all, Sam claims that all of these substances can be found in common foods and beverages available at your local grocery store. From there, these impulses are then sent to the cerebral cortex, where the brain interprets them as sounds. Unlike many other types of cells in the human body, hair cells do not regrow, so any hearing loss you experience is generally permanent without medical intervention (more about this in a moment). If you take a vitamin supplement, you’re likely getting your recommended daily intake (RDI) in one or two doses.
For example, if you damaged your eardrum by sticking a Q-Tip too deeply into your ear, your injured eardrum is the cause and your reduced hearing loss is the symptom. This could be the result of excessive wax buildup, ear infections, abnormal bone growth, and much more. And, as we outlined in the previous section, it probably doesn’t even do that very well (or at all).
As we discussed earlier, there are many causes of hearing loss, so this first step is important for finding a solution that addresses your specific diagnosis.
I got absolutely nothing for my money and a run around on the computer and some 405 errors. Although many researchers1,2 have proposed solutions to manage this hearing loss configuration, some of these solutions were not fully achievable because of the limitations of the hearing aid technology at the time. One reason why people with a low frequency hearing loss are able to identify the low-frequency speech information is because low frequency information may also be carried by high frequency fibers through temporal coding. In addition, it suggests that people with a low frequency hearing loss may be able to utilize the surviving mid- and high-frequency hearing as effectively, if not more effectively, than normal-hearing subjects. Because of their ability to utilize mid- and high-frequency signals, many adults who are born with a low frequency hearing loss develop normal speech and language skills. Unlike a high frequency hearing loss where a majority of cases are related to prolonged exposure to loud sounds and aging, a low frequency hearing loss is typically not related to the same factors. Sudden hearing loss,8 viral infection,9 renal failure,10 and Meniere’s disease11 have been associated with a low frequency hearing loss. This is mitigated by the fact that some of these patients may have a dead region in the low frequencies where amplification may not result in any improvement.
This allows one to examine if these patients would prefer a broader bandwidth (versus low-pass and high-pass) than their audiogram would indicate, and if their gain preference at different input levels is similar to patients with more typical audiometric configurations. She reportedly was identified with a low frequency hearing loss when she was in elementary school. The Connected Sentence Test (CST) was presented at 45 dB HL (approximately 65 dB SPL), and Subject A was asked to adjust the insertion gain setting for conversational sounds (IG normal) at each of the four basic frequency channels, starting at 500 Hz and proceeding to 1000, 2000, 4000, and then 500 Hz.
Speech recognition scores for the default settings were similar to the self-selected settings in both quiet and noisy situations.
Previous research on the management of a low frequency hearing loss focused on two main issues: 1) the identification of a dead region, and 2) the assignment of optimum frequency-gain characteristics on the hearing aids.
In the previous section we reviewed the audiometric characteristics of a low frequency hearing loss with a dead region.17,18 There are also tools that directly measure the functional status of the low frequency fibers. An increase in thresholds in the low frequencies will occur if the responses are mediated by the higher frequency fibers. Otherwise, the measured word scores would not be affected by the low frequency contribution. In this way, both the low frequency fibers and the mid-to-high frequency fibers can be stimulated.
These settings can be compared in pairs adaptively in the clinic in order to zero-in on the optimal settings for the wearer. For this reason, individuals with low frequency hearing losses can often still understand speech very well.
For this reason, hearing on the phone can be very difficult for those with a low frequency loss. In addition, because almost all of the training that hearing providers receive is with regards to flat losses or high frequency losses, how to properly fit a low frequency hearing loss can be mystifying sometimes.
As compared to other medical treatments, which would cost from $3,000 USD and above, this e-book or program is very affordable, though.
All you have to do is to understand how you are going to intervene with the hearing problem that you are really experiencing. In order for you to see this page as it is meant to appear, we ask that you please re-enable your Javascript!
And having to learn a completely new way of communication (sign language) is disheartening. In the end, you will have enough information to help you make an informed choice if you or your loved one is suffering from hearing loss. The remedy revealed in the reverse hearing loss program has been well studied and proved by large pharmaceutical companies to work.
This knowledge is vital because you need it to know how to avoid ever developing the problem again.
This information is not ill-intended but aims at educating you to be well-informed so that you do not land into trouble. It is from his research that he came with this program in which he claims that foods from your grocery store are able to heal hearing loss, as long as they taken in the right order at the right time.
The guide details on ingredients such as vitamin A, vitamin B12 and magnesium as some of the extremely important elements for your hearing ability. The good news is that all you need is a natural food formula, take it at the right time in a specific order and your healing loss is reversed. On the other hand, vitamins in foods will generally be present in much lower concentrations, so you’d have to eat a lot in order to get the same benefits as popping a pill or two. With the advent of digital multichannel nonlinear hearing aids that offer greater flexibility of adjustment and increased specificity, a clinician may experience enhanced success in managing this loss configuration. Thornton & Abbas3 compared the speech recognition ability of 3 subjects who were identified with a low frequency dead region and 5 normal-hearing individuals in various filtered conditions. Although they may have some difficulties in groups or in noisy environments, many of these individuals have learned to manage their communication. Changes in the endolymphatic pressure, as in cases with fistula,12 intracranial hypertension,13 and even spinal and general anesthesia14 have also been reported with varying degrees of transient and permanent low frequency hearing loss. An increase in leakage (or vent diameter) will decrease the amount of low-frequency output measured in the ear canal. Increasing the vent diameter (or leakage) could reduce the physical occlusion effect when the wearer speaks.25 A compromise on venting is necessary between achieving the desired low frequency output and minimizing any potential occlusion effect. This technique may account for individual differences in etiology of loss as well as preferences for specific sound quality. Amplification was not attempted because she did not exhibit any communication difficulties.
She compared the default settings with alternate settings (more or less gain) until she had the best speech understanding with the best sound quality. Moore & Alcantara16 recommended the use of psychophysical tuning curve to determine the status of the low frequencies.
Schum & Collins1 examined speech-recognition skills of 6 subjects with a low frequency hearing loss by spectrally shaping speech materials (NST and CCT) to approximate different amplification schemes. Furthermore, many would support the use of a large vent or open mold to reduce the low frequency output and minimize the incidence of loudness intolerance, upward spread of masking, and potential occlusion. Until the last 10 years, the majority of hearing loss was managed with linear amplification. Furthermore, some nonlinear hearing aids allow clinicians to adjust gain for different input levels (soft, medium and loud) independently.
For an individual with a 50 dB hearing loss in the low frequency, one can ensure comfort while maintaining audibility for soft sounds by reducing gain for loud inputs only. In general, as the number of channels in a hearing aid increases, the specificity at which one can limit the type of processing to a restricted frequency region increases. One of the main concerns of people with a low frequency hearing loss is their difficulty understanding speech in noise. Due to etiologies, one challenge in managing a low frequency hearing loss is the difficulty in predicting the desired frequency-gain.
For example, the bandwidth and gain of the hearing aids at each input level may be adaptively changed based on the wearer’s preference.


It has recently been discovered that a gene mutation, called Wolfram Syndrome may cause low frequency hearing loss. Due to this, low frequency hearing loss can be harder to detect than a high frequency loss. If you have this problem, you might want to look in to CaptionCall, which is a free service that converts speech to text automatically during phone calls so you can read what the person on the other end of the line is saying. Or, maybe, you are being affected by some other causes, like the environmental causes of hearing problems. So, you can try this program starting today, if you really wish to stop the hearing problems that affect you for quite some time now.
The currently available mainstream remedies such as using hearing aid, medications and undergoing surgeries can cause even more terrible complications. Sam claims that all your body needs is these food and elements at specific times and in a certain order for you to achieve a crystal clear hearing in around 17 days. The news is made better by the fact that these ingredients are readily available in your grocery store, they are safe without side effects and the results have been proven to be true. This article reviews some of the challenges involved in fitting reverse-slope hearing loss. One reason is that low frequency sounds are more intense and carry less information than high-frequency sounds. In the unfiltered condition, the speech scores were 56% to 88% for the impaired group and 94% to 100% for the normal-hearing group. From a practical standpoint, this means that the application of a prescriptive target where the amount of gain is directly proportional to the degree of hearing loss may lead to less than satisfactory results in many wearers.
As a result, even when these individuals agree to try hearing aids, they may have unrealistic expectations for the chosen devices and reject any attempts that may be less than perfect.
For example, Konigsmark et al.5 reported that a progressive low frequency hearing loss may be dominantly inherited. The diverse etiologies, permanence (transient vs permanent vs progressive), and severity (moderate to profound) would suggest that one should understand the etiology of a particular patient’s hearing loss in order to customize management.
Moore18 indicated that a hearing loss which exceeds 50 dB HL in the low-frequency region, with normal-to-mild hearing loss in the mid-to-high frequencies, may indicate a dead region. However, Moore18 reported erratic results on pitch perception in low frequency dead regions. Unfortunately, with linear hearing aids, it may be difficult to provide just the right amount of low frequency amplification to ensure audibility without over-amplifying higher inputs. Alternatively, methods to manage occlusion should be available to achieve the low frequency amplification without compromising the benefits of the other features of the hearing aids and affecting the wearer’s voice quality. However, she reported increasing difficulty at work, especially on the phone and in group situations.
She was then asked to listen to a different passage at a presentation level of 25 dB HL and adjust the gain parameter for soft sounds (IG soft) in the four frequency channels. In an effort to make the test more clinically feasible, Moore18 proposed the use of the Threshold Equalizing Noise (TEN) as a quick means to assess the functional status of the low frequency region. A defining characteristic of linear processing is that the same gain is applied to all input levels.
An advantage of using digital nonlinear hearing aids is that gain adjustment at more discrete input levels can be made.
This is often helpful in a reverse-slope audiogram where the change in threshold between octaves is rather abrupt. The problem may be exacerbated when the wearer is given significant amount of gain in the low frequencies. Moore18 acknowledged that, even when one makes a diagnosis of a dead region, the amount of amplification one provides to the dead region and to the mid- and high-frequency region is still unclear. Alternatively, the clinicians can save different combinations of settings into the different memories of the hearing aids and have the wearer evaluate their relative performance in real-life situations. Other causes of low frequency hearing loss include sudden hearing loss and Meniere’s disease. A person with a moderate degree of low frequency hearing loss may not exhibit any outward signs of a hearing loss, such as missing speech sounds or aberrant speech production patterns. For the high-pass condition, the scores were 34% to 46% for the hearing-impaired group but 16% to 38% for the normal-hearing group.
Lesperance & Burmeister6 reported that Wolfram Syndrome 1 (an autosomal recessive disorder) is a result of mutation in the WSF1 gene. This over-amplification can lead to higher frequencies being compromised by the upward spread of masking, and a decrease in intelligibility and sound quality. Her instructions were to select the best gain settings so that the sounds are audible and soft, but not necessarily intelligible. That is, Subject A selected similar gain as recommended by the proprietary fitting algorithm. First, the self-selected frequency output curve at the 40 dB SPL input level was similar between the default and self-selected settings. This means that one may control gain just for loud sounds without sacrificing gain for soft and medium level sounds. This ability to allow paired comparisons27 in digital and programmable aids will be especially helpful to select the optimal level-dependent frequency-gain settings on a hearing aid for people with a low-frequency hearing loss (and other hearing loss configurations as well). Many people with a reverse slope loss will report that listening to people with accents sounds like listening to Charlie Brown’s teacher. If you do end up going the hearing aid route (which is often times the only option), make sure you get a hearing aid with at least 6 channels- you’re going to need something good. For the low-pass condition, the scores were 12% to 44% for the hearing-impaired group but 76% to 84% for the normal-hearing group. During audiometric testing, she indicated that all the test sounds (including the lows) had a tonal quality to them. Finally, she was asked to listen to a discourse passage presented at 65 dB HL and instructed to adjust the gain parameter for loud sounds (IG loud) so that the passage was loud, but not uncomfortable. The default setting attempts to bring the aided sound-field threshold at all frequencies to about 20 dB HL in the ideal situation. She also exhibited a severe loudness tolerance problem, reporting that loud speech was uncomfortable to her for any period of time. This suggests that, even though 250 Hz may sound atonal, the subject still preferred the default gain for soft sounds in the nearby frequency region.
This suggests that amplifying the low frequency alone (or region of hearing loss alone) is not sufficient. If someone with a low-frequency hearing loss desires less than the prescribed gain (eg, because of loudness intolerance), such gain reduction will occur for all input levels.
Having multiple channels in a nonlinear hearing aid allows one to provide appropriate amplification at one frequency region without over-amplifying (or under-amplifying) nearby frequency regions.
Binaural Diva ITCs with no vents were recommended because of the severity of the loss and the desire to preserve the directivity index of the hearing aids. Secondly, significantly higher output than the default setting was selected for the 65 dB SPL input level condition in the 250-500 Hz region, while a lower output was selected in the 1000 Hz region.
On the other hand, the preferred gain for the low-frequency at 65 dB SPL and 90 dB SPL input levels was lower than that recommended by the default setting, whereas the output in the 2000 Hz-4000 Hz region was higher for the self-selected settings than the default settings. Figure 1 is an input-output (I-O) curve of a linear hearing aid where the gain curve has been lowered from 40 dB to 20 dB in order to avoid discomfort at high input levels, a common complaint of people with a reverse-slope audiogram. Moore18 also recommended the use of nonlinear WDRC hearing aids for people with a low frequency hearing loss.
Based on the facts this author had gathered from the Internet, you have to try Reverse Hearing Loss Amish.
Subject A wore the default settings (and two other alternate settings) for more than 2 months before she selected her preferred frequency-gain settings using the paired comparison technique. Her speech-in-noise score (as evaluated by the HINT) was significantly better with the self-selected settings than with the default settings. It is obvious that not only the output at a high input level is reduced, but the output at other input levels is reduced as well.
Low-frequency sensorineural loss: Clinical evaluation and implications for hearing aid fitting. Despite these recommendations, a practical approach to customize the individual fittings with linear hearing aids has been difficult.
This sacrifices the audibility of soft sounds and potentially compromises sound quality at conversational levels. If one recognizes that the problems associated with masking, occlusion, loudness intolerance, and difficulty in noise are all related to a high output (from amplifying high input levels) in the wearer’s ears, one should only reduce gain for high input level sounds and not gain for sounds at all input levels. For the 90 dB SPL input level, the self-selected setting is slightly lower than the default setting predicted from Pascoe’s findings28 on the relationship between UCL and the degree of hearing loss. The cause (multifactorial inheritance) and pathogenesis (endolymphatic malabsorption) of Meniere’s disease and its symptoms (mechanical and chemical). Otologic manifestations of benign intercranial hypertension syndrome: Diagnosis and management. Validity of hearing thresholds obtained from the rising portion of the audiogram in sensorineural hearing loss. Dead regions in the cochlea: Diagnosis, perceptual consequences, and implications for the fitting of hearing aids.
Tuning curves and pitch matches in a listener with a unilateral, low-frequency hearing loss.



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