Headphones and Ringing in Ears -Tinnitus 

Electromagnetic fields are invisible areas of energy produced by electricity. Our wireless headphones, used mostly with Bluetooth, emit a specific type of non-ionizing EMF called radio frequency radiation.

In the year 2015, an appeal was made by 247 scientists from 42 countries to the World Health Organization and the United Nations to adopt stricter guidelines for electromagnetic fields exposure from wireless devices to reduce the health risks that stem from them. The scientists warned that there are several health risks associated with the use of wireless devices like Bluetooth headphones. Exposure to electromagnetic fields emitted by wireless devices can cause cancer, genital damage, neurological disorders, memory defects, learning problems and reproductive issues.

Electromagnetic fields are invisible areas of energy or radiation produced by electricity. Our wireless headphones, used mostly with Bluetooth, emit a specific type of non-ionizing EMF called radio frequency radiation (RFR). In 2011, the International Agency for Research on Cancer classified this type of radiation as harmful to humans. Another study in 2018 revealed that exposure to such radiations could cause cancer in rats. While discussions on making the guidelines stricter goes on, the big question is how to keep yourself safe from these radiations. Here are a few precautions you can take.

Use the speakerphone

If you are on calls for a very long period of time due to work or even personal reasons, using the speaker phone may be the best option for you, to avoid potential health risks that come with the use of Bluetooth or wireless headphones. People who enjoy listening to music or podcasts should also use the speakers, and not wireless headphones to listen to their daily dose of entertainment.

Use wired headphones

Another option that you can use, if not the speaker phone is wired headphones or earphones, though speakers would be the more preferred choice here. People who stay on calls or listen to something on their phones for long hours should avoid the use of wireless, Bluetooth headsets.

Keep them away from children

Children have vulnerable bodies – small heads, thinner skulls and naive nerves. They are particularly at a greater risk of developing any such problems if exposed to these harmful electromagnetic radiations. It is extremely important to keep them away from wireless headphones and headsets and inculcate habits that include the least use of smartphones. If they want to watch cartoons and movies, they must do so only on speakers.

Do not use your phone on low signal

According to experts, when your phone has low signal, it emits more of such radiations that are harmful to your health and body. It is advised that you do not use your phone when the signal is poor, and instead only use it when the signal is stable and strong.

Keep your phone away

You must keep your phone away, as often as possible and not sleep with it around your head. You must also keep it at a distance from your face, all the time. It is impossible to completely avoid these radiations, but reducing the use of phones may help keep the potential health risks at bay.

Disclaimer: Tips and suggestions mentioned in the article are for general information purposes only and should not be construed as professional medical advice. Always consult your doctor or a professional healthcare provider if you have any specific questions about any medical matter.

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Tinnitus and Electromagnetic Hypersensitivity

Introduction

Ears Ringing (emf tinnitus) can occur because of electromagnetic radiation, some people are sensitive to electromagnetic fields (EMF). EmfRelief can help with our quantum patent technology to mitigate harmful frequencies from your environment.

Tinnitus, the perception of sound in the absence of an external sound, is a frequent disorder of auditory perception, which is very difficult to treat [1]. Tinnitus as a phantom perception of a meaningless sound has to be differentiated from auditory hallucinations which mainly occur in the context of psychiatric diseases and are characterized by e.g. the perception of voices. About 10–20% of the adult population experiences some degree of tinnitus. Many learn to ignore the sounds and experience no major effects, but for about 1 in 100 adults, the noise interferes significantly with daily life [2]. In those patients, tinnitus is frequently associated with neuropsychiatric co-morbidity such as depression, anxiety or sleep disorders [3][4], which underlines the clinical and socio-oeconomic importance.

Even if the pathophysiology of tinnitus remains incompletely understood, there is growing evidence that dysfunctional neuroplastic processes in the brain are involved. In particular, it is assumed that tinnitus might be the correlate of maladaptive neuroplastic changes due to distorted sensory input [5][6]. Accordingly functional imaging studies demonstrated neuroplastic alterations in the central auditory system [7][8]. However tinnitus related alterations of neural functioning are not limited to the central auditory system, but also encompass non-auditory regions such as frontal and limbic areas [9][12].

There has been an ongoing debate, whether tinnitus might be related to exposure to electromagnetic fields (EMF) [13]. One previous study found a tinnitus prevalence of 14% in a sample of electromagnetic hypersensitive subjects [14]. Whereas electromagnetic hypersensitivity per se is not a proxy variable for EMF-exposure, substantial evidence from electrophysiological studies has shown EMF and especially mobile phone emissions to influence cognitive function [15] and neuronal processing in the central auditory system [16][20]. These might represent potential mechanisms by which EMF could contribute to the development of tinnitus. However, two recent epidemiological studies from a student and a the general population, respectively, did not demonstrate a significant relationship between mobile phone use and tinnitus [21][22].

Besides the hypothesized involvement in the generation of tinnitus, EMF-exposure has also been related to a variety of unspecific health symptoms (e.g., dizziness, fatigue, headache, sleep disturbances, etc.). Despite a huge amount of studies investigating the health impact of EMF, no clear relationship between EMF-exposure and these unspecific health symptoms could be established and the majority of provocation studies failed to demonstrate such a relationship [23]. Based on the fact that some individuals suffer from a variety of symptoms, which they attribute to EMF-exposure, whereas the overwhelming majority does not experience any symptoms under the same EMF-exposure, the concept of “subjective electromagnetic hypersensitivity” evolved [24]. This subjective electromagnetic hypersensitivity is characterized by health complaints, which interfere with daily living and are subjectively attributed to electromagnetic fields of named emission sources (e.g., mobile phone base stations, hot spots, TV-sets, etc.). Very recent data from an epidemiological case-control study suggest that this subjective electromagnetic hypersensitivity is characterized by dysfunctional cognitions, reduced discrimination ability for sensory stimuli [25] and increased sensitivity of a cortical network encompassing the anterior cingulate and insular cortex [26].

Due to the large sample size, the detailed clinical and neurobiological characterization and the control group, which was matched for age, gender and either living surroundings or workplace (as very rough proxies for EMF-exposure), this study population [25] was well suited to investigate the relationship between tinnitus, subjective electromagnetic hypersensitivity and EMF-exposure. In detail, we addressed the following questions: 1.) Do subjective electromagnetic hypersensitive people suffer more often from tinnitus than controls? 2.) Are there clinical characteristics that point to potential common pathological mechanisms?

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Ears Ringing (emf tinnitus) We Can Help!

Ears Ringing ( emf tinnitus) can occur because of electromagnetic radiation, some people are sensitive to electromagnetic fields (EMF). EmfRelief can help with our quantum patent technology to mitigate harmful frequencies from your environment. Your home/office with computers, nearby cell towers, electrical transformers, utility power lines and Wi-Fi routers are some of the main sources of harmful radiation.

In our case studies and emission control projects, we have found that a percentage of people who claim to have EHS have a nocebo effect on radiation. That means they are individuals who suggest themselves negatively and express discomfort or pain just by seeing the presence of an electronic device. These people are not considered to have EHS, they are just terrified and influenced by all the information they see in the media.

We have also observed subjects with a condition of psychological paranoia; people who stay with electromagnetic field meters and who are continually “hunting” these waves. This is also not considered EHS.

A person with EHS is someone who experiences symptoms that in medicine have no known cause. These are people who even ignore the existence of electromagnetic waves or Electrosmog and yet, they are still affected.

Types of EMF exposure that induce electrohypersensitivity (EHS)?

There are two types of artificial electromagnetic exposure that can cause this syndrome:

  1. The one that comes from the electricity, usually by dirty power (many EMI interferences in the wiring) of the home or office, or by industrial exposure to high voltage fields.
  2. The one that comes from exposure to electromagnetic impulses from telecommunications, especially from WIFI and mobile telephony, or from “industrial” exposure, as in the case of employees of mobile telephone operators with continuous tasks at the base stations of the mobile phone towers.

Electrohypersensitivity (EHS) today

Many scientific organizations claim that EHS does not exist using the argument that waves do not carry enough energy to affect cells, this is based on the view that waves only affect if they produce thermal effects. However, various studies carried out directly by dozens of laboratories on DNA, at the level of dermatological effects, at the level of the brain, the nervous and endocrine systems have proven that there are athermic effects that induce alterations in all these physiological levels.

Over the past few years, we have seen an increase in EHS cases. Suddenly they have multiplied exponentially and each time the levels of intensity of suffering and pain are higher. It appears that we are reaching a saturation level of electromagnetic exposure that has caused even people without preexisting conditions of hypersensitivity to begin developing an EHS degree.

Governments like those of France, Spain, and Sweden today consider EHS as a functional disability that a percentage of the population lives when it is added to a high level of electromagnetic radiation contamination; such as the one that is present in urban areas, technology offices, homes with nearby industrial exposures (radio mobile phone bases, high-voltage lines, electrical substations)

At NOXTAK we have worked directly with 37 case studies showing symptoms of EHS and, indirectly, with another 1,000 cases through our scientific and commercial allies. These individuals have fully recovered their normal lifestyle and today have been able to use modern technologies with complete normality. That is why we defend the position that electromagnetic pollution (EMF Pollution) can be filtered and balanced while continuing to use technologies.

We invite you to visit our products section to learn more about our solutions and, if you wish to receive more information of interest such as this, subscribe to our newsletter using the form at the bottom of this page. Soon, we will be publishing more information on this and other topics.

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Ringing in Ears Associated With electromagnetic fields (EMF)

There has been an ongoing debate, whether tinnitus might be related to exposure to electromagnetic fields (EMF) [13]. One previous study found a tinnitus prevalence of 14% in a sample of electromagnetic hypersensitive subjects [14]. Whereas electromagnetic hypersensitivity per se is not a proxy variable for EMF-exposure, substantial evidence from electrophysiological studies has shown EMF and especially mobile phone emissions to influence cognitive function [15] and neuronal processing in the central auditory system [16][20]. These might represent potential mechanisms by which EMF could contribute to the development of tinnitus. However, two recent epidemiological studies from a student and a the general population, respectively, did not demonstrate a significant relationship between mobile phone use and tinnitus [21][22].

Besides the hypothesized involvement in the generation of tinnitus, EMF-exposure has also been related to a variety of unspecific health symptoms (e.g., dizziness, fatigue, headache, sleep disturbances, etc.). Despite a huge amount of studies investigating the health impact of EMF, no clear relationship between EMF-exposure and these unspecific health symptoms could be established and the majority of provocation studies failed to demonstrate such a relationship [23]. Based on the fact that some individuals suffer from a variety of symptoms, which they attribute to EMF-exposure, whereas the overwhelming majority does not experience any symptoms under the same EMF-exposure, the concept of “subjective electromagnetic hypersensitivity” evolved [24]. This subjective electromagnetic hypersensitivity is characterized by health complaints, which interfere with daily living and are subjectively attributed to electromagnetic fields of named emission sources (e.g., mobile phone base stations, hot spots, TV-sets, etc.). Very recent data from an epidemiological case-control study suggest that this subjective electromagnetic hypersensitivity is characterized by dysfunctional cognitions, reduced discrimination ability for sensory stimuli [25] and increased sensitivity of a cortical network encompassing the anterior cingulate and insular cortex [26].

Due to the large sample size, the detailed clinical and neurobiological characterization and the control group, which was matched for age, gender and either living surroundings or workplace (as very rough proxies for EMF-exposure), this study population [25] was well suited to investigate the relationship between tinnitus, subjective electromagnetic hypersensitivity and EMF-exposure. In detail, we addressed the following questions: 1.) Do subjective electromagnetic hypersensitive people suffer more often from tinnitus than controls? 2.) Are there clinical characteristics that point to potential common pathological mechanisms?

Read More