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WiFi modem with a public hotspot causes seizures, vertigo, headaches, insomnia and heart palpitations in a woman with a history of West Nile virus

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This recent research illustrates the harmful effects of a new type of wireless modem, enabled for both personal use and functioning as a public hotspot: Exacerbation of demyelinating syndrome after exposure to wireless modem with public hotspot. The public hotspot feature was designed to reach up to 100 meters (or 328 feet which is close to the length of a football field).

Here is the entire abstract since it explains the situation so well:

In August 2003, 48-year-old JS of Colorado, USA, a fitness therapist and sports nutritionist, contracted neuroinvasive [i.e infecting the nervous system] West Nile virus which left her with disabilities due to spinal axonal damage.

In August 2014, she suddenly developed symptoms very much like her acute West Nile infection 11 years ago, including focal seizures, ataxia, vertigo and headaches. Her blood count looked normal so there was no obvious infection. What struck her as odd was that when she left her apartment for any length of time, the symptoms stopped.

She found out that a new type of wireless modem, enabled for both personal use and functioning as a public hotspot designed to reach up to 100 m, had been installed in the flat under hers. Her neighbor replaced the modem with a router without the hotspot feature. After that, the seizures stopped immediately, and the other symptoms faded gradually, after which she was fine and again could sleep well.

Later, when another activated hotspot was installed in an adjacent flat, JS once again noticed symptoms.

A possible association between electrohypersensitivity, myelin integrity and exposure to low-intensity radiofrequency electromagnetic fields (RF-EMF) typical in the modern world has recently been proposed.

Since the West Nile virus attacks both the nerve cells and the glial ones, one explanation to the above observed case effects is that the initial virus attack and the wireless modem’s RF-EMF affect the nervous system through the very same, or similar, avenues, and maybe both via the oligodendrocytes [i.e. the myelinating cells of the central nervous system].

Here are a few of the other symptoms she reported before discovering that it was the public hotspot that was causing her symptoms:

  • losing sensation in her face, neck and torso
  • tinnitus (ringing in the ears)
  • allergy symptoms like those of severe hayfever
  • difficulty concentrating
  • poor fine motor control
  • impaired short-term memory
  • pain in the facial bones, especially the cheeks, jaw bones and the roots of her teeth
  • numbness and tingling
  • difficulty breathing and swallowing (more pronounced after exertion)
  • dizziness
  • elevated morning fasting blood sugar levels (up 25% from usual to 100 mg/dL) and then back to normal 2 weeks after the hotspot was disabled
  • fight or flight reaction for the first 2–3 weeks, which then turned into fatigue and apathy with little accomplished during the day

These symptoms all dissipated when she wasn’t home. Once home in the evenings, her desire for sweets increased and her sleep was also impacted:

In the evening, her appetite was much increased and she craved sweet food, which was not usual for her. She became sleepy at the usual time, settling down between 10.30 pm and 11 pm and could fall asleep, all as normal.

However, within 1–2 hours, she routinely woke suddenly having had very vivid, disturbing dreams and with a pounding heartbeat. This was usually followed by a seizure, sometimes focal, where one part of her body (primarily right arm) would be shaking. Other times, her whole body was shaking.

She also noticed more severe symptoms when the modem with the activated public hotspot was closer to where she slept i.e. distance was a factor. On bad nights, after waking, she would sometimes go and sleep in her living room which was further away from the modem.

After a seizure, she slept fitfully, unless she moved to sleep on the couch in another room. There, JS found she could fall asleep quite quickly and sleep through the rest of the night.

When in her bedroom the modem was just 20–30 feet away and when in the living room it was about 50–60 feet from her (plus an additional wall), both of which weakened the signal.

It should also be noted that JS used a cell phone, a wireless router and a computer and had no problems from any of these – it was only the modem with the public hotspot that was problematic.The study authors shared that

The hotspot antenna almost certainly has a considerably higher transmit power as this would be needed to increase the effective transmit range for users in the area.

Other possible causes/mechanisms are reported as follows:

  • the pulse width of the beacon signal
  • an additional pattern or stroboscopic effect, or double intensity set up by the simultaneous transmission of the private and public hotspots

However, do keep in mind that for some people with electrohypersensitivity, simply using a cell phone and WiFi can cause symptoms.

Do you know if your router has this public Wi-Fi hotspot feature turned on?

Do you know if your router has this public Wi-Fi hotspot feature turned on? Many people do not and are fuming when they find out – I know I was!

JS discovered this as a result of a pop-upon her mobile phone:

From before the episodes occurred, JS kept her mobile phone WiFi disabled while at home. The day after she began having symptoms in August, she had temporarily enabled the WiFi feature while out shopping and when she came home that day, a pop-up appeared informing her she was in a free Xfinity WiFi zone.

In this article two Comcast customers sued the company for turning their Xfinity Internet routers into public WiFi hotspots saying “Comcast’s actions pose risks to subscribers and are taken without seeking their authorization.” They objected to the increase in customers’ electricity costs, the impacts on network performance and network security concerns.

However, they don’t even raise the issue of potential harm from a public WiFi hotspot that is activated on a modem in your home or one nearby.

In fact this site that offers instructions for disabling this public WiFi hotspot on your Comcast Xfinity router states that “We don’t necessarily think you have to disable this feature, as it seems to work fine — we haven’t heard any horror stories or reports of problems yet.”  

I would consider this case study to be a horror story that is not common knowledge and needs to be. JS was seriously harmed on two occasions by modems with public WiFi hotspots. In both instances the home-owners with these modems were not even aware they had these public hotspots activated and very quickly had them disabled once they found out what was happening to JS.

The study authors conclude that this case study strongly indicates that:

emissions from these new wireless modems could cause physical harm for those susceptible to that type of radiation.

My questions are this:

  • How many people are not even aware that their modem has this public WiFi hotspot feature enabled?
  • How many other people like JS are being seriously harmed by modems with public WiFi hotspots?
  • How many people have chronic issues like problems falling asleep, waking in the early hours, agitation, anxiety and heart palpitations – all possibly caused by a public WiFi hotspot on their modem or on a modem next door or even down the street?

I consider JS to be the canary in the coal-mine and her story is a good lesson for all us to wake up and get serious about WiFi and EMFs.

Here are some other blogs posts I’ve written about WiFi and EMFs:

Do share what you’ve experienced with modems that have public WiFi hotspots activated and if you can relate to any of the symptoms JS experienced?

Anxiety and Hypoglycemia Symptoms Improve with Diet Modification

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strawberry-smoothie

A paper published by the Canadian College of Naturopathic Medicine last month supports what I see with my clients on a daily basis: when it comes to anxiety caused by low blood sugar (or hypoglycemia) the correct diet can have a huge impact. And this means is the inclusion of enough protein, fats and fiber, especially at breakfast.

Here is the abstract from the paper: Generalized Anxiety Disorder and Hypoglycemia Symptoms Improved with Diet Modification

Observational evidence suggests that a relationship may exist between high glycemic index diets and the development of anxiety and depression symptoms; however, as no interventional studies assessing this relationship in a psychiatric population have been completed, the possibility of a causal link is unclear.

AB is a 15-year-old female who presented with concerns of generalized anxiety disorder and hypoglycemia symptoms. Her diet consisted primarily of refined carbohydrates. The addition of protein, fat, and fiber to her diet resulted in a substantial decrease in anxiety symptoms as well as a decrease in the frequency and severity of hypoglycemia symptoms.

A brief return to her previous diet caused a return of her anxiety symptoms, followed by improvement when she restarted the prescribed diet.

This case strengthens the hypothesis that dietary glycemic index may play a role in the pathogenesis or progression of mental illnesses such as generalized anxiety disorder and subsequently that dietary modification as a therapeutic intervention in the treatment of mental illness warrants further study.

Here are some details about this case report for AB, who was a 15-year-old female student of south-Asian descent:

  • she had anxiety (rated as 8/10 with 10 being the highest level of anxiety), worried excessively, experienced heart palpitations, shakiness, discomfort in her stomach, and muscle tension and often missed school because of how she felt
  • she experienced symptoms of hypoglycemia/low blood sugar and when her blood sugar dipped too low she experienced muscle weakness, headaches, nausea, anxiety, and poor concentration
  • when she felt anxious she would eat she would eat chocolate, chips, fruit and when her blood sugar dipped she would eat a granola bar

As you can see from her typical daily diet she was eating mostly carbohydrates, with very little protein, fat or fiber:

  1. Breakfast: fruit smoothie containing fruit, fruit juice, and water.
  2. Morning snack: bagel with margarine.
  3. Lunch: pasta or white rice with vegetables.
  4. Afternoon snack: granola bar or cookies or gummy candies.
  5. After school meal: white pasta; it may include meat.
  6. Dinner: white rice or spaghetti; it may include meat.
  7. Evening snack: cookies and toast.
  8. Beverages: 2 liters of water, 1 cup of juice, 1 cup of lactose-free milk, and 1 cup of tea.

She made the following changes in her diet adding protein at breakfast, lunch, dinner and at snack time, and adding healthy fats like flax seeds, olive oil and nut butters:

  1. Breakfast: includes a smoothie containing fruit, water, 1 scoop of protein powder, and 1 tablespoon of flax seeds or olive oil.
  2. Lunch and dinner: include a serving of protein (meat, legume, and soy) and a serving of vegetables.
  3. Snacks: include protein when possible (e.g., apple with sunflower seed butter, vegetable sticks with hummus, and pumpkin seeds).
  4. Continue to eat carbohydrate-containing snacks as needed for the management of hypoglycemia symptoms.

Over a 4-week period she made a few simple dietary changes and saw profound results: her anxiety decreased significantly from 8/10 to 4 or 5/10, she had more energy, she had fewer headaches, better concentration and improved mood.

The interesting factor is that when she slipped up for a week and went back to her old diet she felt more anxious within a day, but felt better within 2 days of adding back protein, fats and fiber.

These results are very typical with my clients and getting a handle on stabilizing blood sugar is the first thing I do with all my clients. Believe it or not, for some people this is ALL they need to do. I would add that I recommend making these changes in conjunction with the removal of gluten and caffeine.

I also like to see animal protein (and fat) as part of the snacks: like grass-fed beef jerky, grass-fed beef sticks, boiled eggs or pemmican. AB was allergic to eggs, nuts, and fish so these were not an option for her. Soy is often as issue so would need to be watched.

So this case study supports the fact that we must not forget the basics like blood sugar control. It’s very common for me to get questions like this on my blog: “I’m anxious, which amino acid should I use?” I always reply: focus first on real whole food and eating to balance blood sugar, remove sugar, gluten and caffeine, and then look at doing a trial of one or more of the amino acids

I do like to make things easier for my clients and this is where an amino acid like glutamine is very helpful in terms of providing added blood sugar stability, a calming effect and help with gut healing

Adding the glutamine and also doing a trial of an amino acid like GABA Calm may get the anxiety down a few more notches because we are always aiming for zero.

Addressing adrenal issues (which are closely related to blood sugar issues), and of course addressing all the other possible factors like thyroid health, gut health, other food sensitivities and so on would be the next step.

Have you see the positive impacts of keeping your blood sugar stable? What makes the most impact for you?

If you are a practitioner, how do you help your clients or patients address blood sugar issues?