The standards in use right now are massively outdated. In other words, these safety standards are not based on modern technology, and they are not based on anything close to how we use modern EMF-emitting technology in the real-world.
So the safety standards created by governments and international agencies like ICNIRP are seriously flawed, and are vastly insufficient to protect your health. This is why they are several orders of magnitude above what the BioInitiative Report recommends.
So the bottom line is that the only truly safe level of EMF is none. Zero exposure is the only way to avoid all risk. And this is not meant to be frightening. Driving incurs risk. Each time we drive, we increase our risk a little bit. And we take certain precautions — like wearing seat-belts, and observing the speed limit, and not driving drunk — to help reduce that risk.
But at the same time, there are things we can do to lessen it. Precautions we can take to reduce our EMF exposure — and thus, our health risk. These are just three examples of why we say the best EMF protection is free. Reducing your use of EMF-emitting technology — and maximizing your distance from that technology when it is in use — are the two best ways to reduce your exposure to EMF radiation, and live healthier.
But there are more options, as well. For instance, we have products to make it safer to carry your phone and safer to use your laptop. We also make apparel to protect babies from the harmful effects of EMF radiation. We may not be able to cut down our EMF exposure to a completely safe level. I take pride in designing great, effective products, based on real, measurable science — AND taking the time to ensure that each and every one of you has the information you need to understand EMF and make informed decisions.
In addition, we will add the appropriate sales tax. If you are in the United States, your tax will depend on your state. There are no additional or hidden charges, and no import duties regardless of country.
My Account Track My Order. Plus we have 3-tier referral commissions , too, and other fantastic terms. Registration takes just a few seconds. We offer fantastic wholesale pricing, low MOQs to make it easy for you to get started. By R Blank. Last Updated September 27, Share on facebook. Share on pinterest. It is important to remember that the strength of a magnetic field decreases dramatically with increasing distance from the source.
This means that the strength of the field reaching a house or structure will be significantly weaker than it was at its point of origin. For example, a magnetic field measuring This booklet, prepared in , contains the most recent NIEHS research on health and powerline electric and magnetic fields. If you are concerned about EMFs emitted by a power line or substation in your area, you can contact your local power company to schedule an on-site reading.
Feelings and Cancer. Adjusting to Cancer. Day-to-Day Life. Support for Caregivers. Questions to Ask About Cancer. Choices for Care. Talking about Your Advanced Cancer. Planning for Advanced Cancer. Advanced Cancer and Caregivers. Questions to Ask about Advanced Cancer. Managing Cancer Care. Finding Health Care Services. Advance Directives. Using Trusted Resources. Coronavirus Information for Patients.
Clinical Trials during Coronavirus. Adolescents and Young Adults with Cancer. Emotional Support for Young People with Cancer. Cancers by Body Location. Late Effects of Childhood Cancer Treatment. Pediatric Supportive Care. Rare Cancers of Childhood Treatment. Childhood Cancer Genomics. Study Findings. Metastatic Cancer Research. Intramural Research. Extramural Research. Cancer Research Workforce. Partners in Cancer Research.
What Are Cancer Research Studies. Research Studies. Get Involved. Cancer Biology Research. Cancer Genomics Research. Research on Causes of Cancer. Cancer Prevention Research. Cancer Treatment Research. Cancer Health Disparities. Childhood Cancers Research. Global Cancer Research. Cancer Research Infrastructure. Clinical Trials. Frederick National Laboratory for Cancer Research. Bioinformatics, Big Data, and Cancer. Annual Report to the Nation. Research Advances by Cancer Type.
Stories of Discovery. Milestones in Cancer Research and Discovery. Biomedical Citizen Science. Director's Message. Budget Proposal. Stories of Cancer Research. Driving Discovery. Highlighted Scientific Opportunities. Research Grants. Research Funding Opportunities. Cancer Grand Challenges. Research Program Contacts. Funding Strategy. The researchers followed cancer rates and cellphone use in more than 5, people in 13 countries.
They found a loose connection between the highest rate of exposure and glioma. The gliomas were more often found on the same side of the head that people used to speak on the phone. In a smaller, more recent study , researchers analyzed data over almost 2 decades and found that people exposed to high levels of extremely low-level frequency magnetic fields ELF-EMFs over a long duration showed an increased risk of acute myeloid leukemia AML , a type of leukemia in adults.
European scientists also uncovered a possible link between EMF and leukemia in children. In a literature review of previous studies, they suggested that between 1.
But they noted that the result was inconclusive because monitoring of EMF was lacking. They recommended more research and better monitoring. One review of more than two dozen studies on low-frequency EMFs suggests that these energy fields may cause various neurological and psychiatric problems in people.
In one study , researchers found that an electromagnetic pulse EMP , or a short burst of electromagnetic energy, can affect nerve activity in rats.
They added that more research is needed. A study conducted on rats and mice suggested that the heat from cellphones affected body tissue heating and nerve activity. Again, researchers said more study is needed. Another research review suggested that radiofrequency EMFs might contribute to neurological cognitive disorders.
EMF exposure levels are monitored and enforced at the global, national, and local levels in a varied patchwork of procedures by multiple organizations, depending on where you live.
The electric industry in the United Kingdom maintains a database where you can see the widely varied exposure limits and enforcement measures in countries around the world. It bases its guidelines on its evaluation over many years of peer-reviewed scientific literature concerning health effects from RF EMF exposure. A lower limit of 2 mA m -2 is given for the general population to account for children and people who may be more sensitive.
The expression 10 mA m -2 represents a measurement of electric current density. In the United States, there are no federal restrictions on overall EMF exposure, but a few states have issued their own restrictions. Also, a variety of federal governmental agencies have responsibility for managing EMF exposure from certain products and technologies. To support its statement regarding the relative safety of low-level EMF radiation, the EPA issued its official report , a literature review of 70 major studies conducted between and The report focused on cancer but also discussed many other health concerns.
In the United States, a variety of governmental agencies have specific responsibilities for managing EMF exposure from various technologies, facilities, and products. Local governments sometimes impose their own controls and regulations. Here are some examples of federal controls:. Electric fields are produced by voltage, and magnetic fields are produced by electric current. Both electric and magnetic fields vary in strengths at different times and locations.
Electric fields vary because of differences in the amount of voltage used by various devices. The higher the voltage supplied to a device, the stronger the electric field will be. Magnetic fields are produced by the flow of electric current and therefore vary depending on the strength and amount of the current being used.
The more electric current a device uses, the stronger the magnetic field will be. It might be surprising to learn just how varied magnetic field levels are around products. The strength of a magnetic field may not depend on how large or powerful the device is. Also, the strength of the magnetic field may vary a lot even among similar products.
For example, some hair dryers have a very strong field, while others produce hardly any EMF. It all depends on the product design.
The strongest electric fields that we encounter in daily life are beneath high-voltage transmission lines.
0コメント