Moms Against EMF

Table of Contents

If you’ve ever wondered why your sister gets headaches next to the router while your husband feels nothing at all, you’re asking one of the most interesting questions in EMF research: why are some people more sensitive than others?

A September 2026 review in Open Access Government makes the case that a big part of the answer may be written in our genes.

Study at a glance

Review / expert commentaryElectromagnetic hypersensitivity
Title
Genetics and Electromagnetic Hypersensitivity (EHS)
Author
Michael Bevington, DPhil (Oxford), Chair of Trustees, Electrosensitivity-UK
Published
Open Access Government, September 2026
Type
A review of existing literature — not a new experiment
Core idea
EMF sensitivity sits on a spectrum shaped by each person’s genetic makeup
~10×
how much more common certain gene variants are in people with EHS, per the review
Up to 60%
of the population may carry some of these variants
0.1%
of our DNA varies between people — about 3.2 million base pairs
32
experts behind the 2021 international scientific consensus report on EHS

The gene families the review points to

The review doesn’t name individual genes, but it groups the research into a few biological systems that could make someone more or less resilient to EMF:

DNA repairHow efficiently cells fix everyday DNA damage.
Oxidative stressGenes that regulate reactive oxygen species — the same pathway seen across much of EMF research.
MyelinThe protective coating around nerves.
Calcium channelsVoltage-gated calcium channel variants that control signaling in cells.
CryptochromesLight- and field-sensitive proteins that help run our circadian rhythm.

Two of those connect directly to other research in this hub. Calcium channels are exactly where the Cyb5b “gene switch” study traced its chain of events. And oxidative stress is the most consistent finding across decades of EMF studies, including the sperm quality research.

Why this matters

For years, people who report EMF sensitivity have been told it’s “idiopathic” — medical language for cause unknown — or that it’s all in their heads. The argument in this review is that sensitivity is better understood as a spectrum, where genetics help decide where each of us lands.

As a mom, that framing makes sense to me. We already accept that kids respond differently to foods, medications and allergens. It would be surprising if environmental exposures were the one exception.

The honest part: This is a review and opinion piece written by the chair of a patient charity, and it doesn’t cite specific genes or individual studies in the text. Major health bodies, including the WHO, have not recognized a causal link between EMF exposure and EHS symptoms. I’m sharing it because it’s a thoughtful synthesis of a fast-moving area — treat it as a starting point for your own reading, not a final answer.

If someone in your home feels it

  • Track itKeep a simple log of symptoms, sleep and where you were. Patterns help you and your doctor.
  • Make one low-EMF roomUsually the bedroom: router off or far away, phones outside.
  • Support the basicsSleep, hydration, and antioxidant-rich foods support the same systems the review describes.
  • Talk to a providerBring your log to a practitioner who will take it seriously.

Want one simple step for your home? Aires is the EMF protection I use in my own home and for my own kids.

Sources

  • Bevington M. Genetics and Electromagnetic Hypersensitivity (EHS). Open Access Government. September 2026. openaccessgovernment.org
  • Scientific Consensus International Report on Electromagnetic Hypersensitivity (EHS), 2021.

This article is an accessible summary of published research for a general audience. It is educational content only and is not medical advice. Please talk with your own healthcare provider about your family’s specific situation.

Leave a Reply

Your email address will not be published. Required fields are marked *