Secretary Kennedy Asked for the Evidence on EMF. Here Are 1,009 Studies
HHS has opened the first federal health inquiry into wireless radiation in a decade. The comment window closes October 21. The research it is asking for has been sitting in an open database for years — and your five minutes can put it on the record.
On Wednesday evening, Secretary Kennedy posted a reminder that most of the country scrolled past:
“13 days left to comment. HHS is examining what electromagnetic fields and radiofrequency radiation may mean for human health — and we want to hear from you… We also welcome research, clinical observations, data, and other evidence that can help us identify what we know, what we still need to learn, and where federal research should go next.” — @SecKennedy, Oct 8, 2026
I want to take that invitation literally.
For more than fifteen years, GreenMedInfo has indexed the peer-reviewed literature on electromagnetic field exposure under a single heading: Electromagnetic Field Harms. As of this week, that page holds 1,009 research abstracts, tagged to 156 distinct health outcomes and 30 natural substances studied for protective effects. Every record links to its PubMed entry. Anyone can read it. Nobody in the federal government has ever been asked to.
Until now.
This article does three things. It explains, in plain language, what the index actually shows — including the parts that cut against the easy story. It explains why the timing matters, which comes down to a 1996 rulebook and a 2021 court decision that was never answered. And it shows you how to file a comment in five minutes, whether you are a parent with a story or a physician with a caseload.
What the index shows
Here is the headline figure in context.
The outcomes with the most studies behind them are not exotic. They are oxidative stress (167 abstracts), DNA damage (82), male infertility (44), lipid peroxidation (43), cognitive decline (38), cancers (34), low sperm quality (33), brain cancer (28), headache (20), sleep disorders (15) and fatigue (14). Further down the list: childhood leukemia, acoustic neuroma, salivary gland disease, hearing disorders, ALS, Alzheimer’s, autism spectrum disorders, birth defects, hypothyroidism, autoimmune disease.
Oxidative stress and DNA damage sit at the top because they are the mechanistic core of this literature. When a cell is exposed to a radiofrequency or power-frequency field in a laboratory, the most commonly reported response is a rise in reactive oxygen species and a measurable increase in DNA strand breaks. That is what hundreds of these studies measured, and it is the biological bridge between “non-ionizing radiation cannot break chemical bonds” — which is true — and “non-ionizing radiation cannot harm cells” — which the literature does not support.
“It’s just rat studies”
This is the first objection anyone raises, so here is the breakdown.
Of the 958 unique records I pulled from the index’s public interface this week, 344 are animal studies. But 277 are human studies, 126 are studies in human cells and tissue, 16 are meta-analyses, and 101 are reviews. Human-subject and human-tissue evidence makes up 421 records — 44 percent of the index. The leading journals are Bioelectromagnetics, Electromagnetic Biology and Medicine, International Journal of Radiation Biology, Environmental Research and Mutation Research. Specialist journals, not fringe ones.arms
read the rest at read.sayerji.com