BfS: Microwave News Article Archive (2004 - )

Unremarkable science can sometimes tell a remarkable story. Two papers that were published in the last few weeks —and passed mostly unnoticed— have important, though very different, backstories.

One offers a surprising glimpse of change in the usually static field of RF research, while the other shows how much has stayed the same over the last many years.

Yet, in the end, they offer the same well-worn message, always worth repeating: Those who sign the checks, run the show.

The two papers come 30 years after Henry Lai and N.P. Singh began an experiment at the University of Washington in Seattle that would set off alarm bells across the still-young cell phone industry —and the U.S. military. Lai and Singh would show that a single, two-hour exposure to low-level microwave radiation (today, we’d say RF) could lead to breaks in the helical strands of DNA in the brains of live rats.

Leif Salford celebrated his 80^th birthday on December 7. An emeritus professor at Sweden’s Lund University and a noted neurosurgeon, Salford spent much of his career treating patients with brain tumors. Over the years, he became frustrated as, all too often, he was unable to save them with a scalpel.

In 1987, Salford came across a paper in Neuroscience Letters from a group at the University of Western Ontario, who had found that rats undergoing the equivalent of a routine MRI scan showed changes in their blood-brain barrier. The BBB is a membrane that keeps potentially toxic substances in the bloodstream from getting into the brain. It’s not a perfect barrier —it can leak. The Canadians reported that something about the electromagnetic exposures during the MRI scan had increased the permeability of the rats’ BBB. It had become more porous.

If microwaves used in the MRI were responsible, Salford thought....

A new analysis from the radiation group at the International Agency for Research on Cancer (IARC) calls into question the agency’s own classification of wireless radiation as a possible human carcinogen.

On May 27, IARC’s Isabelle Deltour presented the new analysis of the incidence of malignant brain tumors (glioma) in the Nordic countries —Denmark, Finland, Norway and Sweden— over the last several decades. She spoke at an online colloquium hosted by the German Federal Office of Radiation Protection, known as the BfS.

Deltour argued that the trends are mostly not “compatible” with those seen in the epidemiological studies —principally, Interphone and Lennart Hardell’s— that were the basis of IARC’s 2011 designation of RF radiation as a possible, or 2B, human carcinogen.

Alexander Lerchl’s bogus campaign against the REFLEX project and members of Hugo Rüdiger’s lab did nothing to harm his career. Just the opposite, Lerchl thrived as he gained stature and a succession of rich research grants from the German government.

Over the last 20 years, Germany’s Federal Office of Radiation Protection —the Bundesamt für Strahlenschutz, or BfS for short— has given Lerchl $5 million in contracts. Lerchl has been the best-funded RF lab researcher in Germany, Europe, and, most likely, the world.

UPDATE: With no public notice or any formal announcement, the World Health Organization (WHO) held the first meeting of its RF Working Group in Geneva March 14-16, 2023.

The group is preparing a review of health effects, as part of a process that has been ongoing for close to a decade.

Our latest chapter, “RF Review Shrouded in Secrecy,” is posted here.

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After eight years of work, the WHO is reopening its review of the health effects of RF radiation for a summary report intended to serve as a benchmark for its more than 150 member countries. The report will be used as a guide to respond to widespread concerns over the new world of 5G.

The WHO issued a public call in October for detailed literature reviews on ten types of RF–health impacts from cancer to fertility to electrohypersensitivity. Some see the move as a sign that the health agency is interested in opinions beyond those of its long-time partner, the International Commission on Non-Ionizing Radiation Protection (ICNIRP). They hope that the WHO is finally ready to recognize evidence of low-level effects, in particular the link between cell phones and cancer. Others are far from convinced.

The skeptics see the new reviews as little more than a ruse.