Elisabeth Cardis: Microwave News Article Archive (2004 - )

“Occupational Exposure to High-Frequency EMFs and Brain Tumor Risk in the INTEROCC Study: An Individualized Assessment Approach,” Environment International, online July 31, 2018.

“In conclusion, despite the improved quantitative exposure assessment used in this study, the results do not support a positive association between occupational exposure to high-frequency EMF and either glioma or meningioma risk. However, given our limited statistical power, due to the small number of exposed participants, and despite our results’ lack of significance our findings foster the need for further research focusing on RF magnetic fields and tumor promotion, as well as possible interactions with other frequencies and with chemicals.” (see press release.)

“ELF Exposure from Mobile and Cordless Phones for the Epidemiological Mobi-Kids Study,” Environment International, posted January 24, 2017.

“The results indicate that the current densities induced in the brain during DECT calls are likely to be an order of magnitude lower than those generated during GSM calls but over twice that during UMTS calls.” See also the group’s earlier paper.

“The Intracranial Distribution of Gliomas in Relation to Exposure from Mobile Phones: Analysis from the Interphone Study,” American Journal of Epidemiology, posted online November 3, 2016.

The latest analysis from Interphone. The same tensions continue with no clear consensus.

Power-frequency magnetic fields can promote brain tumors, according to the largest epidemiological study of its kind ever undertaken. The study promises to breathe new life into the idea that extremely low frequency (ELF) EMFs are more likely to be cancer promoters than causes of cancer. This hypothesis gained support a generation ago but has lost currency in recent years.

The new results, published online earlier this month by the journal Cancer Epidemiology, Biomarkers & Prevention, come from INTEROCC, an international project with seven participating countries designed to investigate occupational health risks from chemicals and EMFs. The project is directed by Elisabeth Cardis at CREAL in Barcelona with $1.5 million from the U.S. National Institutes of Health (though none of the tumor cases are from the U.S.).

The INTEROCC team found that those who were exposed to elevated EMF exposures at work during the five years prior to diagnosis had significantly higher rates of glioma compared to those who were least exposed during that time on the job. The greater the exposure, the greater the tumor risk.

The new INTEROCC paper raises an intriguing question: Might the ELF component of GSM phone radiation present a brain tumor risk?

To date, all the attention on the cancer risk from mobile phones has been on RF radiation. Now that INTEROCC points to a credible association between exposure to ELF EMFs and brain tumors (see main story), is it possible, we have been focusing on the...

Assessment of ELF Magnetic Field Exposure from GSM Mobile Phones,” Bioelectromagnetics, posted online November 6, 2013.

“[M]easurements suggest that mobile phones could make a substantial contribution to ELF exposure [at 217 Hz and associated harmonics] in the general population.” From the Mobi-Kids study team.

The battle over Interphone continues. This time it's in full public view as key players publish papers detailing where they stand on cell phone tumor risks. There haven't been any big surprises since their opinions have long been known. Yet, the diametrically opposing views have led to conflicting stories in the media as each new study is released.

A day-by-day blog of the IARC RF–Cancer Review, May 23-30.

The International Agency for Research on Cancer (IARC) has recruited Joachim Schüz to lead its Section on Environment. Among his duties in Lyon, Schüz will supervise the still-unfinished work of theInterphone project. He will also play an advisory role in next year’s IARC review of the possible cancer risks associated with RF radiation. Schüz, who begins at the agency on August 2, will report to Christopher Wild, the director of IARC.