WHO: Microwave News Article Archive (2004 - )

Pity those who are trying to follow the cell phone–brain tumor story. Their sense of the cancer risk is most likely a reflection of the last thing they read or saw on TV —It all depends on whose sound bite they happen to catch.

Take, for example, a paper published earlier this month in the Journal of the National Cancer Institute (JNCI) by a team of Scandinavian epidemiologists, under a rather bland title — "Time Trends in Brain Tumor Incidence Rates in Denmark, Finland, Norway and Sweden, 1974–2003." But its message is anything but: Because there has been no increase in brain tumors between 1998 and 2003, a period when the use of cell phones "increased sharply," cell phones are cancer safe.

Shows on cell phone radiation are all over the TV news —at least in Australia and Europe, if not the U.S.

One theme that runs through many of these programs is impatience over the delays in the publication of the Interphone results. In a Swiss documentary, aired on March 31, Christopher Wild, the new head of IARC, expresses his concern over the reputation of IARC and says that he looks forward to its completion "in the coming months." Elisabeth Cardis, the head of Interphone, concedes to that same Swiss TV reporter that Interphone is indeed taking a long time to finish (see "Interphone Project: The Cracks Begin To Show"). A few days earlier in an unrelated e-mail, Cardis stated that the results would be submitted for publication "in the coming weeks."

The brains of young children absorb twice as much as RF energy from a cell phone as those of adults, according to a set of new calculations carried out by Joe Wiart's research group at France Telecom in the suburbs of Paris.

It's the murky disconnect that undermines public confidence in EMF exposure standards: While epidemiological studies point to an increased risk of childhood leukemia at exposures as low as 3-4 mG, the ICNIRP exposure standard is over 200 times higher. That is, ICNIRP sees nothing wrong with exposing kids to 999 mG, 24/7. One reason this disparity is baffling is that Anders Ahlbom of Sweden's Karolinska Institute is both the chair of ICNIRP's committee on epidemiology and the person whose work —more than anyone else's other than Nancy Wertheimer's— has established the plausibility of the 3-4 mG threshold. The IEEE standard is even more out of sync: At over 9,000 mG: it's more than nine times higher than the ICNIRP limit.