@ElektrodaBot Were there any fraud cases of EMF reports causing cancer?
e.g.
https://thecrowhouse.com/Documents/DNAfractalantenna-1.pdf
extract
The discovery of the stress response activated by
EMF indicated an interaction with DNA (Blank and
Goodman 2004, Blank et al. 1994, Goodman et al.
1994, Goodman and Blank 1998, Kultz 2003). Since
a wide range of genes is activated by EMF (Good-
man and Henderson 1988), it appears that many
parts of the DNA molecule interact. Also, since the
stress response is activated by other stimuli that are
potentially harmful to cells (Kultz 2003), it is clear
that the stress response is a natural protective
mechanism, and that cells respond to EMF as
potentially harmful.
EMF interaction with DNA in the ELF range is
also seen in reports of DNA strand breaks (Bioini-
tiative Report 2007, Lai and Singh 1997, Pathophy-
siology 2009, Reflex Project Report 2005). Single-
strand breaks occur at field strengths that are higher
than the levels that stimulate the stress response. At
still higher field strengths, there are also double
strand breaks.
These experimental studies indicate changes in
structure and molecular damage, and suggest a
probable mechanism for the many epidemiology
studies that have investigated health effects asso-
ciated with chronic low-level exposures. The main
focus of these studies has been on leukemia in
children, and pooled analyses (Ahlbom et al. 2000,
Greenland et al. 2000) of the best studies in the field
were analysed to show an increase in risk at
exposures of 0.3–0.4 mT. More recent studies
(Draper et al. 2005, Kabuto et al. 2006) have
supported the linkage of leukemia with power lines
exposure. The increase in risk may actually occur at
fields as low as 0.18 mT, as suggested recently from
studies showing an association with damage to DNA
repair genes (Yang et al. 2008).
In addition to childhood leukemia, studies have
shown an increase in risk from power lines associated
with adult diseases, such as leukemia (O’Carroll and
Henshaw 2008), Alzheimer’s and other neurodegen-
erative diseases (Garcia et al. 2008, Huss et al.
2009).
Milham (2009) has analysed a century of vital
statistics in the US and correlated the incidence of
several diseases, including cancer, heart disease and
diabetes, in parallel with the introduction of (low
frequency) electrification.
The initial biological reactions associated with
DNA activation of the stress response in the ELF
range also occur at higher frequency in the RF range
(Bioinitiative Report 2007, DePomerai et al. 2000,
Pathophysiology 2009, Reflex Project Report 2005).
The same is true for the ability of EMF to cause
410 M. Blank & R. GoodmanDownloaded by [81.251.188.39] at 04:35 28 March 2016
DNA strand breaks and damage to proteins in the
RF range (Bioinitiative Report 2007, Lai and Singh
1997, Pathophysiology 2009, Reflex Project Report
2005). Following the pattern in the ELF frequency
range, there are also epidemiology studies relating
EMF exposure to the incidence of cancers in the RF
range. Brain tumours (Hardell et al. 2009) and
salivary gland tumours (Sadetzki et al. 2008) from
the RF of cell phones have been reported. The
results in the RF range appear to parallel those in the
ELF range and suggest that the interaction of EMF
with DNA is not limited to low frequency
