Subject: Cellular Phones Are They Safe to Use? (Frey).
Date: Thu, 23 Nov 2000 060312 -0600
From: Roy Beavers
To: guru@emfguru.com
--------------------------------------------------
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.............An excellent article that was forwarded by two readers........
The author, Dr. Allen Frey, known to many readers of this list, however, may have
given the telecom industry much comfort here: He suggests that our lack of the right
kind of research should lead us to do nothing ... until we get that research......
Frey does not show any awareness of "the precautionary principle" -- which seeks to
avoid the "tobacco-like" public policy that faced similar research uncertainties fifty
years ago......
Cheerio.......
> http://www.the-scientist.com/yr2000/nov/opin_001127.html
> --
>
> Roy Beavers (EMFguru)
> roy@emfguru.com
>
> It is better to light a single candle
> than to curse the darkness.....
>
> WEBSITE: http://emfguru.com
>
> People are more important than profit$$
>
>
> --------------------------------------------------------------------------------
> [Image][Image] [Image][Image][Image]
> [Image]
The Scientist 14[23]:47, Nov. 27, 2000 [Image][Image][Image]
[Powered by AdJuggler]
OPINION
Cellular Phones: Are They Safe to Use?
By Allan H. Frey Resolving the question of whether cellular phones
are safe has been complicated by conflicting information ©
about electromagnetic fields (emfs): no danger; yes 2000
there is danger; well, we don't know. This has been Anthony
unsettling for the public and has put pressure on health Canamucio
policy decision makers to act. But can they take action
based on the biological data now available? I think not. [Image]
In fact, I believe it would be unethical to use much of ---------
it to make public health decisions.
This area of research in the United States did not evolve as
biological research normally does. It basically had its origin in the
physics and engineering community's concern about the hazards of
their high-power radio equipment in the late 1930s. This led to that
community's initiation and substantial control of the funding for
biological research and a persisting mind-set. The result has been
biological research corrupted by conflicts of interest, research
based on implicit assumptions that make little sense biologically,
and research inappropriate because of erroneous notions. Even today,
the physics and engineering community's mind-set, prominence as
spokesmen, and influence over research funding decisions continue. As
a consequence, we don't have a credible body of biological data
involving electromagnetic fields on which to base public health
decisions.
What must be done to provide the decision makers with a biological
input? A sampling of documented events will indicate the answer. The
key fact is that the mind-set of those who control the funding
determines what is looked at and thus what is found. And this must
change if we are to obtain the biological data necessary to decide if
cellular phones, with the characteristics they have today, are safe
to use.
Conflicts of Interest
In the 1980s, Nicholas Steneck, who at the time was director of the
Collegiate Institute for Values and Science at the University of
Michigan, received a major grant from the National Science
Foundation's Program for Ethics and Values in Science and Technology.
He and institute fellows in biology and physics used it to do an
in-depth case study of this area of research; many of the conflicts
of interest they uncovered were documented in two books.1
One example is that for many years a U.S. Air Force office has
decided what research the Air Force will fund to determine if emf
exposure is hazardous. This same office has been responsible for
assuring residents that there is no evidence of hazard, when the Air
Force wished to place radar (an emf source) in a residential area.
Among Steneck's conclusions: "The establishment that controls RF
(emf) bioeffects research has misled the public and researchers. ...
Key decisions on such research have been influenced by persons with
vested interests."
There are unjustified implicit assumptions underlying much of the
research. One recent example is the multimillion dollar National
Toxicology Program studies on carcinogenesis and promotion of 60-Hz
magnetic fields of the National Institute of Environmental Health
Sciences (NIEHS). It was assumed, for these studies and many others,
that the relevant magnetic field parameter for inducing biological
effects is a pure 60-Hz sine wave; and such was used in these
studies. But the public is exposed to something very different, as
the authors of the Toxicology Program studies admit2: "While power
line magnetic field exposures are predominantly sine-wave fields,
residential and occupational exposures may include square waves,
sawtooth waves, and other wave forms. Harmonics (120 Hz, 180 Hz,
etc.) may also be found. Further, as appliances are switched on and
off, spikes or transients in fields may occur.... This study used
linearly polarized, pure sine-wave exposures at 60 Hz, with the
fields turned on when the sine wave was at zero amplitude and
gradually increased over seven to nine cycles (between 0.11 and 0.15
seconds) to full intensity, and similarly gradually decreased to
avoid transients. The NIEHS studies evaluate the predominant
component (60-Hz sine-wave magnetic fields) without all the
complexities of the exposures that occur in residential and
occupational settings." The authors make the implicit assumption that
a pure 60-Hz sine wave is the relevant variable. In fact, there is
reason to believe this is not true. Others have also concluded from
their research that emf characteristics are critical as would be
expected with biological organisms.3
Another implicit assumption is that a toxicology model (the higher
the dose, the more the effect) should be used as a frame of reference
in the selection, design and analyses of experiments. Thus
experiments are funded to look for a dose-response relationship
between electromagnetic field exposure and a biological variable. But
is a toxicology model appropriate as a guide for biological research
with electromagnetic fields? It's a crucial question, for our frame
of reference determines what we look at and how we look; as a
consequence, this determines what we find.
Electromagnetic fields are not a foreign substance, a toxin to living
beings, like lead or cyanide. Rather, living beings are themselves
[Image]electrochemical systems that use electromagnetic fields in everything[Image]
from protein folding through cellular communication to nervous system
function. Toxicology is the wrong model as has been detailed in
depth.3
There are other implicit assumptions that have crippled research in
this field. This area of biological research is encumbered, for
example, with a vocal few who imagine that they are the possessors of
"real truth." They like to talk about the dogma, the "laws of
physics." If the data do not conform to the dogma, then the data must
be wrong.
But one does not challenge data with the current dogma. That's upside
down, it's the dogma that is tested by data obtained with constantly
increasing precision of measurement and observation. This is the
great leap in thinking that created science out of the thinking of
the Medieval Age. It is to be expected that theories conceived at one
level of observation will have to be modified as observational
ability improves. But some scientists in this area implicitly assume
that they have reached a "fundamental" level of understanding, which
leaves no room for even more fundamental levels of understanding.
A brief illustration will make this point clear. In 1850, a trip from
Washington, D.C., to Los Angeles would have taken more than six
months in a wagon pulled by mules. Many times I have had breakfast in
Washington and flown 2,500 miles to Los Angeles and arrived in time
for lunch. If I went back in time to 1850 and stated the above, I'm
sure there would be some physicists who would flatly say that the
laws of physics show this is impossible--and then "prove" it with
elegant calculations on the muscle energy output of mules and wagon
axle friction. They would have been right in their calculations but
wrong in their implicit assumption that they knew everything that
will ever be known. This kind of thinking has been frequent in this
area of research, and it has crippled the research and resulted in
misleading information in the literature.
Inappropriate Research
One example is all that is needed to show why so much of the research
has been fruitless. Twenty years ago, an epidemiological study
indicated power lines may be associated with cancer genesis or
promotion. Since then, numerous epidemiological studies with the
apparent intent to prove or disprove that emfs cause or promote
cancer have yielded conflicting results, yet more are under way.
This is a misuse of epidemiology. Epidemiological studies can't
provide proof either way. Physicians do not have a full understanding
of cancer genesis and promotion, and we lack emf measurements at
individual residences in the years before the diagnosis of cancer.
Thus we have critical unknowns. We don't even know what
characteristics of the fields, those many years ago, were important
and what should be measured. Clearly, endless epidemiological studies
of unknowns cannot prove or disprove anything about emfs and cancer.
The foregoing is a tiny sample of the mind-set, conflicts of
interest, implicit assumptions, and inappropriate research, all well
documented, that derailed biological research needed to determine if
emfs are a health hazard. As a consequence, policy makers don't have
the biological data needed to determine if there is a hazard, and the
public is confused. And a hundred million cellular phone users, who
have not given informed consent, are unwitting guinea pigs in a grand
biological experiment.4 S
Allan H. Frey (afrey@uu.net), is a biologist with Randomline Inc., a
consulting and research firm. His address is 11049 Seven Hill Lane,
Potomac, MD 20854
References
1. N.H. Steneck, Risk/Benefit Analysis: The Microwave Case, San
Francisco, San Francisco Press, 1982, and The Microwave Debate,
Cambridge, Mass., The MIT Press, 1984.
2. National Toxicology Program, Toxicology and Carcinogenesis Studies
of 60-Hz Magnetic Fields in F344/N Rats and B6C3F1 Mice (Whole-Body
Exposure Studies)-Draft, Research Triangle Park, N.C., National
Toxicology Program, 1998.
(ehis.niehs.nih.gov/ntp/docs/tr488/488full.pdf).
3. A.H. Frey, editor, On the Nature of Electromagnetic Field
Interactions with Biological Systems, Austin, Texas, R.G. Landes Co.,
1994.
4. A.H. Frey, "Headaches from cellular telephones: are they real and
what are the implications?" Environmental Health Perspectives,
106[3]101-3, 1998.
(ehpnet1.niehs.nih.gov/docs/1998/106p101-103frey/abstract.html)
---------------------------------------------------------------------
The Scientist 14[23]:47, Nov. 27, 2000 [Image][Image][Image]
© Copyright 2000, The Scientist, Inc. All rights reserved.
We welcome your opinion. If you would like to comment on this
article, please write us at editorial@the-scientist.com
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>
--------------F9B0519456E5BC87C073823B
Content-Type: multipart/related;
boundary="------------63557DAF18B86604BC15BE84"
--------------63557DAF18B86604BC15BE84
Content-Type: text/html; charset=us-ascii
Content-Transfer-Encoding: 7bit
.............An excellent article that was forwarded by two readers........
The author, Dr. Allen Frey, known to many readers of this list, however,
may have
given the telecom industry much comfort here: He suggests that
our lack of the right
kind of research should lead us to do nothing ... until we get that
research......
Frey does not show any awareness of "the precautionary principle" --
which seeks to
avoid the "tobacco-like" public policy that faced similar research
uncertainties fifty
years ago......
Cheerio.......
http://www.the-scientist.com/yr2000/nov/opin_001127.html
--
Roy Beavers (EMFguru)
roy@emfguru.com
It is better to light a single candle
than to curse the darkness.....
WEBSITE: http://emfguru.com
People are more important than profit$$
 |
|
| The
Scientist 14[23]:47, Nov. 27, 2000 |
 |
 |
 |
OPINION
Cellular
Phones: Are They Safe to Use?
By Allan
H. Frey
| © 2000 Anthony Canamucio |
|
Resolving
the question of whether cellular phones are safe has been complicated by
conflicting information about electromagnetic fields (emfs): no danger;
yes there is danger; well, we don't know. This has been unsettling for
the public and has put pressure on health policy decision makers to act.
But can they take action based on the biological data now available? I
think not. In fact, I believe it would be unethical to use much of it to
make public health decisions.
This
area of research in the United States did not evolve as biological research
normally does. It basically had its origin in the physics and engineering
community's concern about the hazards of their high-power radio equipment
in the late 1930s. This led to that community's initiation and substantial
control of the funding for biological research and a persisting mind-set.
The result has been biological research corrupted by conflicts of interest,
research based on implicit assumptions that make little sense biologically,
and research inappropriate because of erroneous notions. Even today, the
physics and engineering community's mind-set, prominence as spokesmen,
and influence over research funding decisions continue. As a consequence,
we don't have a credible body of biological data involving electromagnetic
fields on which to base public health decisions.
What
must be done to provide the decision makers with a biological input? A
sampling of documented events will indicate the answer. The key fact is
that the mind-set of those who control the funding determines what is looked
at and thus what is found. And this must change if we are to obtain the
biological data necessary to decide if cellular phones, with the characteristics
they have today, are safe to use.
Conflicts
of Interest
In the
1980s, Nicholas Steneck, who at the time was director of the Collegiate
Institute for Values and Science at the University of Michigan, received
a major grant from the National Science Foundation's Program for Ethics
and Values in Science and Technology. He and institute fellows in biology
and physics used it to do an in-depth case study of this area of research;
many of the conflicts of interest they uncovered were documented in two
books.1
One
example is that for many years a U.S. Air Force office has decided what
research the Air Force will fund to determine if emf exposure is hazardous.
This same office has been responsible for assuring residents that there
is no evidence of hazard, when the Air Force wished to place radar (an
emf source) in a residential area. Among Steneck's conclusions: "The establishment
that controls RF (emf) bioeffects research has misled the public and researchers.
... Key decisions on such research have been influenced by persons with
vested interests."
There
are unjustified implicit assumptions underlying much of the research. One
recent example is the multimillion dollar National Toxicology Program studies
on carcinogenesis and promotion of 60-Hz magnetic fields of the National
Institute of Environmental Health Sciences (NIEHS). It was assumed, for
these studies and many others, that the relevant magnetic field parameter
for inducing biological effects is a pure 60-Hz sine wave; and such was
used in these studies. But the public is exposed to something very different,
as the authors of the Toxicology Program studies admit2: "While
power line magnetic field exposures are predominantly sine-wave fields,
residential and occupational exposures may include square waves, sawtooth
waves, and other wave forms. Harmonics (120 Hz, 180 Hz, etc.) may also
be found. Further, as appliances are switched on and off, spikes or transients
in fields may occur.... This study used linearly polarized, pure sine-wave
exposures at 60 Hz, with the fields turned on when the sine wave was at
zero amplitude and gradually increased over seven to nine cycles (between
0.11 and 0.15 seconds) to full intensity, and similarly gradually decreased
to avoid transients. The NIEHS studies evaluate the predominant component
(60-Hz sine-wave magnetic fields) without all the complexities of the exposures
that occur in residential and occupational settings." The authors make
the implicit assumption that a pure 60-Hz sine wave is the relevant variable.
In fact, there is reason to believe this is not true. Others have also
concluded from their research that emf characteristics are critical as
would be expected with biological organisms.3
Another
implicit assumption is that a toxicology model (the higher the dose, the
more the effect) should be used as a frame of reference in the selection,
design and analyses of experiments. Thus experiments are funded to look
for a dose-response relationship between electromagnetic field exposure
and a biological variable. But is a toxicology model appropriate as a guide
for biological research with electromagnetic fields? It's a crucial question,
for our frame of reference determines what we look at and how we look;
as a consequence, this determines what we find.
Electromagnetic
fields are not a foreign substance, a toxin to living beings, like lead
or cyanide. Rather, living beings are themselves electrochemical systems
that use electromagnetic fields in everything from protein folding through
cellular communication to nervous system function. Toxicology is the wrong
model as has been detailed in depth.3
There
are other implicit assumptions that have crippled research in this field.
This area of biological research is encumbered, for example, with a vocal
few who imagine that they are the possessors of "real truth." They like
to talk about the dogma, the "laws of physics." If the data do not conform
to the dogma, then the data must be wrong.
But
one does not challenge data with the current dogma. That's upside down,
it's the dogma that is tested by data obtained with constantly increasing
precision of measurement and observation. This is the great leap in thinking
that created science out of the thinking of the Medieval Age. It is to
be expected that theories conceived at one level of observation will have
to be modified as observational ability improves. But some scientists in
this area implicitly assume that they have reached a "fundamental" level
of understanding, which leaves no room for even more fundamental levels
of understanding.
A
brief illustration will make this point clear. In 1850, a trip from Washington,
D.C., to Los Angeles would have taken more than six months in a wagon pulled
by mules. Many times I have had breakfast in Washington and flown 2,500
miles to Los Angeles and arrived in time for lunch. If I went back in time
to 1850 and stated the above, I'm sure there would be some physicists who
would flatly say that the laws of physics show this is impossible--and
then "prove" it with elegant calculations on the muscle energy output of
mules and wagon axle friction. They would have been right in their calculations
but wrong in their implicit assumption that they knew everything that will
ever be known. This kind of thinking has been frequent in this area of
research, and it has crippled the research and resulted in misleading information
in the literature.
Inappropriate
Research
One example
is all that is needed to show why so much of the research has been fruitless.
Twenty years ago, an epidemiological study indicated power lines may be
associated with cancer genesis or promotion. Since then, numerous epidemiological
studies with the apparent intent to prove or disprove that emfs cause or
promote cancer have yielded conflicting results, yet more are under way.
This
is a misuse of epidemiology. Epidemiological studies can't provide proof
either way. Physicians do not have a full understanding of cancer genesis
and promotion, and we lack emf measurements at individual residences in
the years before the diagnosis of cancer. Thus we have critical unknowns.
We don't even know what characteristics of the fields, those many years
ago, were important and what should be measured. Clearly, endless epidemiological
studies of unknowns cannot prove or disprove anything about emfs and cancer.
The
foregoing is a tiny sample of the mind-set, conflicts of interest, implicit
assumptions, and inappropriate research, all well documented, that derailed
biological research needed to determine if emfs are a health hazard. As
a consequence, policy makers don't have the biological data needed to determine
if there is a hazard, and the public is confused. And a hundred million
cellular phone users, who have not given informed consent, are unwitting
guinea pigs in a grand biological experiment.4 S
Allan
H. Frey (afrey@uu.net), is a biologist
with Randomline Inc., a consulting and research firm. His address is 11049
Seven Hill Lane, Potomac, MD 20854
References
1.
N.H. Steneck, Risk/Benefit Analysis: The Microwave Case, San Francisco,
San Francisco Press, 1982, and The Microwave Debate, Cambridge,
Mass., The MIT Press, 1984.
2.
National Toxicology Program, Toxicology and Carcinogenesis Studies of
60-Hz Magnetic Fields in F344/N Rats and B6C3F1 Mice (Whole-Body Exposure
Studies)-Draft, Research Triangle Park, N.C., National Toxicology Program,
1998. (ehis.niehs.nih.gov/ntp/docs/tr488/488full.pdf).
3.
A.H. Frey, editor, On the Nature of Electromagnetic Field Interactions
with Biological Systems, Austin, Texas, R.G. Landes Co., 1994.
4.
A.H. Frey, "Headaches from cellular telephones: are they real and what
are the implications?" Environmental Health Perspectives, 106[3]101-3,
1998. (ehpnet1.niehs.nih.gov/docs/1998/106p101-103frey/abstract.html)
| The
Scientist 14[23]:47, Nov. 27, 2000 |
|
|
|
©
Copyright 2000, The Scientist, Inc. All rights reserved.
We
welcome your opinion. If you would like to comment on this article, please
write us at editorial@the-scientist.com
News
| Opinions &
Letters | Research
| Hot Papers
| LabConsumer
| Profession
About
The Scientist | Jobs
| Classified
| Web Registration
| Print Subscriptions
| Advertiser Information
|
|
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