To
All: The following review "Cells Tissues Organs,"
is too lengthy to copy here -- 19 pages including many very important
EMF references, in general, as well as references re therapeutic
applications.
This
is extremely important information that includes research
regarding effects on epithelial cells..
I
also located information on the site "Radiation
Injury,"
as
follows:
"......Beta particles are high-energy
electrons that are emitted from the nuclei of unstable atoms
(eg, cesium-137, iodine-131). These particles
can penetrate more deeply into skin (1 to 2 cm) and cause both epithelial
and subepithelial damage ........" [Note: click on access info above to review complete
info re radiation injury to compare studies re low level EMF/EMR
similar findings.....jcm....5-25-07...]
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The
Dresden Study re EMF effects on cells is also very long and has so much
valuable information, it is difficult to focus on any one aspect of
this review at this time except for the next paragraph and comments re
"conclusions.".
Comments
regarding healing of bone-related diseases have particular significance
in regard to my Project Z, Z-1, Kelley -- diagnosis of osteomyelitis
that was confirmed by X-ray (assume "sub-epithelial
damage") -- resulted from exposure to electric meter (between 4.5
milligauss and 6.0 milligauss in aquarium) -- resolved soon after
moving to a cage in basement away from electric meter in ambient
readings between 3.5 mg and 4.5 mg (two high voltage powerlines on
boulevard 50 ft. from front of house). I will review and
comment and question at later date.
In
"Conclusions," there is a mention of the need to study "...more
complicated coupling mechanisms so that a functional reaction occurs in
the cell. Several parameters including information, doses,
frequencies and phases of the EMF are decisive as to whether or not the
cells respond, and if so, in which manner they respond.
["Conclusions"
continued...] In order to classify the
intensity of the forces found in cells and organs, it should be
remembered that EMF are far more subtle than the signaling
pathways which trigger chemotaxis or intracellular biochemical
pathways. Furthermore, cells and organs are normally shielded
against false 'technical' EMF from outside, and the organism is very
robust against disturbances by such fields. However, in rare
cases, enigmatic processes can be triggered, as
is seen in the 'electrosensitivity' of patients.
["Conclusions"
continued...] In principle, the sublety of the
EMF mechanisms makes it difficult to easily get clear-cut results in
patients and in lab experiments for example with applied fields.
Furthermore, the whole scientific field is riddled with very poor
science and sometimes fabrication data........to regain credibility in
this area, high standards are necessary in conducting future studies
(including good scientific practice with well-chosen controls and
triple-blinded studies). In this sense, it is encouraging
that more and more realistic and provable models have occurred, which
may some day thoroughly explain the various EMF effects........"
I
do wonder at this time, if there are "more and more realistic
and provable models" (existing
studies, that is.....) WHY then, are "prudent avoidance
recommendations" being withheld from the public? Nuclear
radiation effects have still not been "thoroughly explained" well
over 50 years after the tragic events of Nagasaki and
Hiroshima. I suspect the same situation prevails re
Chernobyl........
Best
wishes and take care everyone........ Joanne
Joanne
C. Mueller
Guinea Pigs R Us
731 - 123rd Avenue N.W.
Minneapolis, Minnesota 55448-2127 USA
Phone: 763-755-6114
Email: jcmpelican@aol.com
(5-25-07)
"No
ray of sunshine is ever lost, but the green which it awakens into
existence needs time to sprout, and it is not always granted for the
sower to see the harvest. All work that is worth anything is done
in faith." - Albert Schweitzer
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Review
Cells Tissues Organs 2006;182:59–78
DOI: 10.1159/000093061
Effects of Electromagnetic Fields on Cells:
Physiological and Therapeutical Approaches
and Molecular Mechanisms of Interaction
A Review
Richard H.W. Funk Thomas K. Monsees
Department of Anatomy, University of Technology, Dresden, Germany