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Professor Curé, with the help of entrepreneur Harry Eichler,
built research upon the work of people like Nikola Tesla and Michael Faraday.
Later, he focused on the work of Dr. Björn Nordenström,
former Professor Emeritus of Diagnostic Radiology at the Karolinska Institute
and Hospital, Stockholm, Sweden, and former Chairman of the Nobel Assembly.
Due to his stature and career, Dr. Nordenström was given the
opportunity to try some experimental treatments on terminal cancer patients. He
began to use electrodes inserted into cancerous tumors of terminal
patients left with no traditional alternatives. With his techniques, he
reliably reduced or totally eliminated cancers up to 4 mm in diameter.
Jorge Curé explains that cancer is the uncontrolled
proliferation of cells. By studying electromagnetic frequencies he determined
that cell division was associated with the transmembrane electric
potential (difference in charge within the
cell and outside the cell membrane). When this factor drops, it triggers
cellular division. He concluded that cancer was an electric phenomenon.
Harry and Jorge teamed with a third scientist, Panos T.
Pappas to build a machine based on Jorge’s theories, the EPIC-IDD.. Like Nordenström,
they manipulated electromagnetic frequencies at a cellular level, but their
application was non-invasive. http://www.google.com/patents/about?id=VicmAAAAEBAJ&dq=5239442
http://www.google.com/patents/about?id=YrQnAAAAEBAJ&dq=5068039 After some successful (but limited) experiments with lab
animals, they wanted to take the next step, but could not afford FDA approval. There's more to the story, including
successive iterations of the device and successful treatments on people
outside the US. Visit this page again because we intend to share
more of the story. In any event, the story ends
with the the insufficient funds to penetrate the shield protecting the
established medical system and the passing of Harry Eichler and Jorge
Curé. Of course, this doesn't have to be the
end. If we can find the right institution or team of physicists,
biologists and other medical experts to contact us, perhaps we can write a new ending - one where we alleviate much needless suffering.
Here's an excerpt from one of the patents:
In
recent years a great number of researchers have been paying much
attention to biological effects induced by electromagnetic fields. Such
fields affect the transmembrane potential of cells changing the ionic
concentration in and out of the same. This is seen, for example, from
Szent-Gyorgyi, Introduction to a Submolecular Biology (Academic Press,
N.Y., 1960); Szent-Gyorgyi, Bioelectronics (Academic Press, N.Y.,
1968); Szent-Gyorgyi, Electronic Biology (Marcel Dekker, Inc., N.Y.
1976); Cone, C. D., J. Theoret. Biol., 30, 151-181 (1971); Cone, C. D.,
Ann. New York Acad. Sci., 238, 420-435 (1974); Cone, C. D.,
Transmembrane Potentials and Characteristics of Immune and Tumor Cells
(CRC Press, Inc., Boca Raton, Fla., 1985) Ch. 9, p. 138-141; Albert,
B., Bray, D., Lewis, J., Raff, M., Roberts, K., and Watson, J. D.,
Molecular Biology of the Cell (Garland Publishing, Inc., N.Y., 1983);
Nordenstrom, B., Biologically Closed Electric Circuits (Nordic Medical
Publications, Stockholm, 1983); Barothy, J. M., Biological Effects of
Magnetic Fields (Plenum Press, N.Y., 1964) p. 100-108; Cure, J. C.,
Phys. Lett., 116b, no. 2.3, 158-160 (1982); and Cure, J. C.,
Norteastern University, Boston, November 1987 (Private Communication).
More
than 40 years ago Szent-Gyorgyi observed the importance of the ratio
D/A in the cells, wherein D stands for substances that donate
electrons, while A stands for substances that accept electrons. This is
seen, for example, from the three publications by Szent-Gyorgyi
mentioned above. He observed that when D/A=1, the cells remain in the
resting phase. On the other hand when D/A>1, the cells go into the
miotic phase remaining in constant and uncontrolled proliferation.
Szent-Gyorgyi also observed experimentally that the introduction of
acceptors in the blood stream of mice with a particular type of
cancerous tumors, arrested the growth of the same. The introduction of
donors in the body of the affected organism do not produce any
significant effect because the cells are rich in donors. These concepts
bear a close relationship with Cone's theoretical and experimental
conclusions. Cone observed that the cells remain in the resting phase
when the transmembrane potential is approximately -65 mv. Nevertheless
when the cells are in constant proliferation this potential changes to
approximately -15 mv.
Recently Nordenstrom has reported
successful electric treatment of cancerous tumors. His method takes the
form of inserting a positive electrode in the core of the tumor while
the negative one is inserted outside the cancerous tumor. There is no
doubt that the electric field, provided by a 10v DC battery, disperses
the ions in the cancerous region of the tumor. The positive electrode
also plays the role of a physical acceptor A instead of the chemical
ones used in chemotherapy. The dispersion or concentration of ions by
electrostatic fields seems to have no significant effects. Other than
an initial charge transportation, an electrostatic field may cause
practically no substantial electrical current which is necessary for an
electrolytic dispersion or neutralization of ions. On the other hand
the effect of alternating electric fields have no substantial results,
because of the alternating dispersion and concentration of ions.
Nevertheless, recently many reports have been published concerning the
biological effects of alternating fields of very low frequency. The use
of static magnetic fields is known to have no effect on static
distributions of charges or ions. However, from a biophysical point of
view, reports are known that this type of field can arrest the growth
of cancerous tumors. The use of alternating magnetic fields causes
effects similar to the alternating electric fields, inducing
oscillating dispersion and concentration of electric charges, causing
an alternating electromotive force E=kdB/dt=k'di/dt, in such a way as
to cause no net effect as far as ion dispersion or ion concentration is
concerned.
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