Wasn't the Rife frequency resonance generator working on a similar principle?
Determine the resonant frequency of the cancer apply an electromagnetic signal that would resonate at the same frequency as the cancer cell and cause the cancer to self destruct.
Much the same way a crystal vase can be shattered by an opera singer holding a particular note. - CW
[thought this may be of interest...]
www.cancerpage.com/news/article.asp?id=9520
Electrical Stimulation Reverses Drug Resistance in Cancer Cells
NEW YORK MAR 21, 2006(Reuters Health) - Treatment of drug-resistant
tumor cells with low intensity, low frequency AC electrical stimulation can
improve the efficacy of chemotherapy by interfering with intrinsic drug
extrusion mechanisms, new research shows.
The team had previously shown that such stimulation can reduce tumor cell
proliferation through effects on potassium channels and can disrupt
cytoskeletal mechanisms of cell division.
In the present study, Dr. Luca L. C. Cucullo and colleagues, from the
Cleveland Clinic Lerner College of Medicine, tested the ability of electrical
stimulation to improve the response to doxorubicin in several tumor cell
lines overexpressing the multi-drug resistance gene, MDR1.
The experimental set-up, described in the April issue of BMC Cancer,
involved well plates engineered to accommodate stainless steel electrodes
connected to a waveform generator. Cells were exposed to short pulses of
50 Hz AC at 7.5 ľA, with 10 seconds between pulses, for 3 days.
Treatment with the electricity did, in fact, make the tumor cells more
sensitive to doxorubicin. Further analysis showed that the stimulation
achieved this effect by reducing MDR1 expression and by changing the
distribution of the encoded protein from the plasma membrane to the
cytoplasm. Together, these changes allowed doxorubicin to gain entry into
the cancer cell, rather than be actively extruded.
"These findings suggest a potential application of low intensity AC in the
treatment of tumor growth by synergistically reducing neoplastic cell
division and intrinsic tumor drug resistance," the authors state.
"In view of the widespread use of stimulators and stimulating electrodes for
the treatment of a variety of other diseases, it seems possible that coupling
electrical stimulation to current chemotherapy protocols will improve the
efficacy of our therapeutic approach to neoplasms," they add.
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