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| TECHNOLOGIES |
electromagnetism | electrochemistry
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We all take it for granted that electromagnetics can be helpful. Think of all the diagnostic tools that are only possible because of our recent ability to use sophisticated technology to observe the electromagnetic differences of tissues in the body and turn them into pictures, like the an MRI (magnetic resonance imaging) or a CAT (computer aided tomography) scan.
Is it so hard to imagine that we now can use the very same principles to affect changes in tissues through those very characteristics? Hardly. What is more surprising is that it hasn't been done better, sooner.
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| HOW IT WORKS |
like rolling a hoop
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The technology of life that supports the vast complex of biochemical process is a relatively simple set of electrochemical processes. We like to say that biochemistry is what happens in the body, while electrochemistry is how it happens.
1) reducing edema
This happens through re-activating the flow of electrolytes across intracellular components. Cell membrane potential in muscle and nerve cells can be altered due to interstitial fluid build-up. The PEMF signal helps restore a normal potential, reducing swelling.
2) decreasing pain
Pain may be reduced through PEMF due to a number of pathways. An obvious one is via the reduction of fluid impinging on neighborhood nerves and tissues. Pulsed fields may also alter output from the synaptic vesicles, thereby reducing pain signals.
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| WEBCAST |
symposium
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Science of Electroceuticals®
Tuesday, December 19, 2006*
10:00 a.m. - 1:30 p.m.
Montvale presents a new scientific discipline - Electroceuticals.® Noted researchers and scientists will share their knowledge and
experience about this paradigm-shifting approach to noninvasive
electrotherapeutic intervention being pioneered by
Montvale Technologies.
*Note: the webcast will remain available at the above link for 90 days after the symposium
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