GOOD VIBRATIONS
HOW PEMF IS REVOLUTIONIZING PHYSIOTHERAPY
Wednesday, July 29, 2020
Article by Paolo Manfrini
READING TIME: 5 MINUTES
PERMALINK: https://pemf8000pro.wpengine.com/goodvibes
Although the exact mechanisms of tissue regeneration are still not well understood, a host of new discoveries are starting to shed light on these mysterious physiological functions, and in the process, they are bestowing well-deserved and long-overdue legitimacy to PEMF therapy.
WE'VE KNOWN A FEW THINGS THAT WORK,
BUT WE DIDN'T NOW HOW THEY WORK…
…UNTIL NOW
A good way to put modern medicine in perspective for me is to focus on the obvious fact that the protocols and technologies we use are assessed from their results, but we are usually unable to lift the mantle of mystery that obscures the actual mechanisms by which these results are delivered.
That is the nature of most clinical trials: their goal is to measure results and define strict protocols to effect consistent replication. But think about it for a moment: this is tantamount to driving a car at night in the unknown wilderness, with our headlights out and without a map, until we randomly stumble upon an interesting place. Then we begin the grueling process of back-tracking our route there, trying to remember each turn and meticulously recording it, in the hope of reconstructing the journey that took us there. Yes, that is exactly how modern medicine has thus far been built.
Now, imagine having a map! It would be so much easier to get to that interesting destination: we could identify shortcuts, and best of all, we would discover new destinations, perhaps much more interesting than the ones we've discovered so far by blind chance!
Well, that is exactly what is going on right now: science is beginning to develop extremely detailed maps in many fields, including medicine. We are beginning to lift that dark mantle of mystery, and witness with sheer astonishment the mechanisms of tissue regeneration: DNA coding; RNA transmittal; ribosome assembly of amino acid chains; protein folding; cellular reproduction; stem cell transport, allocation, and differentiation; and above all, the crucial role of bioelectromagnetism in each and every one of these processes.
All these new discoveries are evidencing what many of us suspected: our physiology relies heavily on electromagnetism to accomplish all of its miraculous work. The current medical establishment instead relies heavily on chemistry to do its work. But chemistry is a blunt tool with unintended consequences: serious collateral damage hastily wrapped-up with the mild sounding euphemism of "side effects" and shrunk down to the fine print that nobody wants us to read. But one thing is now clear: the exciting future of medicine is not chemical. It is much more sophisticated, and much more effective than that.
The future of medicine is electromagnetic. Pulsed electromagnetic field generators –or PEMF generators– have been in use in the medical field for 50 years now, with NASA playing a leading role in the implementation of this technology to provide therapeutic rehabilitation to astronauts returning from prolonged orbital stays in the SkyLab space station at first, and in the International Space Station later. PEMF therapy proved extremely effective at quickly reversing muscle atrophy and tissue damage resulting from prolonged deprivation of gravity and geomagnetism. Dr. Thomas Goodwin, Ph.D., at NASA's Johnson Space Center in Houston, was one of the first researchers to document the extraordinary physiological effects that PEMF therapy was delivering at the molecular level on human neuronal cells to stimulate their regeneration.
Thousands of subsequent studies have shown the positive results of PEMF therapy, but it is only in recent times that researchers are becoming privy to the mechanisms of action of this technology. Fast-forward to 2020 and we begin to realize that PEMF is not just effective, it is the most effective, drug-free, no-downside modality we have so far encountered. Compelling research like that of Fernanda Martini and her team at the University of Ferrara, as well as Klaus Martiny and Per Bech at the University of Copenhagen, and Marianne Lunde at the University of Oslo, leave no room for doubt about the indispensable role that PEMF therapy is taking on, not just in the field of physiotherapy, but also in neurology, psychiatry, immunology, and genetic medicine.
The United States Food and Drug Administration began issuing approvals for PEMF therapy in 1979, but the list shows a clear accelerating trend of growth as the science of medicine becomes of age:
1. Nonunion Fractures - 1979 FDA approval
2. Urinary Incontinence - 1998 FDA approval
3. Muscle Stimulation - 1998 FDA approval
4. Cervical Fusion - 2004 FDA approval
5. Depression and Anxiety - 2006 FDA approval
6. Brain Cancer - 2011 FDA approval
7. Class 2 Status - 2015 FDA approval
8. Musculoskeletal Pain - 2017 FDA approval
9. Fasciitis - 2017 FDA approval
10. Osteoarthritis - 2017 FDA approval
If you are curious about these new developments in the medical field and want to delve a bit more into the nuts and bolts of tissue regeneration, check out the literature link at the bottom of this article. You will access a partial list of published studies that provide a glimpse into the fast-moving wave of discoveries in the field.
You may also be curious about the new iteration of PEMF devices that are being developed and manufactured right here in the United States. A good place to start is the PEMF8000Pro website, with its impressive fleet of high performance PEMF generators.
This is a momentous time in the history of medicine. Healthcare providers now have the unique opportunity to join the growing ranks of agents of quantum change who are revolutionizing medicine. Incorporate PEMF therapy in your arsenal of tools today, and see how quickly it becomes indispensable in your practice and elevates your work to new standards.
