Wellington Equestrian cover Feb - March
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WELLINGTON EQUESTRIAN // FEBRUARY-MARCH<br />
does it work?<br />
Healing Waves<br />
As with any new technology, there’s a lot of misinformation<br />
out there. Coupled with the equine world,<br />
where medical habits change at a glacial pace, you<br />
need accurate information.<br />
Details are hard to come by when dealing with new technologies.<br />
Given the fact that Cytowave is a hybrid technology<br />
that combines one old technology and a newer,<br />
patented approach to healing, facts are in short supply<br />
and we’re not talking about alternative facts, we’re talking<br />
real facts.<br />
Cytowave technology represents a novel method of treating injuries<br />
using tissue-based signals. There are many other products on the<br />
market that use generic electromagnetic waveforms, but Cytowave<br />
has taken a very different and perhaps a more logical approach. Rather<br />
than a one-size fits all approach, this approach is based on the biology<br />
of the injury. The signal is derived based upon the difference in biomagnetic<br />
signals from normal and injured tissues. Cytowave’s novel<br />
technology was granted protection from the US patent office. This<br />
VICTIMS OF THEIR OWN<br />
SUCCESS<br />
When Cytowave was beta tested<br />
at Gulfstream Park in South Florida,<br />
it produced very quick results<br />
and the company was off and running.<br />
The demand for the product<br />
created an issue that would not<br />
become apparent for a couple<br />
of years. The R&D budget was<br />
non-existent because the product<br />
worked. Flash forward a couple of<br />
years later and veterinarians are<br />
asking for data. The company is focused<br />
on produting data that will<br />
hopefully detail the actual physical<br />
changes that are happening<br />
technology was presented at various international meetings such as<br />
Scandinavian Congress of Sports Medicine, VI International Workshop<br />
on Biological Effects of Electromagnetic Fields, XXXIIIth Annual meeting<br />
of BEMS and published in peer-reviewed scientific journals.<br />
Healing occurs via a series of integrated stages, each of which is<br />
essential to the repair processes. Therefore, it is important to evaluate<br />
the contribution of basic cellular activities occurring at a given stage in<br />
tissue repair. This extremely complex phenomenon involves a number<br />
of processes such as vascular responses, cellular activity,<br />
and release of chemical mediators within the injured tissues.<br />
The list should also include regeneration of parenchymal<br />
cells, migration and proliferation of both parenchymal<br />
and connective tissue cells, synthesis of extracellular matrix<br />
proteins, remodeling of connective tissue, collagenization,<br />
and acquisition of tissue strength. One area of specific interest<br />
is the effect of EMF and MF on cell proliferation.<br />
In pathological conditions, cell proliferation is usually suppressed<br />
(in conditions of chronic wounds) or enhanced (in<br />
the case of neoplastic growth). Magnetic field stimulation of<br />
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