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16 | Henry Schein Animal Health ph: (855) HSAH-EQ1 (472-4371) | fx: (888) 329-3861 | www.henryscheinvet.com<br />

WELLINGTON EQUESTRIAN // FEBRUARY-MARCH<br />

Developing<br />

AN EQUINE MEDICAL DEVICE<br />

Richard Parker developed a theory on what signals the<br />

body produces when it heals itself.<br />

In 2004, Richard Parker found himself surrounded<br />

by the best and brighest minds in<br />

electromagnetic research. He started to look<br />

at the research from a physics perspective<br />

and by going through the biophysics he developed<br />

a theory about healing. “That thinking<br />

resulted in a test and we theorized that a guiding<br />

signal determines how the body repairs itself.”<br />

Richard filed for the patent in 2006 and it<br />

was granted in 2008. The patent office filed the<br />

patent without any reservations and they did<br />

not challenge any of the claims, which is unusual.<br />

“The patent office went so far as to say that<br />

this represents a new science which I was quite<br />

pleased to see. And so therefore, there is only<br />

one patent on this technology.”<br />

The body generates certain electromagnet-<br />

ic signals which are unique to either a healthy<br />

tissue or an injury. Richard’s theory was that if<br />

he took the difference between the healthy and<br />

injured signals, it represented what the body was<br />

producing to heal itself. “It’s a complex mathematical<br />

process to derive this signal and it’s perfectly<br />

logical. Remember the body operates on<br />

the basis of electrochemical reactions and this<br />

always involves ionic transfers through cellular<br />

membranes. This generates a magnetic field by<br />

pricinicples of electromagnetics. “ In laymans<br />

terms, Richard found a way to detect, isolate,<br />

store and then amplify the signal. To obtain<br />

these signals, Richard had to utilize a SQUID machine,<br />

which is capable of detecting electromagnetic<br />

signals down to the cellular level. “Basically<br />

we’re amplifying the signal to accelerate healing.”<br />

OBSTACLES<br />

THE BIGGEST HURDLE IS HUMAN NATURE<br />

When a trainer or owner is asked why they use a certain modality,<br />

one of the most common responses at the race track is “we’ve<br />

been doing it this way for thirty years.” Which cuts right to the<br />

heart of the matter - those who don’t evolve are typically left behind.<br />

“It’s one thing not to embrace change - we get that,’ said Tina<br />

Browne, “but to not even listen is what fascinates me. Here we<br />

have a product that can change how equine injuries are treated.<br />

But many times a trainer won’t take the time to listen because<br />

they believe that there isn’t anything wrong with outdated thinking.”<br />

Chalk this up to human nature. Humans don’t like to change<br />

behaviors, even when it is demonstrated that that change can be<br />

beneficial. “Ultimately, when everyone else is using Cytowave,<br />

they’ll be forced to step up and give it a try.”<br />

Special Feature • Cytowave<br />

Cytowave – A new medical therapy technology<br />

Reliably reduces re<strong>cover</strong>y times from serious tendon and ligament injuries by 5 months<br />

By Richard Parker, Chief Technical Officer, CytoWave<br />

Cytowave is a patented,<br />

non-invasive treatment based<br />

on tissue specific signals.<br />

While other devices in the<br />

equine market use generic<br />

electromagnetic waveforms,<br />

Cytowave offers a tissue<br />

specific analytic method<br />

based on the biology of<br />

the injury. The tissue signal<br />

is derived based upon the<br />

difference in biomagnetic<br />

signals from normal and<br />

injured tissues. This<br />

proprietary SQUID Therapy<br />

Signal (STS) is amplified and<br />

delivered via a mild magnetic<br />

field. This new technology<br />

has been embraced by many<br />

top veterinarians and is being<br />

used as an adjunct to stem<br />

cell therapy or PRP.<br />

“We’ve used Cytowave<br />

most effectively for<br />

tendon injuries, some<br />

suspensory branch<br />

injuries, it’s been very<br />

helpful.”<br />

— Dr. Tim Ober,<br />

United States <strong>Equestrian</strong> Team<br />

http://bit.ly/EQS2015Summer<br />

The Basics of CytoWave Technology<br />

Equine tendon and ligament injuries occur frequently in both competitive and companion<br />

animals. Unfortunately, this type of trauma does not lend itself to fast, non-invasive re<strong>cover</strong>y<br />

techniques. Disorders of these tendons often become chronic and are difficult to manage<br />

successfully. In most cases, re<strong>cover</strong>y is prolonged for many months and even years.<br />

It is theorized that the mechanism for accelerating the closure of ligament and tendon lesions<br />

is found in the nature of the electromagnetic signals impressed on the subject. The specific<br />

and complex activity known as the “healing process” is an expression of the local activity of<br />

electromagnetic fields, as their generation is spontaneous and inevitable due to ionic and<br />

charged particle flow.<br />

CytoWave Therapy technology takes<br />

an actual electromagnetic signal<br />

given off by the body at an injury site,<br />

stores and then amplifies that signal<br />

before re-admitting to the subject so<br />

as to accelerate the healing process.<br />

This “jump-start” occurs because<br />

the signal applied to the injury is very<br />

similar to the same signal the horse<br />

produces. That signal, therefore, is<br />

readily accepted on a cellular level<br />

and processed in such a manner as Opposing coils held by a boot apparatus deliver<br />

the CytoWave STSTM signal<br />

to accelerate the re<strong>cover</strong>y.<br />

Thus, we have a targeted, tissue specific physical therapy which can be used for soft (muscle<br />

and nerve), dense (tendons and ligaments) and hard (bone splinters or hairline fractures) tissue<br />

injuries.<br />

Cytowave derived signals contrasted with the much older PEMF technology.<br />

Simple older PEMF signals<br />

very common in the industry<br />

Actual physiological waveform<br />

which looks nothing like PEMF<br />

Cytowave signals from actual<br />

measurements accelerating repair<br />

These signals have been reported to operate about four times faster than PEMF systems and<br />

obtain consistent results in the 90% range; instead of the 60% range such as is the case with<br />

other popular technologies. As Cytowave uses tissue-specific signals, it is able to achieve<br />

consistent results unlike other technologies which treat every injury the same. In fact, we very<br />

rarely have a failure to close a serious lesion, reduce deep tissue inflammation, relieve sore<br />

back discomfort or accelerate bone fracture repair.<br />

8

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