Chronic Progressive Lymphedema

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Below are a set of images from two severe injuries. The first set of
images show a fracture of the C4 vertebrae in a horse that slipped
on ice. The first scan, taken at the time of the injury shows the
severity of the fracture. The second image was taken after 8 weeks
of treatment using the Cytowave fracture program.
We have found that the Normalizing Signal Waveform (the
mathematical difference between the injury waveform and healthy
waveform) contains information about therapeutic recovery
representing the biological activity of the body in affecting the
injury repair. This signal can be applied using an external complex
signal generator which contains the recorded waveform patterns,
connected to a coil applicator delivery system, as shown in the
process diagram of patent 7,361,136 (2):
Figure 1 – Development of the STS signal
The second set of images below is from a 24 year old horse that
suffered a lesion covering 75% of a tendon. Typically, Cytowave
can close a serious lesion in 3 to 5 weeks in a young, healthy horse
but given the advanced age of the subject, the healing process
was much longer. The horse has begun rehabilitation after 13
weeks of treatment that closed the lesion and substantially reduced
inflammation.
This patented technology is now being routinely implemented by
CytoWave LLC (3, 4, 5, 6,) in a series of studies and production
installations for equine applications in preparation for an FDA filing.
This technique described as SQUID Signal Therapy (STSTM) has
the effect of rapidly accelerating the closure of ligament and tendon
lesions from a typical 6-12 months healing time to a nominal 3-5
weeks (4).
Both cases represent severe and difficult to heal injuries but the
images clearly illustrate that Cytowave technology, utilizing Squid
Therapy Signals , can effectively influence normal and injury
currents, thus contributing to, and accelerating the healing.
STS (Squid Therapy Signal)
The development of the SQUID (Superconducting QUantum
Interference Device) makes it possible to discover natural magnetic
field waveforms as a further extension of magnetic field therapy
technology. As the waveform is theorized to contain the intelligence
of the biological functions taking place locally, it is also proposed
that detection and generation of the proper waveform associated
with a given healing process would be an essential component of an
optimal waveform delivery device designed to accelerate the healing
process by delivering that same waveform, in an amplified form.
This proposition was addressed in the paper of Parker and Markov
SQUID-Based Electromagnetic Fields – a Plausible Tool for
Treatment of Tendon Injuries (1). This paper included procedures in
identifying, extracting and isolating characteristics of magnetic fields
emanating from both healthy and injured or diseased portions of the
body. The goal is to discover the pattern revealed in signals which
are expressed by the ”healing component”, and then delivering
those same magnetic field patterns which have a therapeutic effect,
as described in the patent “Method and Apparatus for Generating a
Therapeutic Magnetic Field”, 7,361,136 (2).
NOTE: this material extracted from the paper “The Treatment of Tendon Injury with
Electromagnetic Fields Evidenced by Advanced Ultrasound Image Processing”, Richard
Parker, Marko Markov, 2014 obtained through CytoWave LLC
References
1. Parker R., and M. Markov, (2014) SQUID-Based Electromagnetic Fields – A Plausible Tool
for Treatment of Tendon Injuries at the Karolinska Institut, Department of Molecular Medicine
and Surgery Stockholm, Sweden, May 2014
2. Parker R.F. (2008) Patent #7,361,136, “Method and Apparatus for Generating a
Therapeutic Magnetic Field”.
3. Parker R., M. Markov, and J. Allen (in press) 30-Day Ligament/Tendon Lesion Closure: A
24-Horse Case Report Study. submitted to the American Association of Equine Practitioners
(AAEP) for the Salt Lake City Conference, December 2014.
4. Parker R. and M. Markov (2015) Electromagnetic Fields in Treatment of Tendon Injury
in Human And Veterinary Medicine. in Markov M (ed) Biological Effects of Electromagnetic
Fields, CRC Press, Boca Raton FL 435-454
5. Markov M. and R. Parker (2012) Electromagnetic Fields in Sports Injuries. Karolinska
Conference on Sports Medicine, Stockholm.
6. Markov M. and R. Parker (2012) Analytical Versus Empirical Design of EMF devices.
BEMS Annual meeting, Halifax, June 16-19, 2012
Cytowave’s technology was granted protection from the US patent office. This technology
was presented at various international meetings such as Scandinavian Congress of Sports
Medicine, VI International Workshop on Biological Effects of Electromagnetic Fields, XXXIIIth
Annual meeting of BEMS and published in peer-reviewed scientific journals.
Call us today at (844) 298-9283 or visit us at
www.cytowave.com to learn more about our programs.
About the Author Chief Technical Officer Richard Parker
has over 35 years of business experience and has been awarded
the central patent on the CytoWave process. Richard is a former
computer microprocessor designer and has also sponsored his own
successful companies in real estate development, and in the energy
field. Richard has focused his attention on the field of biomagnetic
therapy for the past 20 years, where he is a frequently invited speaker
at international venues and has published 14 papers in refereed
scientific journals. Richard earned a B.S. in Electrical Engineering
from the University of Florida and an M.S. in Electrical Engineering
from the Georgia Institute of Technology.
Summer 2015 | eqs | 17