Biomedical Engineering Reference
In-Depth Information
Conclusions
In this exemplary case study, we have found a rapid rate of tendon
healing as well as tendon healing with the ultrasonographic
evidence of the return to normal and homogeneous tendon cell
integrity as proven by the uniform and normal echogenicity.
Thedurationofhealingtime,asevidencedbyultrasonography
in this case study, as well as the clinical signs of healing and
rapid return to function was 43 days; from the first diagnostic
ultrasound scan on 4-09-04 to the last ultrasound scan on 5-22-
04 to date.
ThisclearlyshowsthatEquineCymaBioresonancetreatments
have surpassed any standard veterinary treatment of the SDFT
injured horse by approximately 5 to 22.5 months ahead of any
known standard treatmentsprovided in the literature.
The high quality of the homogeneous, healed, tendon tissue,
per ultrasonographic evidence, translated into a low to null
continued morbidity or threat of reinjury.
Thecostsavingsinveterinarydiagnostics,care,treatmentand
maintenance over time, as well as the preservation in value of this
athletichorsewillfurtherinsurethishorseowneragainfulreturn
on theirsubstantial financial investment.
Evaluation
These case studies demonstrated a significant improvement in
pain and swelling, as well as objectively measurable functional
improvements. Objective markers such as clinical improvement in
ROM,functionandreturntoworkwithnosignsoflamenessatthe
jog or the gallop.
With the encouraging results of these case studies, further
investigation of the e
cacy of this acoustic device iswarranted.
References
A.H.J.Fleming,“
Electromagneticself-fieldtheoryanditsapplication
to the hydrogen atom
”, Physics Essays, accepted for publica-
tion May 2005. http://www.unifiedphysics.com
A.H.J.FlemingandE.B.Colorio,“
Predictionofaphotonicchemistry
”,
26
th
annual meeting of BEMS, Washington, June 20-24,
2004a. http://www.unifiedphysics.com
