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The text below outlines some of the new items we would like you to know about. For more in-depth discussion, follow the link of your choice: Cyclic Variations in Altitude Conditioning / CVAC (Aug 2009) Ultraviolet Blood Irradiation (Summer 2009) Microdose Biomodulation / Biopuncture (June 2009) Class IV Laser 980nm with Frequency Modulation (Summer 2008) Electro Interstitial Scanning (Summer 2008) Photon Directed Actions (2008) Breast Thermography (January 2006) A thermogram is an infrared thermal image. An infrared camera is used to photograph the heat coming from your skin. We use a state-of-the-art ultra-sensitive infrared camera and sophisticated computer software to detect, analyze, and produce high-resolution diagnostic images of these temperature and vascular changes. The equipment is so sophisticated that according to an article in Alternative Medicine Magazine, September 1999, thermography enables detection at the very beginning of angiogenesis so that it may be two to three years ahead of other diagnostic devices. We now know that it can see abnormal function well before that. It may differentiate between cysts and tumors. For this reason thermography could be used in younger women, those for whom mammography would not be effective. The heat pattern is analyzed by one of the world's experts in thermography and the report is sent back to us within a few days. The procedure is non-invasive: nothing enters or touches the body. Our thermograms are entirely private. There is no compression as there is with mammography. There is absolutely no risk of injury, radiation, etc. Unlike other centers doing themrography, we do a functional challenge that helps us identify abnormalities that could otherwise be missed. Frequency Specific Microcurrent (Fall 2005) Microcurrent is a faint electric current that is so small it is measured in millionths of an amp. By comparison a TENS unit and most other electro-therapies produce milliamps, 1000 times greater. Your own cells generate a current in the microamp range and this is why you can not feel it - the current is so low it does not stimulate sensory nerves. What it does is dramatically stimulate ATP (energy) production in the cells of your body. In doing so, this dramatically increases the tissue's healing rate. The almost immediate response to the correct microcurrent suggests that other mechanisms are involved as well. The exact effects or changes that result from microcurrent frequencies have not been proven because no biopsies have been done after microcurrent has been applied. Nevertheless the changes in the tissue are unmistakable; scars will often suddenly soften; trigger points often become less painful; swelling often drains within minutes when the "correct" frequency is applied. In many situations the changes seen seem to be long lasting and in many cases permanent. I believe FSM works on the principle of biologic resonance. A singer can shatter a glass when the note resonates with the crystal structure of the glass. Microcurrent frequencies seem to be able to resonate with biologic tissue when the frequency is correct. Once the tissue is changed and stable, it seems to be able to stay in the new configuration with proper nutritional support. Animal research confirms that the frequency to reduce inflammation reduces inflammation by 62% in a mouse model. Prescription drugs reduce inflammation by 45% in the same mouse research. The FSM reduced inflammation in other studies almost immediately as well. Every patient responds individually but the changes to the muscles seem to be long lasting. About 60% to 80% of the changes created in one treatment last until the next treatment, about four to seven days. Your muscles are used to being the way they are and may return to the old configuration if not treated again. Although patients have had permanent changes in one treatment, the average number of treatments depends on the complexity of the problem. Arterial Health Assessment through DPA (Fall 2005) The DPA (Digital Photo-plethysmograph Analyzer) is a FDA approved device used to measure and analyze pulse waveforms and heart rate. The measurement probe is placed on your finger (or toe) and a LED light is transmitted through your finger to a photodiode sensor on the other side. The sensor detects how much light was absorbed by the hemoglobin in your blood vessels. The DPA converts the changes in light into a waveform and graph, which are used to assess your heart rate, blood vessels, and the power and speed of your heart muscle. For example, the proportion of your blood pumped out during each beat compared to the amount that remains in your heart at the beginning of the next beat, is called the ejection fraction. The ejection fraction estimates the hearts pumping ability based on the relationship between end diastolic volume, stroke volume, end systolic volume, and ejection fraction. From the information provided, the following can be assessed: Early detection of hypertension, early detection of arteriosclerosis (hardening of the arteries), blood circulation status, the relative age of your blood vessels, and disturbances in the smaller blood vessels not found when measuring you blood pressure with a cuff. Toxic Metals and why there is variable toxicity and successful excretion (March 2006) Body Composition Assessment (BIA) Weight Loss through our Ultra-Lite Program |
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