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Live cell Video Microscopy |
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Detect your body’s imbalances
Live cell analysis differs from traditional medical blood testing in which preserved blood is sent to a laboratory for an “autopsy” and analyzed for chemical composition and cell counts. Live cell work involves magnifying a single drop of live blood, taken from a fingertip prick and uses higher magnification. The cells of the blood live for at least twenty minutes and, with the aid of a video camera, are observed on a monitor, revealing certain subtleties. Although live cell microscopy was invented about 70 years ago, only with the recent advent of video camera and monitor did it become possible for the client to become involved by observing the immediate test results on the screen.
Live Cell & Nutritional Analysis
First Visit (upto 1 hr) …….….$95.00
Frank Yazdani, Certified Cell Analysis Microscopist
Live cell video microscopy can show:
· Free radical damage
· Indications of heavy metal toxicity.
· Bacteria in various stages of development.
· Live white blood cell activity.
· Parasites
· Fungi (Yeast/Candida)
· Undigested protein and fat
· Indications of digestive enzymes and hydrochloric acid deficiencies.
· Abnormalities associated with hormonal imbalances
· Folic acid and Vitamin B12 deficiency
· Iron deficiency
· Uric acid crystals (possible risk for gout).
· Poor circulation and abnormal blood clotting.
· Liver stress
· Bowel toxicity
· Plaque
· Essential fatty acid deficiency
· Plus many others
Process & Technology
When live cell is viewed, the microscopist can look at the sample through various lenses, dark field and bright field, both of which provide different illumination to help evaluate the same blood specimen. The “dark field” process gives a highly contrasted image so that live material can be easily viewed. This may be of value in the early assessment of environmental sensitivity, chronic fatigue syndrome, compromised immunity and other conditions months or years before traditional medical diagnosis.
Although the diseases themselves cannot actually be seen under a microscope, live cell analysis allows altered “blood ecology” patterns to be observed. These patterns allow disease imbalances to occur over time, and the idea is to modify and improve suboptimal patterns before serious trouble such as disease arises.
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