There are some substances that cannot be smelled or detected with the naked eye. In these cases, testing can help determine if they are present. In the independent research conducted in England[1], the local tap water was tested (orange row in the table below) as well as the control water resulting from operating the equipment with no feet (array only) in the water (pink row). The water resulting from the first and fifth 30 minute treatments on five participants was tested as shown by the blue rows
Notice that the amounts of ammonia, nitrates, and phosphates decrease to 0-.15 mg/L when the equipment is operated with no feet (array only) in the water. However, when the equipment is operated with feet in the water, the amounts of all three substances increase significantly to as high as 12.0 mg/L for nitrates. Notice that typically, the fifth treatment yielded much more nitrates than the first. We regularly test the resulting dermal chelation water for mercury using SenSafe Boris’ Mercury Check Test Strips if we see black specks present. We have found the resulting dermal chelation water to contain mercury levels ranging from 0.001 to 0.007 mg/L. It appears that heavier metals such as lead are only present in the water when metal clings to the metallic coils of the array.
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Dermal Chelation and Dark Cell Microscopy
Understanding Colors and Textures of the Resulting Dermal Chelation Water that Indicates:
Reference:
[1] Aqua Detox. Scientific Research, The Evidence. 2008;5
