How does Electrodermal Screening work?
Here you go the answer to the most common question: how does it work?
Modern biophysics has demonstrated that cells may interact with one another and regulate the biological and chemical processes in the body because they resonate at specific frequencies and possess radio-like transmitting and receiving characteristics.
This specialized non-invasive method of electrical resonance testing, known as electrodermal screening, is used to find potential cellular imbalances or stressors that may be affecting the body's electrical system because healthy harmonic cells resonate at a very different frequency from that of unhealthy cells.
Electrodermal Screening (EDS) is a type of automated information collecting that relies on physics rather than chemistry. In particular locations on the patient's hands, face, or feet that correspond to acupuncture points at the start or end of energy meridians, a blunt, non-invasive electric probe is inserted. This method assesses the movement of energy or, more precisely, the resistance to the movement of electrons through a person's skin.
All parts of our bodies have energy that can be physically measured.
Energetical alterations in the organs always precede physical symptoms, and with EDS, the alterations can frequently be registered months or even years before the physical symptoms appear.
The two principles of EDS are:
Each acupuncture point has a direct relationship to a specific organ and/or system in the body.
Using sensitive instruments, one can measure the electromagnetic potential at each acupuncture point and thus draw a conclusion as to the functional state of the inner organs or systems.
On the device are two cables, one positive and one negative. The positive lead is attached to a stylus with an electrode tip. The tester holds the stylus by the insulated handle and presses the tip against one of the patient’s acupuncture points. The patient holds a hand electrode in his or her free hand. During the measurement, the patient and the device form a closed circuit, allowing energy and information to flow from the device to the probe, through the patient to the hand electrode and back to the device.
The device reading is a measurement of how much energy flows through the circuit (the lower the resistance, the higher the reading) and is usually described using two values: the initial reading (generally the highest value) and the indicator drop (ID).
See the video bellow for more information!
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