Medex Test methodology is based on neurophysiologic principles and research into the reflexological pathways between the body’s internal organs and the skin. It is based on the following components:
· The skin and all nervous tissue develop during embryonic growth from the identical metaphase plate, the ectoderm.
· Correspondence among the innervations of visceral structures, organs and their representative skin zones (dermatomes, referred pain zones, metameric overlapping zones, Chinese reflexological zones, zones of autonomic innervations).
· Physiology of the standard nervous system pathways, including the visceral-visceral, visceral-somatic, somatic-visceral, somatic-somatic and visceral-cutaneous reflexes.
· Pathophysiology of damage to internal organs and corresponding reflex reaction of the nervous system.
· Changes in the electrical potential and impedance of the cells/issues/organs of human body corresponding to various disorders of internal organs.
Changes occur to the inter/extra cellular balances of ions, fluids, metabolic substance, neuropeptids and inflammatory mediators due to physiological and pathophysiological processes within the object (cells/tissues/internal organs). These imbalances provoke changes of electrical impedance in the object and transfer the electrical impulses with abnormal potential to the dorsal horn of the spinal cord and the metameres. The differences in impedance and potential from an internal organ may be registered in several representative dermal-visceral zones (DVZs) both inside and outside the same metamere.
We determined a strict intercommunication between impedance values at certain skin zones and normal/abnormal conditions of corresponding internal organs. Each internal organ has corresponding zones on the trunk and on the limbs. We examined DVZs both on the trunk and on the limbs and established that the information from the limb-zones is an average value of the impedance of all zones of a specific dermal-visceral interconnection.
The choice of dermal-visceral zones (on the limbs), the method of registration, the algorithms of zones and the corresponding organs disorders were developed and examined during clinical trials. We did not consider neuroreflexological zones on hands and feet as specific maps for internal organs. We did not use absolute values of a zone’s impedance for detection of damage to the related organ. We estimated the full panel of zones values (24 zones) in a relative manner. Only after measurements of all zones using our proprietary algorithms and coefficients, may we suspect pathology of certain internal organs.
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