INTRODUCTION

The human body is an extremely efficient controller of its internal environment

This also applies to all living species and veterinary science

• This is achieved by various electrical, chemical, hormonal, and other mechanisms of the body.


• Some of these controlling effects are relatively easy to observe namely:
  Heart rate – electrically measurable with an ECG monitor
  Brainwaves – electrically measurable with an EEG monitor
  pH – chemically measurable with a pH meter
  Blood pressure – mechanically measurable with a stethoscope and an inflatable cuff


• The body and cells are continuously identifying and destroying pathogens (viruses, bacteria, fungi, and parasites) and build intricate molecular systems to improve immunity against these pathogens.


• These identifying mechanisms are complex and powerful and use an unknown number of actions, the basis of which are identification through pathogen chemistry and pathogen genetics.


• The immune system has the capability to identify pathogens by frequencies related to the physical genetic structure of the pathogen.

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RESEARCH FOUNDATION

The immune system's response to pathogens based on their frequencies are measurable through the skin

• The skin is the largest organ in the human body, and richly innervated.


• Neurological tissue and skin originate from the same embryonic layer - the ectoderm. Skin Conductance or EDA (ElectroDermal Activity) can utilise the sympathetic nervous system peripherally and centrally, as confirmed by functional MRI.¹


• This is done through sympathetic post-ganglionic fibres, consisting of non-myelinated class C fibres, innervating sweat glands or eccrine glands.


• Bioelectrical impedance analysis (BIA) is used to assess body composition, intra- and extracellular water, and components, capitalising on the conductive properties of the body. BIA is considered safe and accurate.²


• By understanding these concepts and how the body will react to frequency stimuli, the EPD Bio-Tracer was developed.

¹McBride and Schmorrow, 1967-2005; Sadler, 2014; Critchley, 2002; Dawson, Schell and Filion, 2007
²Mialich et al., 2014; Kotler et al., 1996; Nyboer and Kornmesser, 1970

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METHODOLOGY

EPD Bio-Scan’s pathogen detection technique uses the following three basic principles to identify pathogens in the body:

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THE PROCESS

The EPD Bio-Tracer process can be summarised in the following steps:

1. Transmit a series of pre-determined frequencies to the body. If that pathogen is active, the body (and compromised cells) reacts holistically and immediately.


2. The EPD Bio-Tracer identifies this reaction at the administered frequencies.


3. The unit uses the genetic structures of pathogens to correlate to the reacting frequencies.


4. The frequencies are compared to a database of 7,000+ pathogens and subspecies (which is continually updated).


5. The pathogens that correlate significantly to the frequencies are displayed for further action by a health professional.