What is the Amsat System? The Amsat System measures the electrical conductivity of biologically active parts of the human body, which give information on the condition of the internal organs and interconnected systems of organs. It is intended to aid clinical physical diagnosis of the functioning of human organs on the basis of localized current flow characteristics on the skin's reflexogenic Biologically Active Zones (BAZs). The interaction between six biologically active areas of the human body and every organ sets up a "question-answer" potential. The failure of organs to answer the “question” call and the quality of the answer of every organ to the “question” signal gives evidence as to its functional state, displayed in detail as a percentage value, with notification of whether the organ is in an acute or chronic state.
Basic Principles of the Amsat System The basic principle of the Amsat system is that it measures electrical conductivity of biologically active zones on the human skin. The Amsat system consists of an apparatus for the transmission of a signal, which automatically scans 11 biologically active zones on the skin of the head, body and extremities using an impulse with positive polarity (22 directions) and with a frequency of 10 Hz. The electrical test signal, which acts on the patient during the diagnostic process, generates physiological values for the organism. The electrical signal received via the testing apparatus is transmitted to a PC into a diagnostic sub-program which, on the basis of a set of mathematical theorems that are the scientific fundamentals of the Amsat system, carry out the process of recognizing the picture of the condition of the patient.
The information is then sent to another decision-making sub-program where an analysis of the electro-potential of the Biologically Active Zones on the skin is created, along with the degree of deviation above or below the permitted physiological boundaries. This information is converted into the format of a “phantom” (a computer-generated picture of bodily systems and organs). The information gained in this way is displayed on the computer screen in text form and as a graphic, both of which can be printed. The use of computer graphics gives the possibility of showing all the organs and tissues of the patient together with the percentage deviation from the norm. The Amsat system does not carry out the electro-potential analysis of the Biologically Active Zones over a fixed period, but rather as a continuous annotation that lasts until the moment that a complete picture of the electrical process has been generated, with no pauses between measurements.
The Amsat System Can be Used:
for the exploring the effectiveness of medical treatments, rehabilitation, and other therapies;
for the evaluation of the functional state of the organism and harmful effects of industrial and environmental factors;
for the evaluation of the suitability of professional demands on a given individual, and the functional capabilities of the body;
to assist medical professionals in tracking and examinations (screening, internal and specialist examinations etc.);
as an additional method of examination during a course of therapy, and in ascertaining the degree of spinal damage and degenerative dystrophy in spinal disorders;
for a wide spectrum of applications in testing the functional and adaptational capabilities of the human body;
for conducting differential diagnoses of the pathogenic mechanisms of development in changes in the organs and systems of the human body (localized primary changes in the organs or segmented vertebral system).
The Amsat System Cannot be Used:
when the patient has one or more extremity missing;
if there is any significant change to the skin (inflammation, large wounds, skin disorders etc.).
Important! Even though there has been no documented case in medical practice around the world of any negative effect of the Amsat System, in Croatia tests are not carried out on patients who are fitted with a pacemaker, or on pregnant women, and this may be advisable in other locations for liability purposes.