Bioscanner

The bioskener is a high-tech device that records 171 health indicators within a minute and provides complete information about the body's condition. This research method is quick, accurate, convenient and economical. Within a minute, the device gives complete information about 26 organs and systems - cardiovascular, cerebrovascular, sexual system, mineral density of bones, trace elements, lung, respiratory tract, blood sugar, stomach, intestine, liver, bile and others. The bioscanner uses scientific excellence in electronic technology. It takes into account the weak magnetic field of the human body, and after amplifying and processing data from a built-in microprocessor, compares them with disease standards and reflects them in specific values.

The human body continually produces a large number of ketchs, which grow, evolve and renew by fission. Every second they divide about 25 miles. cells, and per minute is renewed about 100 miles. blood cells. In the process of cell division and renewal, the atomic nucleus and electrons move at high speed, emitting electromagnetic waves continuously. Signals of electromagnetic waves are different in good health, disease state and disease. If we can measure these specific electromagnetic signals, then we can also determine the health of the person.

According to Quantum Medicine, the basis of each disease is the change in electron rotation around their own axis (spin) and the change in orbital rotation of electrons around the atomic nucleus, which leads to a change in the atoms (constituent matter), a change of micro and macro molecular level , a change in cellular and ultimately tissue-level. Since electrons carry a charge when the spin of electrons and their orbit around the atomic nucleus changes, electromagnetic waves emanating from the atoms also change. In body disease, the energy of electromagnetic waves is extremely weak, usually from nano gauge to micro gauge (gauge is a magnetic flux density measurement unit). The frequency and energy of the weak magnetic field is counted from the scanning handle. Results are then matched by a built-in microprocessor with the resonant spectrum of quantum standards in disease. After the frequency and energy are increased and processed by the software program, a corresponding value (from positive to negative) is recorded. The amount of this value determines the nature and extent of the disease. The results of the measurements made with the bio-scanner are then diagnosed by a physician.

The damaged cells are different from the normal cells and the electromagnetic waves emitted by them are also different from the electromagnetic radiation of the normal cells. The bio-scanner testing differences, sends standard wave specimens (sample) to damaged cells. If the patient has damaged cells, resonance will occur and the device will record the signal. The greater the number of damaged cells, the more intense the signal and the quantum value tends toward a positive value. If there are no damaged cells, no resonance will occur and the quantum value will turn to a negative value. Similarly, radio waves work. There are many radio waves in space. If you want to listen to a particular program, you have to set the radio at the specified frequency, where resonance appears and you can listen to the radio program. The same principle is used in the bio-scanner.