1, France Hawkeye Detection whole body scanning system is based on the physiological feedback signal of one-way conduction, timing current analysis method analysis, through the digital model of the data for 3D reconstruction. Adopting the world's first low-voltage DC stimulation induction technology, it sends low-voltage DC signals to the human body an average of 255 times every 3 seconds.
2. It is converted into ionic current in human tissues, and based on the polarization movement of the ionic current at the cathode and anode poles, it obtains the electrical resistance, electrical conductivity, PH value, voltage, and the action potential of the cell membrane through the tissues, and evaluates the electrophysiological activity of the mesenchymal cells of the various organs of the human body.
3. Detection Principle: The DDFAO system analyzes the physiological feedback signals according to their unidirectional conductivity, performs the chrono-current analysis method, collects the information about the human body's functions in a digital form, and reconstructs the data in 3D through a digital model. In just a few minutes the entire organism can be.
4, using low-voltage DC stimulation induction technology, through the forehead, hands, feet symmetrically placed six electrodes, in the human body 22 body area continuously sends an average of 255 times every 3 seconds of low-voltage DC signals, which is converted into ionic currents in the human body tissues, based on the ionic currents in the cathode, anode polarization movement, to obtain through the tissue of the electrical resistance, electrical conductivity, PH value, voltage, and the action potential of the cell membrane it crosses, activating the electrophysiological activity of the interstitial cells of each organ of the human body.
5. When applied to the detection of a diseased organism, this system can comprehensively evaluate the biological activity and functional status of the organism, identify the root causes of disease, point out the correct direction for treatment, and accurately evaluate the effects of therapeutic medication, so that the patient can adjust the varieties and dosages of medication in a timely manner.
6. DDFAO technology can be used to accurately assess the effect of radiotherapy or drug treatment on tumor patients, guide the clinic to carry out reasonable and planned treatment, improve the quality of patient's survival, prolong the survival time of patients, and reduce the body damage caused by unnecessary radiotherapy.
Expanded Information:
The fundamental difference between DDFAO and other medical examination equipment is:
(1) DDFAO gives a precise and comprehensive report on the biological activity and functional status of the body's various systems and organs, whereas an ordinary medical checkup can only detect organic lesions that have already occurred, and does not help the doctor understand the root cause of the lesions.
(2) In most cases, the biochemical indicators provided by the physical examination show that the patient has no major diseases, but in fact, the disease is forming, and the function of the patient's internal organs is weakening or hyperactivity.
(2) DDFAO can detect the location of the lesion, the extent of the lesion, and the direction of the next stage of development of the lesion at an early stage.
(3) The reference values of neurotransmitters, hormone levels, and body fluid pH provided by DDFAO can help doctors understand the physiological state of the human body comprehensively, which is a key guidance for early intervention of diseases.
(4) DDFAO scanning provides a three-dimensional image of the autonomic nervous system, which comprehensively and accurately reveals the functional state and activity of the autonomic nervous system, and is a major breakthrough in medical technology. This technology allows physicians to gain a comprehensive understanding of the patient through the autonomic nervous system, so that they can intervene and control the immunocompromised state caused by bad moods and poor states of mind.
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