Non-linear (NLS) diagnostics of
Meta Hunter, based on a new physics of quantum-entropy interaction allows to acquire maximum information about gravity, maturity and intensity of functional changes in human organism during medical check-up. In majority of cases application of this technology has a principle meaning for diagnosing and therefore for choosing of proper treatment course. Thereby developing of this method became a great improvement in diagnostic medicine. Development of NLS-technologies cannot be separated from main problems of medicine – reasons of diseases development, their early diagnostics and objectivization of treatment efficiency. Despite decreasing of cardiovascular diseases mortality rate (according to world statistics), the situation around «epidemic no. 1» is still remains unfavorable. Constant growth of oncological and hereditary pathologies is registered. In modern world protective, less-invasive, bloodless surgery goes together with therapy which becomes more and more «aggressive». And if we take into account that our civilization is technogeneous, it is quite possible that humanity will face new and unknown diseases in future. With this background development of diagnostics methods goes on and NLSresearches is one of the most significant among them.
To achieve significant progress in quality of NLS pictures, considerable increase of amount and accuracy of contained information is required. It is increasing of amount and accuracy of diagnostic information in NLS picture that is the main objective of modern technologies development. Nowadays, new approaches to acquiring and analysis of information can be divided into those related to visualization in three-dimension mode and those related to increasing of devices’ generation frequency, which is directly associated with increasing of resolution during research of organism tissues’ ultrafine structures.
In identification of NLS-systems’ operating characteristics high-frequency generators have principal meaning. Major part of the most significant achievements in picture quality improvement and in growing of our clinical possibilities related to innovations in development of non-linear generators. Working frequency ranges of modern generators are within 1.4 – 4.9 GHz, which allows us to research almost all internal organs, anatomical masses and tissues with up to 30 micron resolution. However non-invasive visualization of ultrafine structure of tissue at separate cell organelles and DNA fragments may be hampered. That is why technology of high frequency non-linear generators manufacturing have changed greatly.
