NEWS
The Special Functions Of Biophilia Tracker X4 Max
Using Biophilia Tracker X4 Max not only can see the health status of the internal organs, and also easy to Know health trends after 3-5 years.
The System Of Electronic Oscillators - Biophilia Intruder
From the physical point of view «Biophilia » represents a system of electronic oscillators, resonating on a length of a wave, the energy of which is adequate to the energy of destruction of the predominant links supporting the structural architecture of the examined organism.
The Unique Equipment – Biophilia Tracker X4 MAX
The research system provides a unique opportunity of recording the frequency fluctuations of any preparation and comparing of many thousands already held in the PC database with pathological process’ characteristics and thus finds a remedy that has the closest spectral characteristic of the pathological process and selects the most efficient remedy. After reading the frequency characteristics of the researched biological object, the system compares the degree of their spectral similarity with healthy, and pathologically affected tissue, or infection agents, to obtain the closest pathological process or tendency. "Biophilia Tracker X4 MAX" system give an opportunity to significantly decrease time of express-evaluation of an organism as a system in a whole and changes in organs and cells, histological and cytological structures .
The Value of Metatron Hunter 4025 in the Evaluation of Gastric Cancer
According to most researchers, until recently NLS of Metatron Hunter 4025 was mainly used as a method to determine the extent of cancer spread to identify metastases and malignant invasion outside the stomach, in other words, the NLS survey method was even capable of diagnosing gastric tumors in disease exists.
The Value of NLS Imaging of the Biophilia Tracker in Nasopharyngeal Tumors
The value of NLS imaging of the Biophilia Tracker lies not only in the characterization of images for 3D analysis, but also in the ability to perform high-quality REA of ultramicroscopic regions of tumors without invasive biopsy.