bionlsdiagnostics

The development of the new generation of non-linear computer scanners (Bioplasm NLS) making use of multidimensional virtual imaging of the body of interests, had allowed to substantially improve the efficiency of the NLS-method and even expand its fields of application despite the MRT competition. The originally volumetric pattern of scanning is a distinctive feature of the multidimensional NLS imaging. The data thus acquired are an integral array, which facilitates reconstructing multidimensional virtual images of anatomical structures of the body of interest. In this connection the virtual NLS is widely used especially for angiographic investigation with the tree-dimensional reconstruction of vascular formations. Another promising field of application of the three-dimensional image reconstruction based on the data acquired by means of multidimensional NLS is the study if hollow organs with a "virtual-NLS-scopy" involved. This kind of system was developed by Medintech Com

1. More than a dozen human organ classification, more than 450 kinds of more organs available to scan the site to determine; 2. Showing the current changes in the body structure and function and the degree of injury; 3. Can cause tissue damage to the current understanding of what kind of disease or predisposition; 4. Thermodynamic analysis Of  Bioplasm NLS Health Analyzer  showing the current changes in the body structure and function and the degree of injury; 5. Can understand the current caused by the tissue damage which is a virus, bacteria or parasites, and can analyze in vivo activity of the current state of the microorganism; 6. Allergens can understand the cell or gene analysis of the organization to which the composition has a higher sensitivity to frequency response; 7. Can understand the hurt of the tissue cells, in which the current drug or health food ingredients is the most suitable; 8. Energy restoration, energy replication frequency micro-conditioning and

The 3d nls health analyzer works by sending an infra-red triggering signal of extremely low intensity to the Bio-field around the brain via specially designed headphones. The principle is based on the fact the every cell tissue and organ has its own unique frequency pattern that varies as it experiences a load or stress. The healthier the area being investigated the more stable its frequency pattern is. We can direct the 3d nls to investigate the unique frequency of say the tissue of the right lung, given that the Bio-fields of both brain and lung tissue, (as with all parts of the body) are in constant communication with each other. With an acute problem one single therapy session is often all that is needed. With a chronic condition it may require several sessions over a period of time. The device scans each organ or tissue on a cellular level. There are no other methods today that can find illnesses at the same early stage that the 3d nls does. http://www.bionlsdiagnostics.c

Traditional roentgenologic methods still remain the basic in diagnostics of pulmonary organs diseases, but non-linear diagnostic research (NLS) of thorax organs opens conceptually new prospects for evaluation of lungs and pleura changes. Information about a pathological process is presented in a form of three-dimensional image with strict differentiation of various in spectral properties biological structures, at the same time application of ultramicroscopic scanning makes possible to study researched object in every detail. The study is not related to radiation exposure, it does not require expenses for additional equipment if a standard set of 3D NLS Plus  diagnostic devices is available. That is why at the present moment it finds more extensive application in diagnostics of lungs and pleura diseases and with increasing frequency becomes a topic of scientific works. Until today NLS-semiotics and classification of lungs abscesses have not been developed, there are no strict criteri