Description For Bioplasm 8D LRIS

State of the art bio-resonance system for analysis and treatment with NLS technology. This is the most precise, informative and safe method for express overall body testing. Bioplasm 8D LRIS system is an advanced non-invasive device for physical examination and analysis system, using the light wave resonance to scan and detect the functional status of the Human body or to trace the gradually formed abnormal conditions in the tissue, cell or entire organ, then provides treatment.

The studies showed that the new bioplasm nls version is really a huge step forward in the development of the NLS Systems. 8D LRIS system was enlarged with hundreds of new virtuel pictures. The system finds by himself the DNA fragments with the most information loss. If these deviations on the DNA fragment-level are balanced, a lot of symptoms all over the body can disappear.

Bioplasm 8D NLS is a new, revolutionary step in software creation. Hundreds of virtual models, starting with chromosomes, DNA and cells and up to models of organs and joints, were added to bioplasm nls.

Introduced for the first time in "bioplasm nls" software: all peculiar to Homo Sapiens species anatomical, histological, cytological structures including ultramicroscopic ones; Spectrums of minerals and gems, it allows to select according to individual biocompatibility a gem for permanent carrying or apply lithotherapy; A possibility to evaluate not only tissues of human organism, but also an ultra structure of microbial agents, viruses, helminthes, rickettsia, toxoplasms and trace on which parts of bacterial cell various antimicrobial medications influence.

The 8D NLS health analyzer enables a production of a preset bioeletrical activity of brain neurons, with this activity as a background it becomes possible to selectively amplify signals hardly detectable against the statistical fluctuations, and then isolate and decode the information they contain.

In a way Bioplasm NLS health analyzer takes bearings of this radiation just where it originates in order to then decode and display it on the computer screen where a virtual model of the organ is produced in specific colors.

Computer models also give physicians a three dimension projection of internal organs. Colored marks placed upon the picture make it easier for the doctor to determine the site of pathological process. It is possible to judge the process of disintegration of these biological structures, and to make prognosis, by comparing the range of colors of the marks and their arrangement on the computer model of the organ, using the dynamics of their change over a period of time.