The 3D Interface Of 18D-NLS
NLS-research methods in primary diagnostics of diseases of abdominal cavity organs become more and more available. Up to the present moment the NLS-images were in 2D which did not cover the dimensioned interrelation of structures under research. Significant information volume and accuracy increase is required to achieve fundamental improvement in NLS-image quality.
That is why appearance of 18D-NLS systems with 3D pictures feasibility became a new development stage of NLS-graphy. The multidimensional reconstruction mode is based on rendering of 3 mutually perpendicular imaging planes of the organ. The advantage of such method is getting of accurate topographic-anatomical interrelations between targeted structures which results in improvement of picture perception.
In a word, You only need to spend half an hour can get your physical condition information, and is a doctor or examiner common analysis results. You can from "anatomy special map file simulation see" own organs, etiology, symptoms relationship, and the diagnosis, for example: gastric ulcer, fibroids, cyst, prostatitis or adenoma and thyroid dysfunction, internal organs, endocrine disorders, such as stone.
Quantum Physics Device – 18D NLS Health Analyzer
Quantum Physics has become a phenomenon in the world. Alternative health incorporates devices from the quantum world which rely on independent energies of the world, such as plants, parasites, bacteria, virus and fungus. Within the human body these energies and stresses are segregated to specific functions and stressors which now can be translated within electrical devices on functional development.
The New And Low-cost Technology – 18D NLS Health Analyzer
Being different from computer tomography and NMR, 18D nls health analyzer does not require fields of high intensity. This method seems promising for metabolism researches, in particular at the cell level.
CT And 18D NLS In Degenerative-dystrophic Damages Of Intervertebral Discs
CT provides required information about topographic and anatomical relations in spinal segment, specifies the charecter of bone tissue pathological damages and visualises the vertebral canal and paravertebral area structures. CT has high sensitivity in detection of protrusions and vertebral hernia, allowing us to specify their localisation and degree of volumetric damage. In the first place CT is prescribed in cases when according to radiology reason of pain syndrome is, probably changes of in the bone structure of vertebrae like osteophytes, stenosis of vertebral canal, dysplasia, development abnormalities, spondylolisthesis, spondylolysis, spondylarthrosis and tumors.