Non-linear diagnostic method is still being developed. Diagnostic methods improve very fast, so the versions of the system are renewed every six months. By means of using of new systems with digital trigger sensors NLS-diagnostic became not only faster, but its quality was increased also. It is obvious that dynamic methods, such as 3D visualization of research results, soon will be put into practice.

    Differing from computer tomography and NMR, NLS analysis does not require fields of high intensity.

    Inventing of a new generation of computer non-linear scanners for metatron hunter 4025, in which multidimensional virtual visualization of investigated object is applied, allowed to increase significantly the efficiency of NLS method itself and extend its field of application. The peculiarity of NLS multidimensional visualization is initially multidimensional character of scanning.

    The results of such scanning represent a single array, which facilitate reconstruction of multidimensional virtual pictures of anatomic structures of the investigated object. As a result virtual NLS can be widely used, in particular for angiographic studies with three-dimensional reconstruction of vascular structures.

    Preparation of images for visual analysis is carried out by means of “4D TISSUE” original technology developed by the Institute, that allows not only getting of virtual multidimensional pictures of anatomic and histological structures, but also marking of a researched biologic tissue with color – so called “additional dimension” and visualizing of bones, soft tissues and vessels simultaneously or in any desired succession.

    3D-visualization system is intended to reveal obstructive processes of upper respiratory tracts, inflammatory processes in a gullet, stomach and large intestine, atherosclerotic lesions of large vessels, illnesses of accessory sinuses of nose, urinary bladder and vertebral canal.

    Data acquired with 3D “virtual NLS-scopy” allows choosing optimal place for biopsy in advance and determine extent of surgical intervention. This method can be used both independently and be a link between tomography, endoscopy and NLS-studies.