NLS method is being improved not only by means of introducing of new technical inventions, but by new ways of application. Simple surgical manipulations, such as biopsy are carried out with the help of ultrasound, fluoroscopy and computer tomography for a long time. Now biopsy can also be controlled by NLS.

    The cost of metatron 4025 hunter is much lower than the cost of other methods of hardware diagnostic. It promotes wide application of the method in countries with low income of population.

    Comparing with other methods of hardware diagnostic, NLS allows getting the image closest to pathologoanatomic one. This, together with safety, promotes quick development of NLS diagnostic method.

    The first decade of the new century is marked by considerable extension of NLS-technology’s diagnostic features, first of all by means of new technologies introduction and application of modern computing equipment. Such concepts as NLS-ultramicroscopy, non-linear spectral-entropic analysis, have become customary in many clinics.

    Together with development of inexpensive portable digital NLS-systems, scope of their application has been extended also; improvement of communication means capabilities will allow to transmit live pictures to medical consulting centers from any place on Earth. Pragmatic market of 3D-visualizing diagnostic technologies is formed by means of harmless nonionizing methods, allowing to fulfill multiple dynamic researches, i.e. NLS-technologies undoubtedly comes to the fore.

    To achieve significant progress in quality of NLS pictures, considerable increase of amount and accuracy of contained information is required. It is increasing of amount and accuracy of diagnostic information in NLS picture that is the main objective of modern technologies development.

    Nowadays, new approaches to acquiring and analysis of information can be divided into those related to visualization in three-dimension mode and those related to increasing of devices’ generation frequency, which is directly associated with increasing of resolution during research of organism tissues’ ultrafine structures.