The data obtained using the 3D "virtual NLS scope" allows the optimal biopsy location to be selected in advance and the extent of surgical intervention to be determined. This method can be used independently or as a link between tomography, endoscopy and NLS studies.

The NLS method is improved not only by introducing new technological inventions, but also by new ways of application. Simple surgical procedures, such as biopsies, are performed over time with the help of ultrasound, fluoroscopy, and computed tomography. Now biopsies can also be controlled by NLS.

NLS diagnostic system - Metatron 4025 Hunter costs much less than other hardware diagnostic methods. It facilitates widespread adoption of the method in low-population countries.

Compared to other hardware diagnostic methods, NLS allows obtaining images that are closest to pathological anatomical images. This, together with safety, has facilitated the rapid development of diagnostic methods for NLS.

The first decade of the new century saw a considerable expansion of the diagnostic features of the Metatron 4025 Hunter technology, beginning with the introduction of new technologies and the application of modern computing equipment. Concepts such as NLS-supermicroscopy, nonlinear spectroscopy-entropy analysis have become routine in many clinics.

With the development of inexpensive portable digital NLS systems, their range of applications has also expanded; improvements in the capabilities of communication means will allow the transmission of real-time pictures to medical consultation centers from anywhere on the planet. A practical market for 3D visualization diagnostic techniques is formed through harmless non-ionization methods that enable multiple dynamic studies, i.e. NLS technology certainly stands out.

In order to achieve significant improvements in NLS image quality, a substantial increase in the amount and accuracy of the information included is required. The increase in the amount and accuracy of diagnostic information in NLS images is a major goal of modern technological developments.

Increasingly, clinical therapists are aware of the need to master NLS diagnostic equipment, as there is a clear need for properly educated specialists in this field. At the same time, among traditional medical specialists, there is a trend towards greater focus on computed radiography and magnetic resonance imaging studies.

This is why NLS techniques, unfortunately, remain hidden from more orthodox diagnostic methods. Clinicians will be ready (and in many ways are ready) to improve their diagnostic possibilities by using NLS techniques, often without the need for X-CT, MRI, and radionuclide methods.

However, the key to optimal diagnostic and therapeutic application, in all senses, original and efficient medical technology, can only be found in the strategic partnership of NLS diagnostic specialists, radiologists and clinicians.