Widespread use of Biophilia Indruter
Widespread use of Biophilia Indruter
Data obtained using a 3D "virtual NLS mirror" allows for the selection of optimal biopsy locations in advance and the determination of the extent of surgical intervention. This approach can be used both independently and as a link between tomography, endoscopy, and NLS research.
The NLS method is not only invented by introducing new technologies, but also improved by new ways of application. Simple surgical procedures, such as biopsies, are performed over time with the help of ultrasound, fluoroscopy and computed tomography. Biopsies can now also be controlled by NLS.
The cost of the NLS diagnostic system - Biophilia Indruter is much lower than the cost of other hardware diagnostic methods. It has facilitated the widespread application of the method in low-income countries with populations.
Compared to other hardware diagnostic methods, NLS allows obtaining images that are the closest to the pathological anatomical images. This, along with safety, has contributed to the rapid development of NLS diagnostic methods.
The first decade of the new century saw a considerable expansion of the diagnostic features of NLS technology, starting with the introduction of new technologies and the application of modern computing equipment. Concepts such as NLS-supermicroscopy, nonlinear spectroscopy-entropy analysis, etc., have become routine in many clinics.
With the development of inexpensive portable digital NLS systems, their range of applications has also expanded; improved means of communication capabilities will allow real-time pictures to be transmitted to medical consultation centers from anywhere on the planet. The practical market for 3D visualization diagnostic technology is formed through harmless non-ionizing methods, enabling a variety of dynamic studies, that is, NLS technology definitely stands out.
To achieve significant improvements in NLS picture quality, the amount and accuracy of the information contained needs to be greatly increased. The increase in the quantity and accuracy of diagnostic information in NLS images is a major goal of modern technological development.
An increasing number of clinical therapists are realizing the need to master NLS diagnostic equipment, as there is clearly a need for properly educated specialists in the field. At the same time, among traditional medical experts, there is a tendency to focus more on computer X-ray imaging and magnetic resonance imaging research.
This is why NLS techniques, unfortunately, remain hidden in more orthodox diagnostic methods. Clinicians will be ready (and in many ways ready) to improve their diagnostic possibilities by using NLS techniques, often without the need for X-CT, MRI, and radionuclide methods.
However, it is only in a strategic partnership of NLS diagnostic specialists, radiologists and clinicians that the keys to the best diagnostic and therapeutic applications, in all senses, original and efficient medical technologies can be found.