The creation of the ultra-high-speed "intelligent" Metatron 4025 hunter appears to be one of the most important features of the next generation of 3D imaging.
Another technological achievement that opens up new prospects and functions for NLS diagnosis is "three-dimensional imaging" (3D).
Even a few years ago, 3D was considered a long-standing aesthetic ideal that was difficult for NLS diagnostic professionals to apply. Currently, it is not only an integral part of scientific research but also of practical diagnosis. Terms such as "surgery under 3D NLS visualization control" or "3D virtual NLS imaging" are increasingly common.
The preparation of NLS images for visual analysis is carried out using the "4D TISSUE" original system developed by the institute. This system not only acquires virtual multidimensional images of anatomical and histological structures but also colors interesting biological tissues—"additional dimensions"—and visualizes bones, soft tissues, and blood vessels simultaneously or in any desired order.
A key feature of the virtual data representation in the "4D TISSUE" system is the simultaneous visualization of spongy and extramural growth surfaces located outside the studied cavity (lymph nodes, blood vessels). The captured images form a natural continuity of virtual NLS images. Simultaneously, a special navigation program automatically defines the trajectory of the "virtual scanner" at the center of the investigated cavity. The trajectory can be defined by other user-declared settings, allowing for the specification of NLS image details through visual alterations. With the aid of the Epi-client program, the continuous formation of NLS images can be easily converted to the standard VHS format, thus enabling use with common video systems such as remote radiology.
Firstly, the "4D TISSUE" system is designed to reveal obstructive processes in the upper respiratory tract, volumetric growths in the esophagus, stomach, and large intestine, atherosclerotic lesions in large blood vessels, and diseases of the nasal sinuses, bladder, and spinal canal. Data acquired through "virtual NLS imaging" allows for the pre-selection of optimal biopsy locations and the determination of surgical extent. This method can be used independently or as a link between computed tomography, endoscopy, and NLS studies.
The bright future of such procedures is undeniable, as these technological advancements aid the work of diagnosticians and allow for the clear representation of anatomical features and pathological changes during the examination of organisms.
The creation of the ultra-high-speed "intelligent"
Metatron 4025 hunter appears to be one of the most important features of the next generation of 3D imaging.
