NLS research methods are becoming increasingly available in the primary diagnosis of celiac organ disease. So far, NLS images are 2D, which does not capture the dimensional interrelationships of the structures under study. To fundamentally improve NLS image quality requires a significant increase in informativeness and accuracy.

That's why the appearance of the Metatron 4025 Hunter system with 3D picture possibility is a new stage of development for NLS photography. The multidimensional reconstruction mode is based on the rendering of 3 mutually perpendicular imaging planes of the organ. The advantage of this approach is to obtain accurate topographic-anatomical correlations between target structures, thereby improving image perception.

The prognostic significance of 3D nonlinear image reconstruction in actual diagnosis is still being updated. One of the likely upcoming trends in the use of a given procedure is the early detection of pathological changes in the organs of the gastrointestinal tract, which require urgent and scheduled surgical measures.

The Metatron 4025 Hunter diagnostic may become the procedure of choice for the detection of bile duct stones and extent of dilation. In examining patients with choledocholithiasis, the classic picture of the stone is various forms of hyperchromic structures (according to the Fleindler scale, 5-6 points). The diagnostic accuracy of 3D NLS for choledocholithiasis exceeds 95.0%.