This section contains the results of studying the relationship between 3D distributions of the optical anisotropy parameters of self-assembled soft matter films - polycrystalline blood film networks and layer-by-layer phase maps of the module and phase of the parameters of the "two-point" (correlation) Stokes vector of a microscopic image. The values and ranges of changes in the statistical moments of the 1st to 4th orders, which characterize the layered maps of the module and phase of the Stokes vector parameters of microscopic images of blood films taken from patients with adenocarcinoma of the prostate, were determined. Physically substantiated and experimentally determined the effectiveness of 3D Stokes-correlation mapping of blood film preparations in differentiating malignant conditions of prostate tissue with varying severity.
Paper presents the possibilities of the polarization-singular approaches to increase the efficiency of differential Muellermatrix polarimetry diagnosis of histological sections of biopsy of adenoma and adenocarcinoma of the prostate with excellent balanced accuracy. Physically substantiated and experimentally determined the effectiveness of the method of 3D layered Jones-matrix mapping of preparations of polycrystalline films of blood plasma and saliva in the diagnosis of malignant conditions of prostate tissue. Physically substantiated and experimentally determined the effectiveness of the 3D method of direct and with spatial-frequency filtering of layer-by-layer polarization mapping of preparations of polycrystalline films of blood in differentiating malignant conditions of prostate tissue.
The results of layer-by-layer measurements of the coordinate distributions of the polarization ellipticity of laser radiation transformed by self-assembled polycrystalline soft matter films - bile films are presented. The efficiency of the method of 3D polarization mapping of polycrystalline networks in differentiating optically anisotropic films of bile from healthy donors and patients with type 2 diabetes mellitus and non-calculous cholecystitis is considered. High accuracy (90.3% ≤ Ac ≤ 93.1%) of differentiation of normal and pathological conditions was achieved.
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