Some peculiarities of the method polarization selection of laser images in diagnostics polycrystal structure bile layers of human

Abstract

The research is focused on the analysis of potentiality of diagnostics and differentiation of cholelithiasis of patients with chronic cholecystitis and diabetes mellitus type 2 by means of new technique of polarization correlometry of human bile layers laser images. The techniques of laser polarimetry diagnostics of optical anisotropic structure have become widely spread among optical diagnostic methods of human biological tissues. A number of techniques of early diagnostics and differentiation of pathological changes in biological tissues structure, connected with their degenerative-dystrophic and oncological changes were developed. Biological fluids are much more accessible for direct laboratory analysis if compared with traumatic techniques of the biological tissue biopsy. In terms of the above mentioned the task of searching new additional parameters for laser diagnostics of biological fluids’ optical anisotropic structure appears to be topical. There was investigated a new technique of estimating the structure of laser images based on measuring coordinate distributions of mutual polarization degree is suggested that characterizes the homogeneity of optically isotropic and optically anisotropic components in biochemical composition of bile. The statistical (mean, dispersion, asymmetry and excess), correlation (correlation area of distribution of mutual polarization degree values) and fractal (dispersion of extremes of log-log dependencies of power spectra of mutual polarization degree values distribution) criteria of polarization-correlation diagnostics of cholelithiasis latent course and its stages differentiation on the background of chronic cholecystitis, diabetes mellitus type 2 and complex pathology are determined and substantiated.