The morphological and anizotropy characteristics of the left ventricle false chordae tendineae of human heart in the aspect of their anisotropic properties using spectroscopic-polarization methods was studied. There are given the results of statistical correlation structure of the spectral dependence of the two-dimensional Mueller matrix elements and phase shifts of histological sections of different morphological structure and physiological state. The relationship between the distribution of orientations of the optical axes birefringent miozyn fibrils with a set of statistical moments that characterize the distributions of Mueller matrix elements in different spectral ranges and half-width corresponding autocorrelation functions are established.
The purpose of the study was to determine the histochemical and laser criteria for diagnosis of background, precancerous and endometrial cancer by the state of the cervical canal wall. The given data on the state of connective tissue in the endocervix can distinguish three differential prognostic possibilities: 1) prediction of the condition of the connective tissue of the endocervix of the normal endometrium without the possibility of differentiating the phases of the ovarian cycle; 2) prediction of the endocervix endotracheal connective tissue state of the endometrium as a separate process; 3) prediction for the condition of the connective tissue of the endocervix of the processes of expressed proliferation of the typical (glandular hyperplasia and glandular polyps) or atypical (adenocarcinoma) glandular first endometrial epithelial differentiation without the possibility of these processes among them. The stroke-scrape of the epithelium of the cervical canal (endocervix) allows the condition of the connective tissue to diagnose the processes of pronounced proliferation of the typical (hyperplasia, polyp) and atypical (adenocarcinoma) epithelium of the endometrium without the possibility of differentiating these processes among themselves.
The morphological and anizotropy characteristics of the left ventricle false chordae tendineae of human heart in the aspect of their anisotropic properties using spectroscopic-polarization methods was studied. There are given the results of statistical correlation structure of the spectral dependence of the two-dimensional Mueller matrix elements and phase shifts of histological sections of different morphological structure and physiological state. The relationship between the distribution of orientations of the optical axes birefringent miozyn fibrils with a set of statistical moments that characterize the distributions of Mueller matrix elements in different spectral ranges and half-width corresponding autocorrelation functions are established.
The purpose of the study was to determine the histochemical and laser criteria for diagnosis of background, precancerous and endometrial cancer by the state of the cervical canal wall. The given data on the state of connective tissue in the endocervix can distinguish three differential prognostic possibilities: - prediction of the condition of the connective tissue of the endocervix of the normal endometrium without the possibility of differentiating the phases of the ovarian cycle; - prediction of the endocervix endotracheal connective tissue state of the endometrium as a separate process; - prediction for the condition of the connective tissue of the endocervix of the processes of expressed proliferation of the typical (glandular hyperplasia and glandular polyps) or atypical (adenocarcinoma) glandular first endometrial epithelial differentiation without the possibility of these processes among them. The stroke-scrape of the epithelium of the cervical canal (endocervix) allows the condition of the connective tissue to diagnose the processes of pronounced proliferation of the typical (hyperplasia, polyp) and atypical (adenocarcinoma) epithelium of the endometrium without the possibility of differentiating these processes among themselves.
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