Abstract
The paper proposes the use of multifractal analysis by algorithmic implementation of coordinate reconstructed distributions of linear birefringence magnitude and obtaining a spectrum of fractal dimensions of dehydrated polycrystalline blood films. The results of the diagnostic application of laser Jones matrix theziography methods of multifractal structure of polycrystalline networks of dehydrated films of blood for differential diagnostics of inflammatory and pathological conditions – "norm – sepsis" are presented. For dehydrated blood films, histograms and maps of the amplitude distributions of wavelet coefficients of theziograms of optical anisotropy and multifractal spectra of theziograms of optical anisotropy of polycrystalline supramolecular networks are given. Tables of the values of the central statistical moments of the 1st – 4th orders, which the Jones matrix characterize, wavelet and multifractal parameters of theziograms of phase anisotropy of dehydrated blood films, are systematized, and the set of statistical parameters more sensitive to changes in the polycrystalline structure of biological samples – diagnostic markers – is determined. Within the framework of statistical analysis of multifractal spectra and wavelet maps, it was determined that the algorithmically reconstructed birefringence theziogram allows identifying the most sensitive markers to changes in the anisotropic optical structure of blood caused by septic manifestations.