ABSTRACT
Theoretical bases of the correlation-phase analysis of laser images of human blood plasma are introduced. Comparative results of measuring the coordinate distributions of the complex degree of coherence module and the complex degree of mutual polarisation of laser images of a healthy human blood plasma and a patient with stage 1 prostate cancer are presented. The magnitudes and ranges of statistical (first-fourth order) moments, correlation (the Gramma-Charlier coefficients of autocorrelation functions) and fractal (slopes and dispersion of the extrema of the logarithmic dependences of power spectra) of the parameters of the coordinate distributions of the degree of coherence and the SWRT are investigated. Objective criteria for diagnosing oncological changes in the plasma of a patient with cancer are determined.
