M.Yu. Dolomatov, T.R. Araslanov, N.V. Kalashchenko, S.V. Dezortsev

We have elaborated the systematic approach, which assumes that the integral characteristics of spectrums of absorption or emission of electromagnetic radiation carry information about the quantum system of statistical collection of biological molecules and, consequently, about human health. The main method of research is a phenomenological electron spectroscopy, which examines the complex as indivisible, absorbing electromagnetic radiation quantum system of electronic states. The main phenomenological quantum parameters are integrated oscillator strength (ISO), the effective ionization potential (EPI) and the effective electron affinity (EAE), defined in the range 180 - 1060 nm. The purpose of this work is identifying the most informative parameters which are necessary and sufficient to assess human health. Samples of donors - blood (of conditionally healthy people) from the transfusion department, whose spectrums reflect state of homeostasis, and blood samples from patients with purulent-inflammatory diseases, renal failure and liver cirrhosis were investigated. Connection between functional state of human body, deviation of phenomenological spectral plasma parameters and state of homeostasis was determined. The state of homeostasis is determined at ISO = 409.2 ± 21.2 nm L / (mol m), EPI = 8.529 ± 0.503 eV and EAE = 0.51 ± 0.207 eV. It was found that deviation of the values outside these intervals defines a pathological condition. Information entropy of systems of human biological fluids was calculated by using elements of information theory. Amount of information is different for different groups of diseases: for patients with purulent-inflammatory diseases is 0.66 bits, for patients with renal insufficiency 1.00 bits, for patients with liver cirrhosis 1.73 bits. Entropy in plasma system is: for patients with purulent-inflammatory diseases 1.61 bits, for patients with renal insufficiency 1.97 bits, for patients with liver cirrhosis 2.41 bits.