Mathematical model of long-term prediction of fluctuations of the immunological characteristics of the blood and a computer program implementing it
(English)
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The biological rhythms of processes in living organisms and correlations of these biorhythms with heliogeophysical rhythms have been studied intensely in the past few years by biologists and physicians. The lack of a mathematical approach for separating from background noise reliable parameters of hierarchies of rhythms in the dynamics of indicators has stood in the way of revealing steady patterns in fluctuations of man's immunological status. The present study pursues two goals: to construct a mathematical model for isolating a hierarchy of reliable rhythms with previously unknown periods and phases proceeding from a limited number of sample values in the dynamic series of immunological and indicators; and to define the natural parameters of monthly heliorhythms and biorhythms of immunological indicators and evaluate their frequency and phase correlations, so as to be able to use the patterns identified for long-term forecasting of variation trends of immunological indicators in the blood of healthy male subjects.
Mathematical model of long-term prediction of fluctuations of the immunological characteristics of the blood and a computer program implementing it
Additional title:
Mathematisches Modell einer Langzeitvorhersage von Fluktuationen der immunologischen Charakteristiken des Blutes und ein Rechnerprogramm, der dies implementiert