The influence of ozonated saline on some physical and chemical parameters of blood serum: in vitro study

Abstract

This study aims to study the features of the initiated crystallogenesis of ozonated blood of healthy people, depending on the value of the saturating concentration of ozone. We studied the nature of the initiated crystallization of the "blood – ozonated saline solution" system (n=15) with an ozone concentration of 0; 1000 mcg/l; 3000 mcg/l; 6000 mcg/l; 10000 mcg/l; 20,000 mcg/l and 40,000 mcg/l. For the analysis, blood serum was mixed with aliquot amounts of 0.9% ozonated or controlled sodium chloride solution (component ratio 1: 1). The crystal formation result was evaluated using a set of semi-quantitative indicators. It has been established that human blood reacts most optimally to low doses of ozone (1000-6000 micrograms/l). The range of 6000-10000 micrograms/l is "borderline", and higher doses of ozone have an adverse effect on the biological fluid being studied.

Keywords

• ozone
• crystallogenic properties
• blood
• biocrystallomics

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