Changes in the Physicochemical and Biological Properties of Aqueous Solutions under the Influence of Factors Modeling the Conditions of Space Flight

The results of studies in which the relationship of the self-organization, physicochemical properties, and bioeffects in dilute aqueous solutions of various biologically active substances sustained under natural and reduced levels of external physical fields (geomagnetic and low-frequency electromagnetic), as well as under exposure to ionizing radiation solutions studied by the complex of physicochemical methods, are considered. The established patterns can be used to create a scientific base related to the clarification of the mechanisms of the negative influence of hypomagnetic conditions on the functioning of living organisms necessary to ensure the normal operation of the ecosystem of spacecraft during flights.

Automated summary

The relationship between self-organization, physicochemical properties, and bioeffects in dilute aqueous solutions of various biologically active substances sustained under natural and reduced levels of external physical fields has been studied. The findings provide a scientific basis for understanding the negative impacts of hypomagnetic conditions on the functioning of living organisms and ensuring the normal operation of the spacecraft ecosystem during flights.