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One of the challenging problems in modern medical physics is an issue concerning the physical mechanism of interaction between human organism and a magnetic field. It is known that the magnetic field can considerably affect the state of organism. However, from the physical viewpoint, this fact remains unclear, because almost all bioorganic substances belong to the class of diamagnetic media. It is possible to come closer to the understanding of complicated processes occurring in organism under the action of magnetic field by studying this action on simpler physical systems, which organism consists of. For instance, these are solutions. We will focus our attention on glucose solutions with regard for their important role in the functioning of human organism. Opposite opinions are expressed in the literature concerning the influence of magnetic fields on the physical properties of solutions. Some scientists reject this influence altogether, referring, as it was in the case of organism as a whole, to the diamagnetism of aqueous solutions (see, e.g., work [1]). On the other hand, there are a number of experimental data that bring us to a conclusion that the magnetic field does affect the properties of aqueous solutions (see, e.g.,

Saccharide Solutions under the Magnetic Field Action