Depending on the direction of the magnetic gradient ("+" or "−" in Equation 1), an HGMF can cause either membrane potential depolarization or hyperpolarization, which regulates not only the entry of sodium, potas- sium, and calcium ions and biologically relevant molecules to the ...
In this case, disturbances in the function of Na+, K+ - ATPase, sodium, and chloride channels occur followed by changes in the nature of calcium flux. In 1995 it was predicted [22] and in 1999–2001 it was shown that 48-h HS leads to accumulation of calcium ions...