We solved the differential equation describing combined action of DC and AC magnetic
fields on thermal motion of ions in a biological macromolecule. The solution showed the …

This is an attempt to solve the energetic problem of the primary detection of weak parallel
static (DC) and alternating (AC) extremely low frequency (ELF) magnetic fields. We studied …

A general theoretical analysis is made of the physical fundamentals of the action of a static
magnetic field and also combined alternating and static magnetic fields on biosystems. The …

A mechanism is presented that predicts new biological effects of static and sinusoidal weak
magnetic fields. The model is based on an earlier proposed interference mechanism of …

A physical mechanism is suggested for a resonant interaction of weak magnetic fields with
biological systems. An ion inside a Ca2+‐binding protein is approximated by a charged …

To analyze the mechanisms of action of weak electric and magnetic fields on ion motion in
solution, a new approach is outlined allowing for collective interactions of large ionic …

The method of anomalous time dependences of viscosity has been empl oyed to explore the
action of low-frequency and constant magnetic fields on the conformational state of the …

Extremely low-frequency magnetic fields are known to affect biological systems. In many
cases, biological effects display “windows” in biologically effective parameters of the …

A mechanism that describes effects of a pulsed magnetic field (PMF) of ELF range on some
biological systems is presented. This mechanism, based on earlier proposed ion …

We have previously employed the Lorentz–Langevin model to describe the effects of weak
exogenous magnetic fields via the classical Lorentz force on a charged ion bound in a …