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 …

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 …

The model for the interaction of weak magnetic fields with biosystems, which has been
suggested earlier by the author for the case of impulse-like excitation of oscillators (ie of ions …

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 …

A model of the interaction of weak magnetic fields with biosystems previously examined by
the author for the case of pulse excitation of oscillators (ions bound in Ca 2+-dependent …

A physically consistent model is proposed for the first time explaining one of the
mechanisms of the action of weak low-frequency magnetic fields on biological systems. The …

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 …

Abstract Zhadin and Barnes [2005: 26: 323–330] concluded that they solved the differential
equation describing combined action of DC and AC magnetic fields on thermal motion of …

Possible mechanisms of action of weak combined magnetic fields on biological systems
have been discussed in terms of quantum mechanics. The approaches proposed make it …