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 …

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 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 …

Comment: Analyses of models of ion actions under the combined action of AC and DC magnetic
fields Page 1 Bioelectromagnetics 27:332 ^ 334 (2006) Comment: Analyses of Models of Ion …

The effect of week static magnetic fields on Escherichia coli K12 AB1157 cells was studied
by the method of anomalous viscosity time dependencies (AVTD). The AVTD changes were …

A consistent physical model is proposed that explains weak ELF magnetic field effects on
biological systems. An interference is described of quantum states of bound ions in protein …

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 …

The recent article ''Study of Charged Particle's Beha-vior in a Biological Cell Exposed to AC-
DC Electromagnetic Fields''by Halgamuge and Abeyrathne (2011) is a numerical test of …

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 …