Biological effects of electromagnetic fields (EMFs) have previously been identified for
cellular proliferation and changes in expression and conduction of diverse types of ion …

Possible correlation between the effects of electromagnetic fields (EFs) on voltage-gated
Ca2+ channels, cell proliferation and apoptosis was investigated in neural and …

Extremely low frequency magnetic fields (ELF MF) have been reported to alter a number of
cell signaling pathways, including those involved in proliferation, differentiation and …

Calcium ions are involved in a number of important signal transduction pathways in cells.
Cytosolic calcium concentration ([Ca2+] c) can be affected by the activation of Ca2+ …

Exposure to low intensity, low frequency electromagnetic fields (EMF) has effects on several
biological systems. Spatiotemporal characteristics of these EMFs are critical. The effect of …

We are increasingly exposed to low‐frequency electromagnetic fields (LF EMFs) by
electrical devices and power lines, but if and how these fields interact with living cells …

Electromagnetic fields have been reported to cause a variety of biological effects. It has
been hypothesized that many of these phenomena are mediated by a primary effect on the …

Prof. Pilla (2013) presents a well-documented and highly integrated model of non-thermal
therapeutic effects of pulsed/modulated electromagnetic fields (EMFs). The model involves …

Electromagnetic field (EMF) exposures affect many biological systems. The reproducibility of
these effects is related to the intensity, duration, frequency, and pattern of the EMF. We have …

Abstract<? Pub Inc> Although most studies describe the negative aspects of electromagnetic
fields (EMFs) on health, EMFs can also be used to positively target specific biological …