Electromagnetic fields (EMFs) played a role in the initiation of living systems, as well as
subsequent evolution. The more recent literature on electrochemistry is documented, as well …

It has been shown that low intensity microwave/lower frequency electromagnetic fields
(EMFs) act in animals via activation of voltage-gated calcium channels (VGCCs) in the …

Although the modulation of Ca2+ channel activity by extremely low-frequency
electromagnetic fields (ELF-EMF) has been studied previously, few reports have addressed …

During the past decades, the potential effects of extremely low-frequency electromagnetic
fields (ELF-EMFs) on human health have gained great interest all around the world. Though …

Any book under this title which creates both anticipation and anxiety must be the work of a
lot of people, present any new findings with objectivity and cover the subject as exhaustively …

Abstract Background/Aims. The purpose of this study was to provide information about the in
vitro neuritogenesis during cell exposure to extremely low frequency electromagnetic fields …

By growing the electrical power networks and electronic devices, electromagnetic fields
(EMF) have become an inseparable part of the modern world. Considering the inevitable …

While electrical stimulation of brain tissue has been thoroughly investigated over the last
decades, ongoing questions remain regarding the neurophysiological effects of low-level …

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

Despite compelling phenomenological evidence that small electric fields (< 5 mV/mm) can
affect brain function, a quantitative and experimentally verified theory is currently lacking …