Magnetic fields (MFs) are receiving much attention in basic research due to their emerging
ability to alter intracellular signaling. We show here that static MFs with intensity of 6 mT …

The present work was a comparative study of the bio‐effects induced by exposure to 6 mT
static magnetic field (MF) on several primary cultures and cell lines. Particular attention was …

Static magnetic fields with intensities starting from 6 gauss (6× 10− 4 tesla, T) were found to
decrease in an intensity‐dependent fashion, reaching a plateau at 6× 10− 3 T, the extent of …

Magnetic fields (MF) are widely distributed in environment and their effects are increasing by
the development of electrical machines. Several investigators reported that the MF might …

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 …

Magnetic field (MF) is being used in antitumor treatment; however, the underlying biological
mechanisms remain unclear. In this study, the potency and mechanism of a previously …

We investigated the effect of extremely low-frequency electromagnetic field (ELF-EMF) with
pulse trains exposure on lipid peroxidation, and, hence, oxidative stress in the rat liver …

Chemical/physical agents able to prevent apoptosis are receiving much attention for their
potential health hazard as tumor promoters. Magnetic fields (MFs), which have been shown …

Low intensity static magnetic fields (SMFs) interact with various biological tissues including
the CNS, thereby affecting key biological processes such as gene expression, cell …

Background Much attention is being paid to the biologic effects of magnetic fields (MFs).
Although MFs enhance tumorigenesis, they are neither mutagenic nor tumorigenic. The …