This volume evaluates possible carcinogenic hazards from exposures to static and
extremely low frequency (ELF) electric and magnetic fields. It is the first of two IARC …

Evidence suggests that cell processes can be influenced by weak electromagnetic fields
(EMFs). EMFs appear to represent a global interference or stress to which a cell can adapt …

Pulsed magnetic field (PMF) stimulation was applied to mammalian neurons in vitro to
influence axonal growth and to determine whether induced current would direct and …

Anyone who has attempted to organize and synthesize the results of research on biological
effects of electric and magnetic fields (EMF) has experienced frustration when trying to …

For in vitro studies on the effect of extremely low frequency (ELF) magnetic field exposures
in different laboratories, a programmable, high precision exposure system enabling blinded …

Background: Various studies in vitro suggest that low electric and magnetic fields may
modify cancer cell growth and recent studies in vivo have revealed anti-tumoral effects. After …

Purpose: To determine whether extremely low frequency electromagnetic fields can alter
average free cytosolic calcium ion concentrations [Ca 2+] i and transient increases in [Ca 2+] …

An alternative coil system to the Helmholtz coil-pair is described for the stimulation of
biological tissue and cells: a relatively large box coil made of copper or aluminum sheet …

Abstract Sisken, JE and DeRemer, D. Power-Frequency Electromagnetic Fields and the
Capacitative Calcium Entry System in SV40-Transformed Swiss 3T3 Cells. The present …

To be able to correlate real time membrane potential or ion flux changes with further
downstream gene transcription responses due to extremely low frequency (ELF) …