200 mm long solenoid with a diameter of 100 mm and 400 turns of 1.5 mm copper wire plus 52 turns at either end that can be energized independently in order to enhance the field uniformity; solenoid housed in a double-skinned mu-metal enclosure within a temperature-controlled incubator
Sun C et al.
(2018):
Ataxia telangiectasia mutated deficiency does not result in genetic susceptibility to 50 Hz magnetic fields exposure in mouse embryonic fibroblasts.
Zhu K et al.
(2016):
Extremely low frequency magnetic fields do not induce DNA damage in human lens epithelial cells in vitro.
Kesari KK et al.
(2015):
Genomic instability induced by 50Hz magnetic fields is a dynamically evolving process not blocked by antioxidant treatment.
Maes A et al.
(2015):
The Cytome Assay as a Tool to Investigate the Possible Association Between Exposure to Extremely Low Frequency Magnetic Fields and an Increased Risk for Alzheimer's Disease.
Alcaraz M et al.
(2014):
Effect of long-term 50 Hz magnetic field exposure on the micronucleated polychromatic erythrocytes of mice.
Li Y et al.
(2014):
Extra-low-frequency magnetic fields alter cancer cells through metabolic restriction.
Yoon HE et al.
(2014):
Increased gamma-H2AX by exposure to a 60-Hz magnetic fields combined with ionizing radiation, but not hydrogen peroxide, in non-tumorigenic human cell lines.
Jin YB et al.
(2014):
Absence of DNA damage after 60-Hz electromagnetic field exposure combined with ionizing radiation, hydrogen peroxide, or c-Myc overexpression.
Jin YB et al.
(2012):
Effects on micronuclei formation of 60-Hz electromagnetic field exposure with ionizing radiation, hydrogen peroxide, or c-Myc overexpression.
Kim J et al.
(2012):
Time-varying magnetic fields of 60 Hz at 7 mT induce DNA double-strand breaks and activate DNA damage checkpoints without apoptosis.
Kim J et al.
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Repetitive exposure to a 60-Hz time-varying magnetic field induces DNA double-strand breaks and apoptosis in human cells.
Focke F et al.
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DNA fragmentation in human fibroblasts under extremely low frequency electromagnetic field exposure.
Celikler S et al.
(2009):
A biomonitoring study of genotoxic risk to workers of transformers and distribution line stations.
Mairs RJ et al.
(2007):
Microsatellite analysis for determination of the mutagenicity of extremely low-frequency electromagnetic fields and ionising radiation in vitro.
Cho YH et al.
(2007):
Effects of extremely low-frequency electromagnetic fields on delayed chromosomal instability induced by bleomycin in normal human fibroblast cells.
Wahab MA et al.
(2007):
Elevated sister chromatid exchange frequencies in dividing human peripheral blood lymphocytes exposed to 50 Hz magnetic fields.
Hone P et al.
(2006):
Chromatid damage in human lymphocytes is not affected by 50 Hz electromagnetic fields.
Scarfi MR et al.
(2005):
Evaluation of genotoxic effects in human fibroblasts after intermittent exposure to 50 Hz electromagnetic fields: a confirmatory study.
Ivancsits S et al.
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Cell type-specific genotoxic effects of intermittent extremely low-frequency electromagnetic fields.
Winker R et al.
(2005):
Chromosomal damage in human diploid fibroblasts by intermittent exposure to extremely low-frequency electromagnetic fields.
Capri M et al.
(2004):
50 Hz sinusoidal magnetic fields do not affect human lymphocyte activation and proliferation in vitro.
Ivancsits S et al.
(2003):
Intermittent extremely low frequency electromagnetic fields cause DNA damage in a dose-dependent way.
Ivancsits S et al.
(2003):
Age-related effects on induction of DNA strand breaks by intermittent exposure to electromagnetic fields.
Pasquini R et al.
(2003):
Micronucleus induction in cells co-exposed in vitro to 50 Hz magnetic field and benzene, 1,4-benzenediol (hydroquinone) or 1,2,4-benzenetriol.
Ivancsits S et al.
(2002):
Induction of DNA strand breaks by intermittent exposure to extremely-low-frequency electromagnetic fields in human diploid fibroblasts.
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