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ElectroMagnetic Field Literature
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(Database last updated on Oct 9, 2017)

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There are 6 studies that match your criteria.
Criteria: Study Type=In Vitro,Freq Range=0 - 300 Hz (Static, ELF),Study Subtype=Oxidative Stress

View This Study - Citation No: 4489
Title 50 Hz EXTREMELY LOW FREQUENCY ELECTROMAGNETIC FIELDS ENHANCE PROTEIN CARBONYL GROUPS CONTENT IN CANCER CELLS: EFFECTS ON PROTEASOMAL SYSTEMS.
Reference J Biomed Biotechnol., Vol. Volume 2009 Article ID 834239, Pg. (10 pages) - , 2009
Author(s) Eleuteri A. M., Amici M., Bonfili L., Cecarini V., Fioretti E., et al. .
PubMed UID 19672456
Project ID 2051
 
View This Study - Citation No: 4740
Title EXPOSURE TO ELF MAGNETIC FIELDS MODULATE REDOX RELATED PROTEIN EXPRESSION IN MOUSE MACROPHAGES.
Reference Toxicol Lett., Vol. 192, Pg. 330 - 336, 2010
Author(s) Frahm J., Mattsson M. O., Simko M.
PubMed UID 19913603
Project ID 2160
 
View This Study - Citation No: 4779
Title THE EFFECT OF 50 Hz MAGNETIC FIELD OF DIFFERENT SHAPE ON OXYGEN METABOLISM IN BLOOD PLATELETS: IN VITRO STUDIES
Reference Int J Occup Med Environ Health, Vol. 22, Pg. 269 - 276, 2009
Author(s) Henrykowska G., Jankowski W., Pacholski K., Lewicka M., Buczynski A., et al .
PubMed UID 19887367
Project ID 2175
 
View This Study - Citation No: 4940
Title INFLUENCE OF AN EXTREMELY LOW FREQUENCY MAGNETIC FIELD (ELF-EMF) ON ANTIOXIDATIVE VITAMIN E PROPERTIES IN AT478 MURINE SQUAMOUS CELL CARCINOMA CULTURE IN VITRO
Reference Int J Toxicol, Vol. 29, Pg. 221 - 230, 2010
Author(s) Polaniak R., Buldak R. J., Karon M., Birkner K., Kukla M., et al .
PubMed UID 20335516
Project ID 2230
 
View This Study - Citation No: 5924
Title Pre-exposure of Neuroblastoma Cell Line to Pulsed Electromagnetic Field Prevents H2O2-Induced ROS Production by Increasing MnSOD Activity.
Reference Bioelectromagnetics., Vol. 36, Pg. 219 - 232, 2015
Author(s) Osera C., Amadio M., Falone S., Amicarelli F., Pascale A., et al. .
PubMed UID 25708841
Project ID 2459
 
View This Study - Citation No: 6374
Title Exposure to electromagnetic field attenuates oxygen-glucose deprivation-induced microglial cell death by reducing intracellular Ca(2+) and ROS.
Reference Int J Radiat Biol., Vol. 92, Pg. 195 - 201, 2016
Author(s) Duong C. N., Kim J. Y.
PubMed UID 26882219
Project ID 2593