Effect of radiofrequency radiation in cultured mammalian cells: A review

• Published in: Electromagnetic biology and medicine Vol. 35; no. 3; pp. 265 - 301
• Main Authors: Manna, Debashri, Ghosh, Rita
• Format: Journal Article
• Language: English
• Published: England Taylor & Francis 02.07.2016
• Subjects: Animals; Blood-Brain Barrier - radiation effects; cell cycle; Cell Phone; Cells - cytology; Cells - metabolism; Cells - radiation effects; Cells, Cultured; DNA damage; gene expression; Humans; morphology; Radio Waves - adverse effects; RF radiation; ROS; Temperature; viability; morphology; cell cycle; DNA damage; RF radiation; ROS; gene expression; viability
• ISSN: 1536-8378; 1536-8386
• DOI: 10.3109/15368378.2015.1092158

The use of mobile phone related technologies will continue to increase in the foreseeable future worldwide. This has drawn attention to the probable interaction of radiofrequency electromagnetic radiation with different biological targets. Studies have been conducted on various organisms to evaluate the alleged ill-effect on health. We have therefore attempted to review those work limited to in vitro cultured cells where irradiation conditions were well controlled. Different investigators have studied varied endpoints like DNA damage, cell cycle arrest, reactive oxygen species (ROS) formation, cellular morphology and viability to weigh the genotoxic effect of such radiation by utilizing different frequencies and dose rates under various irradiation conditions that include continuous or pulsed exposures and also amplitude- or frequency-modulated waves. Cells adapt to change in their intra and extracellular environment from different chemical and physical stimuli through organized alterations in gene or protein expression that result in the induction of stress responses. Many studies have focused on such effects for risk estimations. Though the effects of microwave radiation on cells are often not pronounced, some investigators have therefore combined radiofrequency radiation with other physical or chemical agents to observe whether the effects of such agents were augmented or not. Such reports in cultured cellular systems have also included in this review. The findings from different workers have revealed that, effects were dependent on cell type and the endpoint selection. However, contradictory findings were also observed in same cell types with same assay, in such cases the specific absorption rate (SAR) values were significant.