Note: This study found no significant biological effects under its experimental conditions. We include all studies for scientific completeness.
Using the nonlinear control of anaesthesia-induced hypersensitivity of EEG at burst suppression level to test the effects of radiofrequency radiation on brain function.
Lipping T, Rorarius M, Jäntti V, Annala K, Mennander A, Ferenets R, Toivonen T, Toivo T, Värri A, Korpinen L. · 2009
View Original AbstractHigh-level GSM exposure produced no brain electrical changes in hypersensitive anesthetized pigs, but did increase temperature and heart rate.
Plain English Summary
Researchers exposed anesthetized pigs to GSM mobile phone radiation (890 MHz) to test whether radio frequency signals could trigger brain activity changes detectable in EEG measurements. The study used a highly sensitive testing method where anesthetized animals show exaggerated responses to even minor stimuli. Despite exposure levels of 31 W/kg (much higher than typical phone use), no changes in brain electrical activity were observed, though the animals did experience increased body temperature and heart rate.
Study Details
To investigate by using the nonlinear control of anaesthesia-induced hypersensitivity of EEG at burst suppression level to test the effects of radiofrequency radiation on brain function
In this study, investigating the effects of mobile phone radiation on test animals, eleven pigs were...
No correlation between the exposure and the EEG burst occurrences was observed in phase I measuremen...
The hypothesis that RF radiation would produce sensory stimulation of somatosensory, auditory or visual system or directly affect the brain so as to produce EEG bursts during suppression was not confirmed.
Show BibTeX
@article{t_2009_using_the_nonlinear_control_2781,
author = {Lipping T and Rorarius M and Jäntti V and Annala K and Mennander A and Ferenets R and Toivonen T and Toivo T and Värri A and Korpinen L.},
title = {Using the nonlinear control of anaesthesia-induced hypersensitivity of EEG at burst suppression level to test the effects of radiofrequency radiation on brain function.},
year = {2009},
doi = {10.1186/1753-4631-3-5},
url = {https://nonlinearbiomedphys.biomedcentral.com/articles/10.1186/1753-4631-3-5},
}