Abstract
Background Electromagnetic fields (EMFs) are widely distributed in our environment. The behaviour of organisms in contact with different low-temperature and high-voltage EMFs was compared. It is necessary to investigate the influence of environment EMFs on human health.
Methods We measured the changes in function of the brain, heart and muscle using bioelectromagnetic instruments and methods as well epidemiological investigations in 854 women and men regularly exposed to EMFs. The changes in function were measured using the EGI system 200 Brain electrical information instrument and multi-channel physiological signal system.
Results We found that the strengths of EMFs are depressed by decreasing their height from 6500 V/m and 0.1 G to 350 V/m and 0.01 G. EMFs result in memory loss, distraction, increase in blood fat, chronic diarrhea, anemia and the incidence of hoarseness symptoms. EMFs also depress the incidence of leukopenia and thrombocytopenia.
Conclusion EMFs of low-temperature and high-voltage can change the properties of the images of the brain, as well as heart electrical information.
Acknowledgements This work is supported by Northeast Petroleum University Engagement Fund(py120219); a project grant from the National Natural Science Foundation of China (Grand No. 51474069,51774088), and Post Subsidy Funds for Sci and Tech Achievements of Northeast Petroleum University (HBZZJ201603).