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AUTHOR(S): Mursal Dadashov
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ABSTRACT The article investigates the effect of high-voltage power lines on human serum proteins and bovine serum albumin. A high-intensity electromagnetic field is created near these lines, which can cause a potential difference on the surface of the body and internal organs, and this can lead to serious pathologies with prolonged exposure. Experiments with human blood serum have shown that under the influence of EMF 20 kV/m 50 Hz there is a decrease in the fluorescence intensity at excitation 295 nm and an increase in the chemiluminescence intensity. Incubation of BSA samples after EMF exposure, in the Fenton medium, enhanced the EMF effect, in the form of a decrease in fluorescence at excitation of 295 nm and at 325 nm dityrosine fluorescence increased. The obtained results indicate possible disruptions in the secondary structure of proteins under the influence of EMF with a frequency of 50 Hz, as well as the occurrence of oxidative damage. The results of the study highlight the need for further research to better understand the mechanisms of the effects of low-frequency EMFs on living systems and to develop measures aimed at protecting against their negative effects. |
KEYWORDS Electromagnetic pollution, 50 Hz ELF-EMF, blood serum, protein fluorescence, dityrosine, chemiluminescence |
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Cite this paper Mursal Dadashov. (2025) Fluorescent and Chemiluminescent Effects of Low-frequency (50 Hz) Electromagnetic Field on Blood Proteins. Journal of Electromagnetics, 8, 1-7 |
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