The Behavior of a Population of Protozoan Microorganisms under Electromagnetic Radiation from Cell Phones

Authors: Morozova, L.A., Savel'ev, S.V.

Year: 2024

Category: Biophysics

Journal: Biophysics

DOI: 10.1134/S0006350924701021

URL: https://link.springer.com/article/10.1134/S0006350924701021

Abstract

Overview

This study presents a pioneering experimental investigation into how electromagnetic radiation from cell phones affects protozoan microorganisms in an aquatic environment. For the first time, researchers studied significant changes in the resistance of the water medium where the protozoa reside when exposed to such radiation.

Findings

  • Experimental results show a clear biological response in the water-protozoan system directly caused by cell phone radiation.
  • The change was tied specifically to the impact on protozoan cells, demonstrating radiation’s direct effect on living organisms.
  • Synchronization between theoretical calculations and experimental data confirmed similar timing for information exchange between individual microorganisms under EMF influence.
  • The observed effect occurred even at extremely low protozoan concentrations, as low as 1000 cells/L.

Conclusion

The research concludes that examining changes in physical properties of water inhabited by protozoa under electromagnetic field exposure can effectively reveal interaction mechanisms between biological systems and EMF. This supports the link between EMF exposure from everyday devices like cell phones and measurable impacts on living cells, emphasizing the importance of understanding EMF safety and potential health implications.

electromagnetic fields cell phone radiation protozoan microorganisms aquatic medium biological effects EMF safety physical properties
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