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Evaluation of the mobile phone electromagnetic radiation on serum iron parameters in rats.

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Çetkin M, Demirel C, Kızılkan N, Aksoy N, Erbağcı H. · 2017

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Mobile phone radiation disrupted rats' iron transport systems during typical daily use patterns, potentially affecting energy and oxygen delivery.

Plain English Summary

Summary written for general audiences

Turkish researchers exposed rats to mobile phone radiation for 10 weeks, mimicking daily phone use (2 hours talking, 12 hours standby). While iron and ferritin levels remained normal, the phones significantly reduced the rats' ability to bind and transport iron in their blood. This suggests mobile phone radiation may interfere with how the body manages iron, an essential mineral for oxygen transport and energy production.

Why This Matters

This study adds to growing evidence that mobile phone radiation creates biological effects even when they don't immediately show up as obvious health problems. The fact that iron binding capacity decreased while iron levels stayed normal suggests the radiation is interfering with fundamental cellular processes before causing measurable deficiencies. What makes this particularly relevant is that the exposure levels matched typical daily phone use patterns that millions of people experience. Iron transport is critical for oxygen delivery throughout your body, so any disruption to this system could have cascading effects on energy levels and overall health. The reality is that our bodies evolved sophisticated mechanisms to manage essential minerals like iron, and this research suggests mobile phone radiation may be quietly undermining these processes.

Exposure Information

Specific exposure levels were not quantified in this study. Duration: Mobile phone speech (2h/day) and stand by (12 h/day)

Study Details

It was aimed to investigate the effects of an EMF created by a mobile phone on serum iron level, ferritin, unsaturated iron binding capacity and total iron binding capacity within a rat experiment model.

A total of 32 male Wistar albino rats were randomly divided into the control, sham, mobile phone spe...

No statistically significant difference was observed between the serum iron and ferritin values of t...

It was found that exposure to EMF created by mobile phones affected unsaturated iron binding capacity and total iron binding capacity negatively.

Cite This Study
Çetkin M, Demirel C, Kızılkan N, Aksoy N, Erbağcı H. (2017). Evaluation of the mobile phone electromagnetic radiation on serum iron parameters in rats. Afr Health Sci. 17(1):186-190, 2017.
Show BibTeX
@article{m_2017_evaluation_of_the_mobile_1964,
  author = {Çetkin M and Demirel C and Kızılkan N and Aksoy N and Erbağcı H.},
  title = {Evaluation of the mobile phone electromagnetic radiation on serum iron parameters in rats.},
  year = {2017},
  
  url = {https://pubmed.ncbi.nlm.nih.gov/29026392/},
}
PubMed: 29026392

Cited By (9 papers)

Quick Questions About This Study

Cell phone radiation doesn't change iron or ferritin levels in blood, but it can impair your body's ability to bind and transport iron. A 2017 Turkish study found mobile phone exposure significantly reduced iron binding capacity in rats after 10 weeks of daily exposure.
Mobile phone radiation appears to interfere with iron transport rather than absorption. Research shows that while iron levels stay normal, electromagnetic fields from phones reduce the blood's capacity to bind and carry iron throughout the body effectively.
Cell phone use may negatively affect iron metabolism by reducing iron binding capacity. A rat study found that daily phone exposure for 10 weeks impaired the blood's ability to transport iron, even though total iron levels remained unchanged.
Phone radiation may reduce your blood's iron-carrying capacity without changing actual iron levels. This could potentially impact oxygen transport and energy production, since iron binding proteins help deliver iron where your body needs it most.
EMF exposure from mobile phones can significantly reduce iron binding capacity in blood. Turkish researchers found that electromagnetic fields impaired the proteins responsible for transporting iron, potentially affecting how efficiently your body delivers this essential mineral to cells.