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Magnetism in biology

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Kholodov YA · 1973

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Early magnetobiology research from 1973 established the scientific foundation for understanding how magnetic fields affect living organisms.

Plain English Summary

Summary written for general audiences

This 1973 review by Kholodov examined the emerging field of magnetobiology, tracing the history of magnetic field research and discussing how magnetic fields affect living organisms. The report provided an overview of early discoveries about biological responses to magnetism and outlined prospects for future research in this scientific area.

Why This Matters

This early review represents a foundational moment in our understanding of how electromagnetic fields affect biology. Kholodov's work came at a time when scientists were just beginning to recognize that living systems respond to magnetic fields in measurable ways. The science demonstrates that biological effects from electromagnetic exposure aren't new discoveries - researchers have documented these interactions for over 50 years. What this means for you is that the biological reality of EMF effects has deep scientific roots, predating our current wireless technology explosion by decades. The reality is that while technology has advanced dramatically since 1973, the fundamental biological mechanisms Kholodov identified remain relevant today as we navigate increasingly complex electromagnetic environments.

Exposure Information

Specific exposure levels were not quantified in this study.

Cite This Study
Kholodov YA (1973). Magnetism in biology.
Show BibTeX
@article{magnetism_in_biology_g6540,
  author = {Kholodov YA},
  title = {Magnetism in biology},
  year = {1973},
  
  
}

Quick Questions About This Study

Magnetobiology is the study of how magnetic fields affect living organisms. Kholodov's 1973 review traced the history of this field, documenting early discoveries about biological responses to magnetism and establishing it as a legitimate area of scientific research.
Kholodov's review represents foundational work documenting that biological systems respond to magnetic fields. This established the scientific basis for understanding EMF-biology interactions decades before widespread wireless technology, proving these effects aren't recent discoveries.
Early magnetobiology research demonstrated that living organisms have measurable responses to magnetic field exposure. Kholodov's review documented these biological interactions, laying groundwork for understanding how electromagnetic fields can influence biological processes.
The biological mechanisms identified in early magnetobiology research remain relevant today. Kholodov's work established that electromagnetic field effects on biology have deep scientific roots, predating our current wireless technology by decades.
Kholodov outlined future development prospects for magnetobiology research, recognizing the field's potential for understanding biological responses to magnetic fields. His review helped establish the scientific framework for ongoing EMF-biology research.