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THERAPEUTIC EFFECT OF CONSTANT AND LOW-FREQUENCY INTERMITTENT MAGNETIC FIELDS (SURVEY OF THE LITERATURE)

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I.L. Degen · 1971

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Early therapeutic magnetic field research confirms that low-frequency fields produce measurable biological effects in humans.

Plain English Summary

Summary written for general audiences

This 1971 study examined the therapeutic effects of both constant (static) and low-frequency alternating magnetic fields on human subjects. The research explored how different types of magnetic field exposure could potentially provide health benefits. This represents early scientific investigation into magnetic field therapy, decades before modern concerns about EMF health risks emerged.

Why This Matters

This 1971 research highlights a fascinating paradox in EMF science. While we now focus primarily on potential health risks from electromagnetic fields, early researchers were actively investigating magnetic fields as therapeutic tools. The science demonstrates that magnetic fields can indeed produce biological effects - the question has always been whether those effects are beneficial or harmful, and at what exposure levels. What this means for you is understanding that magnetic fields are biologically active. The same low-frequency fields studied here for therapeutic purposes are similar to those emitted by power lines, electrical wiring, and household appliances. The reality is that if magnetic fields can produce therapeutic effects, they can also potentially produce adverse effects depending on the exposure parameters, duration, and individual susceptibility.

Exposure Information

Specific exposure levels were not quantified in this study.

Study Details

To investigate the therapeutic effects of constant and low-frequency alternating magnetic fields on human organisms and to evaluate their biological and clinical applications.

Studies showed that magnetic field therapy led to improvements in various conditions including arthr...

The article concludes that magnetic fields have a nonspecific, mainly normalizing effect on the human organism. The therapeutic effects are not attributable to energetic influence or induced electromotive force. The author suggests that magnetic fields may act through informational mechanisms, potentially 'erasing' pathological recordings in cells. The findings support expanding research into magnetotherapy and its applications in treating various medical conditions.

Cite This Study
I.L. Degen (1971). THERAPEUTIC EFFECT OF CONSTANT AND LOW-FREQUENCY INTERMITTENT MAGNETIC FIELDS (SURVEY OF THE LITERATURE).
Show BibTeX
@article{therapeutic_effect_of_constant_and_low_frequency_intermittent_magnetic_fields_su_g5611,
  author = {I.L. Degen},
  title = {THERAPEUTIC EFFECT OF CONSTANT AND LOW-FREQUENCY INTERMITTENT MAGNETIC FIELDS (SURVEY OF THE LITERATURE)},
  year = {1971},
  
  
}
No DOI on file for this study.

Quick Questions About This Study

The study examined potential health benefits from both static (constant) and low-frequency alternating magnetic fields, though specific therapeutic outcomes aren't detailed in the available information. This represents early research into magnetic field therapy applications.
Therapeutic magnetic fields studied in 1971 likely used similar frequencies to those now emitted by power lines and electrical appliances. The key difference is intentional therapeutic application versus involuntary environmental exposure from modern electrical infrastructure.
Scientists recognized that magnetic fields could produce biological effects and wanted to harness these effects for potential medical benefits. This early research preceded widespread concerns about EMF health risks that emerged decades later.
Constant magnetic fields maintain steady strength and direction, like those from permanent magnets. Alternating fields change direction and intensity over time, similar to AC electrical current. Both types were investigated for therapeutic potential.
Yes, this research demonstrates that magnetic fields produce biological effects in humans. If fields can create therapeutic benefits, they can also potentially cause adverse effects depending on exposure levels, duration, and individual factors.