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FEVER THERAPY IN PELVIC CONDITIONS - Results of Experimental and Clinical Studies

Bioeffects Seen

WILLIAM BIERMAN, M.D., E. A. HOROWITZ, M.D., and C. L. LEVENSON, M.D. · 1935

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This 1935 fever therapy research shows electromagnetic fields can produce measurable biological effects through controlled tissue heating.

Plain English Summary

Summary written for general audiences

This 1935 study by Dr. Bierman examined fever therapy for treating pelvic conditions, likely including infections like gonorrhea. The research explored using artificially induced hyperthermia (elevated body temperature) and diathermy (electromagnetic heating) as therapeutic treatments for various pelvic disorders.

Why This Matters

This historical research represents an early example of electromagnetic energy being used therapeutically in medicine, specifically diathermy for creating controlled hyperthermia. While the study predates modern EMF safety concerns, it demonstrates that electromagnetic fields can produce measurable biological effects through tissue heating. The diathermy equipment used in 1935 likely operated at radiofrequency ranges similar to some modern wireless devices, though at much higher power levels for therapeutic purposes. What makes this relevant today is the fundamental principle it illustrates: electromagnetic fields interact with biological tissue in ways that can produce physiological changes. The controlled heating effects that made diathermy useful for fever therapy remind us that EMF exposure isn't just about thermal effects, but about how electromagnetic energy transfers into biological systems and potentially triggers cellular responses.

Exposure Information

Specific exposure levels were not quantified in this study.

Cite This Study
WILLIAM BIERMAN, M.D., E. A. HOROWITZ, M.D., and C. L. LEVENSON, M.D. (1935). FEVER THERAPY IN PELVIC CONDITIONS - Results of Experimental and Clinical Studies.
Show BibTeX
@article{fever_therapy_in_pelvic_conditions_results_of_experimental_and_clinical_studies_g6615,
  author = {WILLIAM BIERMAN and M.D. and E. A. HOROWITZ and M.D. and and C. L. LEVENSON and M.D.},
  title = {FEVER THERAPY IN PELVIC CONDITIONS - Results of Experimental and Clinical Studies},
  year = {1935},
  
  
}

Quick Questions About This Study

Diathermy used electromagnetic fields to heat body tissues and create artificial fever, which was believed to help fight infections like gonorrhea by raising body temperature to levels that could kill harmful bacteria.
Both involve electromagnetic fields interacting with biological tissue. While diathermy intentionally heated tissue for therapy, modern EMF research examines whether lower-level exposures from wireless devices produce unintended biological effects through similar mechanisms.
Before antibiotics, artificially raising body temperature was one way to fight bacterial infections. Higher temperatures could kill or weaken pathogens like gonococci, helping the immune system clear pelvic infections more effectively.
Early diathermy machines typically operated in radiofrequency ranges, often around 1-30 MHz. These frequencies were chosen because they could penetrate tissue and convert electromagnetic energy into heat for therapeutic fever induction.
Yes, it demonstrates that electromagnetic fields can produce measurable biological responses through tissue heating. However, modern EMF health concerns focus on potential non-thermal effects from much lower exposure levels than therapeutic diathermy.