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MICROWAVE BIOEFFECTS AND RADIATION SAFETY

Bioeffects Seen

M. Wayne Greene, James C. Lin, Murlin F. Gillis, Don R. Justesen, Maria A. Stuchly, W.A. Geoffrey Voss · 1979

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Professional microwave safety courses existed in 1979, demonstrating early scientific recognition of biological risks from electromagnetic radiation.

Plain English Summary

Summary written for general audiences

This 1979 educational course covered the fundamental science of how microwave radiation interacts with living tissue, documented biological effects, and safety standards for protection. The course addressed both the mechanisms of microwave bioeffects and practical approaches to measuring and limiting exposure to potentially harmful electromagnetic fields.

Why This Matters

What makes this 1979 course particularly significant is its timing - it represents early formal recognition that microwave radiation poses biological risks requiring dedicated safety training. The science demonstrates that concerns about microwave bioeffects aren't new or fringe - they were serious enough 45 years ago to warrant comprehensive professional education programs. The reality is that many of the biological mechanisms and safety principles covered in this course remain relevant today, as our exposure to microwave frequencies has exploded through wireless technology. Put simply, if microwave safety required specialized training courses in 1979 when exposure was minimal, the exponential increase in our daily microwave exposure through cell phones, WiFi, and wireless devices makes this knowledge even more critical now.

Exposure Information

Specific exposure levels were not quantified in this study.

Cite This Study
M. Wayne Greene, James C. Lin, Murlin F. Gillis, Don R. Justesen, Maria A. Stuchly, W.A. Geoffrey Voss (1979). MICROWAVE BIOEFFECTS AND RADIATION SAFETY.
Show BibTeX
@article{microwave_bioeffects_and_radiation_safety_g4084,
  author = {M. Wayne Greene and James C. Lin and Murlin F. Gillis and Don R. Justesen and Maria A. Stuchly and W.A. Geoffrey Voss},
  title = {MICROWAVE BIOEFFECTS AND RADIATION SAFETY},
  year = {1979},
  
  
}

Quick Questions About This Study

The course covered basic principles of microwave-tissue interaction, documented biological and pathophysiological effects, field measurement techniques, and radiation exposure protection standards. This comprehensive curriculum addressed both the science and practical safety applications.
By 1979, scientific evidence of microwave bioeffects was substantial enough to require formal professional education. Industrial and military applications of microwave technology created occupational exposure risks that demanded specialized knowledge of safety protocols.
Leading researchers including James C. Lin, Maria A. Stuchly, and other recognized experts in electromagnetic bioeffects developed this course. Their involvement demonstrates the scientific credibility and importance placed on microwave safety education.
The fundamental biological mechanisms covered in 1979 remain relevant as wireless technology has dramatically increased microwave exposure. The basic principles of interaction between electromagnetic fields and living tissue haven't changed, only exposure levels.
The course covered established radiation exposure protection standards that were already in place by 1979, indicating regulatory recognition of microwave health risks. These early standards formed the foundation for current electromagnetic field safety guidelines.