Note: This study found no significant biological effects under its experimental conditions. We include all studies for scientific completeness.
GROWTH AND DEVELOPMENT OF NEONATAL MICE EXPOSED TO HIGH-FREQUENCY ELECTROMAGNETIC FIELDS
No Effects Found
William B. Stavinoha, Arvin Modak, Miguel A. Medina, Arthur E. Gass · 1975
1975 study found no growth effects in newborn mice exposed to RF radiation, but limited methods can't address modern wireless safety concerns.
Plain English Summary
Summary written for general audiences
Researchers exposed 4-day-old mice to high-frequency electromagnetic radiation and tracked their growth for up to 16 weeks. The study found no effects on growth or development in these young mice. This early research from 1975 suggests newborn mice can tolerate certain levels of RF exposure without obvious developmental impacts.
Cite This Study
William B. Stavinoha, Arvin Modak, Miguel A. Medina, Arthur E. Gass (1975). GROWTH AND DEVELOPMENT OF NEONATAL MICE EXPOSED TO HIGH-FREQUENCY ELECTROMAGNETIC FIELDS.
Show BibTeX
@article{growth_and_development_of_neonatal_mice_exposed_to_high_frequency_electromagneti_g6904,
author = {William B. Stavinoha and Arvin Modak and Miguel A. Medina and Arthur E. Gass},
title = {GROWTH AND DEVELOPMENT OF NEONATAL MICE EXPOSED TO HIGH-FREQUENCY ELECTROMAGNETIC FIELDS},
year = {1975},
}Quick Questions About This Study
This 1975 study found no growth or development effects in 4-day-old mice exposed to high-frequency electromagnetic radiation and followed for 16 weeks. However, the study lacked detailed exposure parameters and used limited measurement methods.
Researchers followed the exposed mice for up to 16 weeks of age, monitoring their growth and development throughout this period. This timeframe covered critical early development stages in these laboratory animals.
The 1975 study used much simpler measurement tools and exposure systems compared to modern research. Today's studies can detect subtle cellular, neurological, and behavioral changes that weren't measurable with 1970s technology and methods.
Newborns are theoretically more susceptible to environmental stressors because of rapid cell division and organ development. This study specifically chose 4-day-old mice because early development represents the most potentially vulnerable life stage.
The study lacks specific details about frequency, power levels, and exposure duration, making comparisons to today's complex wireless environments impossible. Modern devices use different frequencies, modulation patterns, and power levels than 1975 technology.