Abdominal Surgery Under Electroanaesthesia
D. H. Reigel, S. J. Larson, A. Sances, Jr., N. Christman, D. Dallmann, E. O. Henschel · 1969
Controlled electrical fields can completely anesthetize primates, proving electromagnetic energy directly affects nervous system function.
Plain English Summary
Researchers performed major abdominal surgery on ten monkeys using only electrical current (electroanesthesia) instead of chemical drugs. The electrical stimulation at 70-100 Hz provided complete pain relief and muscle relaxation while maintaining normal heart and breathing function. This 1969 study demonstrated that controlled electrical fields can safely produce surgical anesthesia.
Why This Matters
This study reveals something remarkable: electrical fields applied to the brain can completely eliminate pain sensation and produce surgical-level anesthesia. While this was intended as medical research, it demonstrates the profound biological effects that electrical stimulation can have on nervous system function. The currents used here (7 milliamps at 70-100 Hz) were therapeutic and controlled, but they underscore how electromagnetic fields directly interact with our neural pathways.
What makes this particularly relevant today is that we're surrounded by electromagnetic fields from wireless devices, though at different frequencies and intensities. The science demonstrates that electrical fields can fundamentally alter how our nervous system processes signals. While our daily EMF exposures aren't at anesthetic levels, they're still interacting with the same biological systems that this research shows are highly responsive to electromagnetic stimulation.
Exposure Information
Specific exposure levels were not quantified in this study.
Show BibTeX
@article{abdominal_surgery_under_electroanaesthesia_g5769,
author = {D. H. Reigel and S. J. Larson and A. Sances and Jr. and N. Christman and D. Dallmann and E. O. Henschel},
title = {Abdominal Surgery Under Electroanaesthesia},
year = {1969},
}